TIR { RETE|ID 1 FBti0018424 ICL 1 3S18 SYM 1 3S18{?'}DrR10 ASTR 1 - CLOC 1 - REF 1 2 DT 1 15 Oct 2001 RESZ 547 ID|FBti0018424 SYM|3S18{?'}DrR10 ASTP|FBtp0014767==3S18{?'} DT|15 Oct 2001 |3 Oct 2001 ICL|3S18 PRG|FBti0014114==3S18{}DrMio ASGN|FBgn0000492==Dr REFDSR { RDID|FBrf0136848 |Mozer |2001 ASAL|FBal0124304==DrR10 CC|Selected as revertant of eye phenotype associated with | FBti0014114==3S18{}DrMio; partial deletion of the FBgn0005384==3S18 element. } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0136848 |Mozer |2001 } } # EOR TIR { RETE|ID 1 FBti0018425 ICL 1 3S18 SYM 1 3S18{?'}DrR21 ASTR 1 - CLOC 1 - REF 1 2 DT 1 15 Oct 2001 RESZ 547 ID|FBti0018425 SYM|3S18{?'}DrR21 ASTP|FBtp0014767==3S18{?'} DT|15 Oct 2001 |3 Oct 2001 ICL|3S18 PRG|FBti0014114==3S18{}DrMio ASGN|FBgn0000492==Dr REFDSR { RDID|FBrf0136848 |Mozer |2001 ASAL|FBal0124303==DrR21 CC|Selected as revertant of eye phenotype associated with | FBti0014114==3S18{}DrMio; partial deletion of the FBgn0005384==3S18 element. } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0136848 |Mozer |2001 } } # EOR TIR { RETE|ID 1 FBti0018426 ICL 1 3S18 SYM 1 3S18{?'}DrR22 ASTR 1 - CLOC 1 - REF 1 2 DT 1 15 Oct 2001 RESZ 547 ID|FBti0018426 SYM|3S18{?'}DrR22 ASTP|FBtp0014767==3S18{?'} DT|15 Oct 2001 |3 Oct 2001 ICL|3S18 PRG|FBti0014114==3S18{}DrMio ASGN|FBgn0000492==Dr REFDSR { RDID|FBrf0136848 |Mozer |2001 ASAL|FBal0124302==DrR22 CC|Selected as revertant of eye phenotype associated with | FBti0014114==3S18{}DrMio; partial deletion of the FBgn0005384==3S18 element. } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0136848 |Mozer |2001 } } # EOR TIR { RETE|ID 1 FBti0018427 ICL 1 3S18 SYM 1 3S18{?'}DrR53 ASTR 1 - CLOC 1 - REF 1 2 DT 1 15 Oct 2001 RESZ 547 ID|FBti0018427 SYM|3S18{?'}DrR53 ASTP|FBtp0014767==3S18{?'} DT|15 Oct 2001 |3 Oct 2001 ICL|3S18 PRG|FBti0014114==3S18{}DrMio ASGN|FBgn0000492==Dr REFDSR { RDID|FBrf0136848 |Mozer |2001 ASAL|FBal0124301==DrR53 CC|Selected as revertant of eye phenotype associated with | FBti0014114==3S18{}DrMio; partial deletion of the FBgn0005384==3S18 element. } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0136848 |Mozer |2001 } } # EOR TIR { RETE|ID 1 FBti0019523 ICL 1 3S18 SYM 1 3S18{}4 ASTR 1 - CLOC 1 1B1-1B2 REF 1 2 DT 1 21 Aug 2003 RESZ 343 ID|FBti0019523 SYM|3S18{}4 SYN|TE19523 ASTP|FBtp0011408==3S18 DT|21 Aug 2003 |21 Aug 2003 ICL|3S18 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|3S18{}4 CLOC|1B1-1B2 LOCB|genomic location inferred from flanking sequence DBAF|AE003417.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019554 ICL 1 3S18 SYM 1 3S18{}35 ASTR 1 - CLOC 1 3D3-3D3 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019554 SYM|3S18{}35 SYN|TE19554 ASTP|FBtp0011408==3S18 DT|21 Aug 2003 |21 Aug 2003 ICL|3S18 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|3S18{}35 CLOC|3D3-3D3 LOCB|genomic location inferred from flanking sequence DBAF|AE003427.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019649 ICL 1 3S18 SYM 1 3S18{}177 ASTR 1 - CLOC 1 19B1-19B1 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019649 SYM|3S18{}177 SYN|TE19649 ASTP|FBtp0011408==3S18 DT|21 Aug 2003 |21 Aug 2003 ICL|3S18 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|3S18{}177 CLOC|19B1-19B1 LOCB|genomic location inferred from flanking sequence DBAF|AE002611.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019655 ICL 1 3S18 SYM 1 3S18{}183 ASTR 1 - CLOC 1 19C5-19C5 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019655 SYM|3S18{}183 SYN|TE19655 ASTP|FBtp0011408==3S18 DT|21 Aug 2003 |21 Aug 2003 ICL|3S18 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|3S18{}183 CLOC|19C5-19C5 LOCB|genomic location inferred from flanking sequence DBAF|AE003571.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0018869 ICL 1 3S18 SYM 1 3S18{}853 ASTR 1 - CLOC 1 55D4-55E1 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0018869 SYM|3S18{}853 SYN|TE18869 ASTP|FBtp0011408==3S18 DT|21 Aug 2003 |21 Aug 2003 ICL|3S18 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|3S18{}853 CLOC|55D4-55E1 LOCB|genomic location inferred from flanking sequence DBAF|AE003799.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020201 ICL 1 3S18 SYM 1 3S18{}1090 ASTR 1 - CLOC 1 79C1-79C1 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020201 SYM|3S18{}1090 SYN|TE20201 ASTP|FBtp0011408==3S18 DT|21 Aug 2003 |21 Aug 2003 ICL|3S18 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|3S18{}1090 CLOC|79C1-79C1 LOCB|genomic location inferred from flanking sequence DBAF|AE003596.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0014100 ICL 1 3S18 SYM 1 3S18{}BxJ ASTR 1 - CLOC 1 17C3--4 REF 1 2 DT 1 6 Jan 2000 RESZ 491 ID|FBti0014100 SYM|3S18{}BxJ ASTP|FBtp0011408==3S18 DT|6 Jan 2000 |6 Jan 2000 ICL|3S18 ASGN|FBgn0000242==Bx SK|FBst0003997 |Bx[J] |Total=1 REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|3S18{}BxJ ASAL|FBal0001441==BxJ MU|heat-treatment \? CLOC|17C3--4 |Insertion site LOCB|Proximity to gene: FBgn0000242==Bx } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0001441==BxJ REFDSR { RDID|FBrf0028138 |Santamaria and Garcia-Bellido |1975 PHP|Clonal analysis of wing disk development indicates massive cell loss |during third larval instar. Clones of FBgn0000242==Bx+ cells in | FBal0001441==BxJ/+ wings that |reach the margin but are confined to the dorsal or ventral surface often |cause reconstitution of both surfaces and appearance of marginal elements |derived from both surfaces. PHM|dorsal mesothoracic disc } REFDSR { RDID|FBrf0033647 |Lifschytz and Green |1979 PHP|The only dominant FBgn0000242==Bx allele not suppressed by a Bx deficiency or hdp. } REFDSR { RDID|FBrf0056217 |Jack and DeLotto |1992 PHP|Homozygotes exhibit tissue loss from the entire wing margin and blistering |of the wing blade. The phenotype is unchanged in double homozygote |combinations with FBal0001938==ct53d. PHM|wing } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Wings reduced to slender strip; only posterior cell present at tip. |Heterozygous females have half and homozygous females one third the normal |number of cells in membrane of wing. Femur shortened or legs otherwise |abnormal, especially third pair. Halteres abnormal. Interacts with FBgn0000179==bi to |give more nearly normal wings. |RK1. PHM|wing |haltere |femur } REFDSR { RDID|FBrf0159703 |Chen |2002 PHM|wing } REF { REFM|FBrf0028138 |Santamaria and Garcia-Bellido |1975 REFM|FBrf0033647 |Lifschytz and Green |1979 REFM|FBrf0056217 |Jack and DeLotto |1992 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0159703 |Chen |2002 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014114 ICL 1 3S18 SYM 1 3S18{}DrMio ASTR 1 - CLOC 1 99B3 REF 1 4 DT 1 6 Jan 2000 RESZ 1686 ID|FBti0014114 SYM|3S18{}DrMio ASTP|FBtp0011408==3S18 DT|6 Jan 2000 |6 Jan 2000 ICL|3S18 ASGN|FBgn0000492==Dr SK|FBst0000007 |P{ry[+t7.2]=hsFLP}1, y[1] w[1118]; Dr[Mio]/TM3, ry[*] Sb[1] |FBst0000406 |Dr[Mio]/TMS, P{ry[+t7.2]=Delta2-3}99B |FBst0000491 |Dr[Mio]/TM6, Ubx[+] |FBst0001189 |emc[D] st[1] in[1] kni[ri-1] p[p] Dr[Mio]/TM6C, ca[1] |FBst0001190 |LS(3)f19, emc[D] st[1] in[1] kni[ri-1] p[p]//DS(3)f19, st[1] in[1] kni[ri-1] p[p] FBal0003110==Dr[Mio] |FBst0001255 |TM6B, FBal0003110==Dr[Mio] Tb[+]/Ubx[Cbx-1] Ubx[1] gl[3] |FBst0001256 |In(3L)P, In(3LR)HR33, In(3R)C, sprd[1] Dr[Mio]/TM1 |FBst0001289 |C(1)M4, y[2]; TM6B, Tb[1] Dr[Mio]/In(3R)Dl[B], Dl[B] |FBst0001290 |Df(3R)ca[nd1], e[s] ncd[1] ca[nd1]/In(3R)C, sprd[1] e[1] FBal0003110==Dr[Mio] ca[1] |FBst0003167 |T(2;3)CyO-TM2, CyO, l(2)DTS513[1]: TM2/Dr[Mio] |FBst0003218 |TM3, P{ry[+t7.2]=ftz-lacZ.ry[+]}TM3, Sb[1] ry[*]/Dr[Mio] |FBst0003644 |TM3, Sb[1]/TM6B, Tb[1] FBal0003110==Dr[Mio] |FBst0006663 |w[1118]; Dr[Mio]/TM3, P{w[+mC]=GAL4-twi.G}2.3, P{UAS-2xEGFP}AH2.3, Sb[1] Ser[1] |Total=13 REFDSR { RDID|FBrf0049495 |Renfranz and Benzer |1989 PHC|lethal | recessive } REFDSR { RDID|FBrf0076958 |Tearle et al. |1994 PHC|lethal | embryonic | recessive } REFDSR { RDID|FBrf0079057 |Mozer |1995 SYN|3S18{}DrMio ASAL|FBal0003110==DrMio MU|nitrogen mustard CLOC|99B3 |Insertion site LOCB|Proximity to gene: FBgn0000492==Dr } REF { REFM|FBrf0049495 |Renfranz and Benzer |1989 REFM|FBrf0076958 |Tearle et al. |1994 REFM|FBrf0079057 |Mozer |1995 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0003110==DrMio REFDSR { RDID|FBrf0049495 |Renfranz and Benzer |1989 PHP|Adult eyes are very reduced and rough with about 30 facets. Some rhabdomeres |within ommatidia are fused. Eye disc size is reduced. } REFDSR { RDID|FBrf0064498 |Heberlein et al. |1993 PHP|The progression of the morphogenetic furrow in the developing eye disc |arrests. The eye disc appears normal at the time of arrest. dpp expression |is abolished (as assayed with a dpp-lacZ fusion gene). } REFDSR { RDID|FBrf0076958 |Tearle et al. |1994 PHP|Severe disruption of eye development. Heterozygotes with | FBal0003107==Dr1 are |semi-lethal, 10-30% adults survive to eclosion, surviving adults exhibit |reduced eye, deranged bristle pattern on the thorax, abdomen, legs |and wing margins and locomotor defects so the flies could hardly move. |A similar phenotype is seen when heterozygous with | FBal0003107==Dr1 revertant |alleles and FBgn0003525==stg alleles. Heterozygotes with FBal0003111==Wedge1 | only exhibit |the reduced eye phenotype. Interact in trans with lesions in FBgn0003525==stg |... (see FBal0003110==DrMio report) PHM|macrochaeta |eye } REFDSR { RDID|FBrf0083505 |Vosshall and Young |1995 PHP|Mutants display locomotor activity rhythms with circadian periods, |though with reduced penetrance (small sample size). Average period |length of the locomotor activity is rather short. } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|homozygous lethal } REFDSR { RDID|FBrf0136848 |Mozer |2001 PHP|Heterozygotes have severely reduced eyes, containing less than 30 ommatidia. |The shape of the mutant eye resembles an inverted drop. No patterning |defects are seen in the retina. |Five-cell preclusters are not seen in the heterozygous eye disc at |the time when multiple rows of developing ommatidia are seen in wild-type |discs, and instead a single row of mature ommatidial clusters is seen. |Massive cell death associated with absence of furrow progression is |... (see FBal0003110==DrMio report) PHM|eye |ommatidium |five-cell ommatidial precursor } REF { REFM|FBrf0049495 |Renfranz and Benzer |1989 REFM|FBrf0064498 |Heberlein et al. |1993 REFM|FBrf0076958 |Tearle et al. |1994 REFM|FBrf0083505 |Vosshall and Young |1995 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0136848 |Mozer |2001 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014552 ICL 1 3S18 SYM 1 3S18{}nod2 ASTR 1 - CLOC 1 10C8--9 REF 1 4 DT 1 6 Jan 2000 RESZ 745 ID|FBti0014552 SYM|3S18{}nod2 ASTP|FBtp0011408==3S18 DT|6 Jan 2000 |6 Jan 2000 ICL|3S18 ASGN|FBgn0002948==nod ABA|FBab0004160==In(1)nod-bd SK|FBst0002324 |FM7a, In(1)nod-bd/y[1] w[a] ct[6] lz[1] v[1] f[1]/Dp(1;Y)y[+]; sv[spa-pol] |FBst0002331 |FM7a, nod[2]/Dp(1;Y)y[+]/C(1)DX, y[1] f[1]; sv[spa-pol] |Total=2 REFDSR { RDID|FBrf0051351 |Zhang et al. |1990 SYN|3S18{}nod2 ASAL|FBal0013066==nod2 MU|&ggr; ray CLOC|10C8--9 |Insertion site LOCB|Proximity to gene: FBgn0002948==nod } REF { REFM|FBrf0051351 |Zhang et al. |1990 REFM|FBrf0051920 |Zhang and Hawley |1990 REFM|FBrf0055002 |Knowles and Hawley |1991 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0013066==nod2 REFDSR { RDID|FBrf0051920 |Zhang and Hawley |1990 PHP|High levels of X and fourth chromosome nondisjunction. } REFDSR { RDID|FBrf0134637 |Apionishev et al. |2001 PHP|FBal0013064==noda/FBba0000007==FM7a | FBal0013066==nod2 females show 43% X chromosome nondisjunction |and 89% 4th chromosome nondisjunction. PHM|(with noda) meiotic chromosome | female } REF { REFM|FBrf0051920 |Zhang and Hawley |1990 REFM|FBrf0134637 |Apionishev et al. |2001 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0002823 ICL 1 3S18 SYM 1 3S18{}wa4 ASTR 1 - CLOC 1 3B6 REF 1 13 DT 1 4 Feb 2000 RESZ 956 ID|FBti0002823 SYM|3S18{}wa4 SYN|BEL{}wa4 ASTP|FBtp0011408==3S18 DT|4 Feb 2000 |24 Jun 1997 ICL|3S18 ID2|FBti0002386 ASGN|FBgn0003996==w SK|FBst0000152 |w[a4] |Total=1 REFDSR { RDID|FBrf0037612 |Zachar and Bingham |1982 ASAL|FBal0018198==wa4 MU|spontaneous CLOC|3B6 |Insertion site LOCB|Proximity to gene: FBgn0003996==w PHC|viable } REF { REFM|FBrf0037612 |Zachar and Bingham |1982 REFM|FBrf0049635 |Rabinow and Birchler |1989 REFM|FBrf0050555 |Georgiev and Gerasimova |1989 REFM|FBrf0051917 |Peng and Mount |1990 REFM|FBrf0054158 |Rabinow et al. |1991 REFM|FBrf0073744 |Lim and Simmons |1994 REFM|FBrf0080401 |Soriano et al. |1995 REFM|FBrf0081893 |Davis and Judd |1995 REFM|FBrf0084258 |Peng and Mount |1995 REFM|FBrf0086910 |Bhadra and Birchler |1996 REFM|FBrf0094158 |Bhadra et al. |1997 REFM|FBrf0094159 |Bhadra et al. |1997 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0018198==wa4 REFDSR { RDID|FBrf0037612 |Zachar and Bingham |1982 PHP|Eye color: orange-brown. PHM|pigment cell } REFDSR { RDID|FBrf0049829 |Birchler et al. |1989 PHM|pigment cell } REFDSR { RDID|FBrf0084258 |Peng and Mount |1995 PHM|pigment cell } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Eye color: yellow-orange in male; lighter, yellower, in female; both |sexes paler than FBal0018195==wa. |Malpighian tubule color: colorless. PHM|pigment cell |Malpighian tubule } REF { REFM|FBrf0037612 |Zachar and Bingham |1982 REFM|FBrf0049829 |Birchler et al. |1989 REFM|FBrf0084258 |Peng and Mount |1995 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014807 ICL 1 3S18 SYM 1 3S18{}wzm ASTR 1 - CLOC 1 3B6 REF 1 7 DT 1 6 Jan 2000 RESZ 662 ID|FBti0014807 SYM|3S18{}wzm ASTP|FBtp0011408==3S18 DT|6 Jan 2000 |6 Jan 2000 ICL|3S18 ASGN|FBgn0003996==w REFDSR { RDID|FBrf0049635 |Rabinow and Birchler |1989 SYN|3S18{}wzm ASAL|FBal0018326==wzm MU|spontaneous |unequal recombination CLOC|3B6 |Insertion site LOCB|Proximity to gene: FBgn0003996==w } REF { REFM|FBrf0049635 |Rabinow and Birchler |1989 REFM|FBrf0068635 |Peterson et al. |1994 REFM|FBrf0081893 |Davis and Judd |1995 REFM|FBrf0084074 |Judd |1995 REFM|FBrf0087538 |Larsson et al. |1996 REFM|FBrf0094158 |Bhadra et al. |1997 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0018326==wzm REFDSR { RDID|FBrf0026500 |Kalisch and Rasmuson |1974 PHP|In homozygous FBgn0004050==z+ female FBal0018326==wzm causes | variegation of the eye pigmentation. PHM|pigment cell } REFDSR { RDID|FBrf0049829 |Birchler et al. |1989 PHM|pigment cell } REFDSR { RDID|FBrf0076540 |Csink et al. |1994 PHP|No interaction with mutations of FBgn0003261==Rm62. } REFDSR { RDID|FBrf0084074 |Judd |1995 PHP|Eye color: wild-type, in FBgn0004050==z+ males or females. |Eye color: red-brown mottled, in FBal0018822==z1 male. |Eye color: occasional red mottling, in FBal0018822==z1 female. |Eye color: lighter yellow background as FBal0018848==zv77h | FBal0018325==wzl male, compared with FBal0018822==z1 | FBal0018325==wzl male. |Eye color: darker yellow than FBal0018822==z1 as | FBal0018848==zv77h FBal0018325==wzl female. } REFDSR { RDID|FBrf0094184 |Birve and Rasmuson-Lestander |1994 PHP|Repression of FBal0018326==wzm by FBal0018822==z1 is | suppressed by FBal0063038==Su(z)121. } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Eye color: wild-type in FBgn0004050==z+ FBal0018326==wzm male and | FBgn0004050==z+ FBal0018326==wzm/FBgn0004050==z+ | FBal0018326==wzm female. |Eye color: lemon yellow, in FBal0018822==z1 | FBal0018326==wzm female at 25o-30oC. |Eye color: orange with red spots, in FBal0018822==z1 | FBal0018326==wzm female at 14oC. |Eye color: lemon yellow with fine-grained red spots, in | FBal0018822==z1 FBal0018326==wzm male at 25oC-30oC. |Eye color: almost wild-type, in FBal0018822==z1 | FBal0018326==wzm male at 14oC-17oC. |Eye color: mottled, with FBgn0002910==mw. } REF { REFM|FBrf0026500 |Kalisch and Rasmuson |1974 REFM|FBrf0049829 |Birchler et al. |1989 REFM|FBrf0076540 |Csink et al. |1994 REFM|FBrf0084074 |Judd |1995 REFM|FBrf0094184 |Birve and Rasmuson-Lestander |1994 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0013011 ICL 1 17.6 SYM 1 17.6{?'LTR}Cyp6a291C ASTR 1 - CLOC 1 42D1 REF 1 3 DT 1 14 Sep 1999 RESZ 549 ID|FBti0013011 SYM|17.6{?'LTR}Cyp6a291C SYN|17.6{?'LTR}Cyp6a291C ASTP|FBtp0002766==17.6{?'LTR} DT|14 Sep 1999 |14 Sep 1999 ICL|17.6 ASGN|FBgn0000473==Cyp6a2 REFDSR { RDID|FBrf0057534 |Waters et al. |1992 SYN|17.6{?'LTR}Cyp6a291C ASAL|FBal0002207==Cyp6a291C CLOC|42D1 |Insertion site LOCB|Proximity to gene: FBgn0000473==Cyp6a2 } REF { REFM|FBrf0057534 |Waters et al. |1992 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0105973 |Dombrowski et al. |1998 } ALESR { ASYM|FBal0002207==Cyp6a291C REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Characteristic of insecticide susceptible strains. } REF { REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0019563 ICL 1 17.6 SYM 1 17.6{}44 ASTR 1 - CLOC 1 3E8-3E8 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019563 SYM|17.6{}44 SYN|TE19563 ASTP|FBtp0011399==17.6 DT|21 Aug 2003 |21 Aug 2003 ICL|17.6 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|17.6{}44 CLOC|3E8-3E8 LOCB|genomic location inferred from flanking sequence DBAF|AE003428.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019053 ICL 1 17.6 SYM 1 17.6{}125 ASTR 1 - CLOC 1 12E8-12E8 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019053 SYM|17.6{}125 SYN|TE19053 ASTP|FBtp0011399==17.6 DT|21 Aug 2003 |21 Aug 2003 ICL|17.6 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|17.6{}125 CLOC|12E8-12E8 LOCB|genomic location inferred from flanking sequence DBAF|AE003495.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0018860 ICL 1 17.6 SYM 1 17.6{}705 ASTR 1 - CLOC 1 42A1-42A1 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0018860 SYM|17.6{}705 SYN|TE18860 ASTP|FBtp0011399==17.6 DT|21 Aug 2003 |21 Aug 2003 ICL|17.6 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|17.6{}705 CLOC|42A1-42A1 LOCB|genomic location inferred from flanking sequence DBAF|AE003785.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0018861 ICL 1 17.6 SYM 1 17.6{}790 ASTR 1 - CLOC 1 46B2-46B2 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0018861 SYM|17.6{}790 SYN|TE18861 ASTP|FBtp0011399==17.6 DT|21 Aug 2003 |21 Aug 2003 ICL|17.6 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|17.6{}790 CLOC|46B2-46B2 LOCB|genomic location inferred from flanking sequence DBAF|AE003832.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0018862 ICL 1 17.6 SYM 1 17.6{}804 ASTR 1 - CLOC 1 47C6-47C6 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0018862 SYM|17.6{}804 SYN|TE18862 ASTP|FBtp0011399==17.6 DT|21 Aug 2003 |21 Aug 2003 ICL|17.6 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|17.6{}804 CLOC|47C6-47C6 LOCB|genomic location inferred from flanking sequence DBAF|AE003827.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020019 ICL 1 17.6 SYM 1 17.6{}908 ASTR 1 - CLOC 1 62A3-62A3 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0020019 SYM|17.6{}908 SYN|TE20019 ASTP|FBtp0011399==17.6 DT|21 Aug 2003 |21 Aug 2003 ICL|17.6 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|17.6{}908 CLOC|62A3-62A3 LOCB|genomic location inferred from flanking sequence DBAF|AE003471.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020086 ICL 1 17.6 SYM 1 17.6{}975 ASTR 1 - CLOC 1 67D5-67D5 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0020086 SYM|17.6{}975 SYN|TE20086 ASTP|FBtp0011399==17.6 DT|21 Aug 2003 |21 Aug 2003 ICL|17.6 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|17.6{}975 CLOC|67D5-67D5 LOCB|genomic location inferred from flanking sequence DBAF|AE003550.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020090 ICL 1 17.6 SYM 1 17.6{}979 ASTR 1 - CLOC 1 68C1-68C1 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0020090 SYM|17.6{}979 SYN|TE20090 ASTP|FBtp0011399==17.6 DT|21 Aug 2003 |21 Aug 2003 ICL|17.6 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|17.6{}979 CLOC|68C1-68C1 LOCB|genomic location inferred from flanking sequence DBAF|AE003545.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020174 ICL 1 17.6 SYM 1 17.6{}1063 ASTR 1 - CLOC 1 77B4-77B4 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020174 SYM|17.6{}1063 SYN|TE20174 ASTP|FBtp0011399==17.6 DT|21 Aug 2003 |21 Aug 2003 ICL|17.6 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|17.6{}1063 CLOC|77B4-77B4 LOCB|genomic location inferred from flanking sequence DBAF|AE003591.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020227 ICL 1 17.6 SYM 1 17.6{}1116 ASTR 1 - CLOC 1 80D1-80D1 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020227 SYM|17.6{}1116 SYN|TE20227 ASTP|FBtp0011399==17.6 DT|21 Aug 2003 |21 Aug 2003 ICL|17.6 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|17.6{}1116 CLOC|80D1-80D1 LOCB|genomic location inferred from flanking sequence DBAF|AE002786.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019299 ICL 1 17.6 SYM 1 17.6{}1213 ASTR 1 - CLOC 1 82E5-82E5 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0019299 SYM|17.6{}1213 SYN|TE19299 ASTP|FBtp0011399==17.6 DT|21 Aug 2003 |21 Aug 2003 ICL|17.6 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|17.6{}1213 CLOC|82E5-82E5 LOCB|genomic location inferred from flanking sequence DBAF|AE003604.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019354 ICL 1 17.6 SYM 1 17.6{}1287 ASTR 1 - CLOC 1 86C6-86C6 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0019354 SYM|17.6{}1287 SYN|TE19354 ASTP|FBtp0011399==17.6 DT|21 Aug 2003 |21 Aug 2003 ICL|17.6 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|17.6{}1287 CLOC|86C6-86C6 LOCB|genomic location inferred from flanking sequence DBAF|AE003688.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0014701 ICL 1 17.6 SYM 1 17.6{}su(s)29 ASTR 1 - CLOC 1 1B13 REF 1 2 DT 1 6 Jan 2000 RESZ 465 ID|FBti0014701 SYM|17.6{}su(s)29 ASTP|FBtp0011399==17.6 DT|6 Jan 2000 |6 Jan 2000 ICL|17.6 ASGN|FBgn0003575==su(s) ARGS|FBgn0003575 REFDSR { RDID|FBrf0051918 |Voelker et al. |1990 SYN|17.6{}su(s)29 ASAL|FBal0016372==su(s)29 CLOC|1B13 |Insertion site LOCB|Proximity to gene: FBgn0003575==su(s) } REF { REFM|FBrf0051918 |Voelker et al. |1990 REFM|FBrf0105495 |FlyBase |1992- } } # EOR TIR { RETE|ID 1 FBti0019525 ICL 1 297 SYM 1 297{}6 ASTR 1 - CLOC 1 1C5-1C5 REF 1 2 DT 1 21 Aug 2003 RESZ 339 ID|FBti0019525 SYM|297{}6 SYN|TE19525 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}6 CLOC|1C5-1C5 LOCB|genomic location inferred from flanking sequence DBAF|AE003418.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019567 ICL 1 297 SYM 1 297{}48 ASTR 1 - CLOC 1 4B2-4B2 REF 1 2 DT 1 21 Aug 2003 RESZ 341 ID|FBti0019567 SYM|297{}48 SYN|TE19567 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}48 CLOC|4B2-4B2 LOCB|genomic location inferred from flanking sequence DBAF|AE003430.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019580 ICL 1 297 SYM 1 297{}61 ASTR 1 - CLOC 1 4F9-4F9 REF 1 2 DT 1 21 Aug 2003 RESZ 341 ID|FBti0019580 SYM|297{}61 SYN|TE19580 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}61 CLOC|4F9-4F9 LOCB|genomic location inferred from flanking sequence DBAF|AE003434.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019591 ICL 1 297 SYM 1 297{}72 ASTR 1 - CLOC 1 6A2-6A2 REF 1 2 DT 1 21 Aug 2003 RESZ 341 ID|FBti0019591 SYM|297{}72 SYN|TE19591 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}72 CLOC|6A2-6A2 LOCB|genomic location inferred from flanking sequence DBAF|AE003437.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019611 ICL 1 297 SYM 1 297{}92 ASTR 1 - CLOC 1 9A2-9A2 REF 1 2 DT 1 21 Aug 2003 RESZ 341 ID|FBti0019611 SYM|297{}92 SYN|TE19611 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}92 CLOC|9A2-9A2 LOCB|genomic location inferred from flanking sequence DBAF|AE003448.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019612 ICL 1 297 SYM 1 297{}93 ASTR 1 - CLOC 1 9B1-9B1 REF 1 2 DT 1 21 Aug 2003 RESZ 341 ID|FBti0019612 SYM|297{}93 SYN|TE19612 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}93 CLOC|9B1-9B1 LOCB|genomic location inferred from flanking sequence DBAF|AE003449.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019617 ICL 1 297 SYM 1 297{}98 ASTR 1 - CLOC 1 9D2-9D2 REF 1 2 DT 1 21 Aug 2003 RESZ 341 ID|FBti0019617 SYM|297{}98 SYN|TE19617 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}98 CLOC|9D2-9D2 LOCB|genomic location inferred from flanking sequence DBAF|AE003450.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019623 ICL 1 297 SYM 1 297{}104 ASTR 1 - CLOC 1 10B1-10B1 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019623 SYM|297{}104 SYN|TE19623 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}104 CLOC|10B1-10B1 LOCB|genomic location inferred from flanking sequence DBAF|AE003485.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019628 ICL 1 297 SYM 1 297{}109 ASTR 1 - CLOC 1 10D2-10D2 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019628 SYM|297{}109 SYN|TE19628 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}109 CLOC|10D2-10D2 LOCB|genomic location inferred from flanking sequence DBAF|AE003486.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019052 ICL 1 297 SYM 1 297{}124 ASTR 1 - CLOC 1 12E2-12E2 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019052 SYM|297{}124 SYN|TE19052 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}124 CLOC|12E2-12E2 LOCB|genomic location inferred from flanking sequence DBAF|AE003494.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019078 ICL 1 297 SYM 1 297{}153 ASTR 1 - CLOC 1 16F1-16F1 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019078 SYM|297{}153 SYN|TE19078 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}153 CLOC|16F1-16F1 LOCB|genomic location inferred from flanking sequence DBAF|AE003507.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019640 ICL 1 297 SYM 1 297{}158 ASTR 1 - CLOC 1 17D3-17D3 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019640 SYM|297{}158 SYN|TE19640 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}158 CLOC|17D3-17D3 LOCB|genomic location inferred from flanking sequence DBAF|AE003509.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019641 ICL 1 297 SYM 1 297{}159 ASTR 1 - CLOC 1 17D3-17D3 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019641 SYM|297{}159 SYN|TE19641 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}159 CLOC|17D3-17D3 LOCB|genomic location inferred from flanking sequence DBAF|AE003509.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019642 ICL 1 297 SYM 1 297{}160 ASTR 1 - CLOC 1 17D3-17D3 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019642 SYM|297{}160 SYN|TE19642 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}160 CLOC|17D3-17D3 LOCB|genomic location inferred from flanking sequence DBAF|AE003509.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019648 ICL 1 297 SYM 1 297{}176 ASTR 1 - CLOC 1 19A4-19A4 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019648 SYM|297{}176 SYN|TE19648 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}176 CLOC|19A4-19A4 LOCB|genomic location inferred from flanking sequence DBAF|AE002611.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019689 ICL 1 297 SYM 1 297{}217 ASTR 1 - CLOC 1 20A2-20A2 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019689 SYM|297{}217 SYN|TE19689 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}217 CLOC|20A2-20A2 LOCB|genomic location inferred from flanking sequence DBAF|AE003122.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019691 ICL 1 297 SYM 1 297{}219 ASTR 1 - CLOC 1 20A3-20A3 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019691 SYM|297{}219 SYN|TE19691 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}219 CLOC|20A3-20A3 LOCB|genomic location inferred from flanking sequence DBAF|AE003122.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019694 ICL 1 297 SYM 1 297{}222 ASTR 1 - CLOC 1 20A3-20A3 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019694 SYM|297{}222 SYN|TE19694 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}222 CLOC|20A3-20A3 LOCB|genomic location inferred from flanking sequence DBAF|AE003122.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019734 ICL 1 297 SYM 1 297{}262 ASTR 1 - CLOC 1 20B1-20B1 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019734 SYM|297{}262 SYN|TE19734 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}262 CLOC|20B1-20B1 LOCB|genomic location inferred from flanking sequence DBAF|AE003574.5 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019735 ICL 1 297 SYM 1 297{}263 ASTR 1 - CLOC 1 20B3-20B3 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019735 SYM|297{}263 SYN|TE19735 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}263 CLOC|20B3-20B3 LOCB|genomic location inferred from flanking sequence DBAF|AE003574.5 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019744 ICL 1 297 SYM 1 297{}272 ASTR 1 - CLOC 1 20C1-20C1 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019744 SYM|297{}272 SYN|TE19744 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}272 CLOC|20C1-20C1 LOCB|genomic location inferred from flanking sequence DBAF|AE003573.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019745 ICL 1 297 SYM 1 297{}273 ASTR 1 - CLOC 1 20C1-20C1 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019745 SYM|297{}273 SYN|TE19745 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}273 CLOC|20C1-20C1 LOCB|genomic location inferred from flanking sequence DBAF|AE003573.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019749 ICL 1 297 SYM 1 297{}294 ASTR 1 - CLOC 1 23A1-23A1 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019749 SYM|297{}294 SYN|TE19749 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}294 CLOC|23A1-23A1 LOCB|genomic location inferred from flanking sequence DBAF|AE003582.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019750 ICL 1 297 SYM 1 297{}296 ASTR 1 - CLOC 1 23A5-23A6 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019750 SYM|297{}296 SYN|TE19750 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}296 CLOC|23A5-23A6 LOCB|genomic location inferred from flanking sequence DBAF|AE003582.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019135 ICL 1 297 SYM 1 297{}323 ASTR 1 - CLOC 1 28D3-28D3 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019135 SYM|297{}323 SYN|TE19135 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}323 CLOC|28D3-28D3 LOCB|genomic location inferred from flanking sequence DBAF|AE003619.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019754 ICL 1 297 SYM 1 297{}327 ASTR 1 - CLOC 1 29E2-29E2 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019754 SYM|297{}327 SYN|TE19754 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}327 CLOC|29E2-29E2 LOCB|genomic location inferred from flanking sequence DBAF|AE003621.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019756 ICL 1 297 SYM 1 297{}338 ASTR 1 - CLOC 1 32B3-32B3 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019756 SYM|297{}338 SYN|TE19756 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}338 CLOC|32B3-32B3 LOCB|genomic location inferred from flanking sequence DBAF|AE003630.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019758 ICL 1 297 SYM 1 297{}346 ASTR 1 - CLOC 1 33C2-33C2 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019758 SYM|297{}346 SYN|TE19758 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}346 CLOC|33C2-33C2 LOCB|genomic location inferred from flanking sequence DBAF|AE003634.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019762 ICL 1 297 SYM 1 297{}376 ASTR 1 - CLOC 1 35D3-35D3 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019762 SYM|297{}376 SYN|TE19762 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}376 CLOC|35D3-35D3 LOCB|genomic location inferred from flanking sequence DBAF|AE003648.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019184 ICL 1 297 SYM 1 297{}388 ASTR 1 - CLOC 1 35E4-35E5 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019184 SYM|297{}388 SYN|TE19184 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}388 CLOC|35E4-35E5 LOCB|genomic location inferred from flanking sequence DBAF|AE003650.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019201 ICL 1 297 SYM 1 297{}407 ASTR 1 - CLOC 1 37C3-37C4 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019201 SYM|297{}407 SYN|TE19201 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}407 CLOC|37C3-37C4 LOCB|genomic location inferred from flanking sequence DBAF|AE003661.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019237 ICL 1 297 SYM 1 297{}518 ASTR 1 - CLOC 1 40A1-40A1 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019237 SYM|297{}518 SYN|TE19237 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}518 CLOC|40A1-40A1 LOCB|genomic location inferred from flanking sequence DBAF|AE003781.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019242 ICL 1 297 SYM 1 297{}527 ASTR 1 - CLOC 1 40E3-40E3 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019242 SYM|297{}527 SYN|TE19242 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}527 CLOC|40E3-40E3 LOCB|genomic location inferred from flanking sequence DBAF|AE003782.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019257 ICL 1 297 SYM 1 297{}557 ASTR 1 - CLOC 1 40F7-40F7 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019257 SYM|297{}557 SYN|TE19257 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}557 CLOC|40F7-40F7 LOCB|genomic location inferred from flanking sequence DBAF|AE002603.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019975 ICL 1 297 SYM 1 297{}766 ASTR 1 - CLOC 1 43A3-43A3 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019975 SYM|297{}766 SYN|TE19975 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}766 CLOC|43A3-43A3 LOCB|genomic location inferred from flanking sequence DBAF|AE003841.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019977 ICL 1 297 SYM 1 297{}774 ASTR 1 - CLOC 1 44B1-44B2 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019977 SYM|297{}774 SYN|TE19977 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}774 CLOC|44B1-44B2 LOCB|genomic location inferred from flanking sequence DBAF|AE003838.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0018865 ICL 1 297 SYM 1 297{}805 ASTR 1 - CLOC 1 47C7-47C7 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0018865 SYM|297{}805 SYN|TE18865 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}805 CLOC|47C7-47C7 LOCB|genomic location inferred from flanking sequence DBAF|AE003827.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0018866 ICL 1 297 SYM 1 297{}832 ASTR 1 - CLOC 1 51D12-51D12 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0018866 SYM|297{}832 SYN|TE18866 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}832 CLOC|51D12-51D12 LOCB|genomic location inferred from flanking sequence DBAF|AE003812.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0018867 ICL 1 297 SYM 1 297{}845 ASTR 1 - CLOC 1 54E9-54E9 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0018867 SYM|297{}845 SYN|TE18867 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}845 CLOC|54E9-54E9 LOCB|genomic location inferred from flanking sequence DBAF|AE003802.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0018868 ICL 1 297 SYM 1 297{}879 ASTR 1 - CLOC 1 60A7-60A7 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0018868 SYM|297{}879 SYN|TE18868 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}879 CLOC|60A7-60A7 LOCB|genomic location inferred from flanking sequence DBAF|AE003462.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020008 ICL 1 297 SYM 1 297{}897 ASTR 1 - CLOC 1 61C1-61C1 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0020008 SYM|297{}897 SYN|TE20008 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}897 CLOC|61C1-61C1 LOCB|genomic location inferred from flanking sequence DBAF|AE003468.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020048 ICL 1 297 SYM 1 297{}937 ASTR 1 - CLOC 1 65A14-65A14 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0020048 SYM|297{}937 SYN|TE20048 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}937 CLOC|65A14-65A14 LOCB|genomic location inferred from flanking sequence DBAF|AE003563.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020059 ICL 1 297 SYM 1 297{}948 ASTR 1 - CLOC 1 65F9-65F9 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0020059 SYM|297{}948 SYN|TE20059 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}948 CLOC|65F9-65F9 LOCB|genomic location inferred from flanking sequence DBAF|AE003559.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020061 ICL 1 297 SYM 1 297{}950 ASTR 1 - CLOC 1 66A14-66A14 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0020061 SYM|297{}950 SYN|TE20061 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}950 CLOC|66A14-66A14 LOCB|genomic location inferred from flanking sequence DBAF|AE003557.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020126 ICL 1 297 SYM 1 297{}1015 ASTR 1 - CLOC 1 73B1-73B1 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0020126 SYM|297{}1015 SYN|TE20126 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}1015 CLOC|73B1-73B1 LOCB|genomic location inferred from flanking sequence DBAF|AE003526.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020216 ICL 1 297 SYM 1 297{}1105 ASTR 1 - CLOC 1 80C2-80C2 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0020216 SYM|297{}1105 SYN|TE20216 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}1105 CLOC|80C2-80C2 LOCB|genomic location inferred from flanking sequence DBAF|AE003599.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020218 ICL 1 297 SYM 1 297{}1107 ASTR 1 - CLOC 1 80C2-80C3 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0020218 SYM|297{}1107 SYN|TE20218 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}1107 CLOC|80C2-80C3 LOCB|genomic location inferred from flanking sequence DBAF|AE003599.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019333 ICL 1 297 SYM 1 297{}1261 ASTR 1 - CLOC 1 84E10-84E10 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019333 SYM|297{}1261 SYN|TE19333 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}1261 CLOC|84E10-84E10 LOCB|genomic location inferred from flanking sequence DBAF|AE003677.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019341 ICL 1 297 SYM 1 297{}1269 ASTR 1 - CLOC 1 85B4-85B4 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0019341 SYM|297{}1269 SYN|TE19341 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}1269 CLOC|85B4-85B4 LOCB|genomic location inferred from flanking sequence DBAF|AE003680.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020324 ICL 1 297 SYM 1 297{}1271 ASTR 1 - CLOC 1 85B4-85B4 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0020324 SYM|297{}1271 SYN|TE20324 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}1271 CLOC|85B4-85B4 LOCB|genomic location inferred from flanking sequence DBAF|AE003680.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020326 ICL 1 297 SYM 1 297{}1273 ASTR 1 - CLOC 1 85B4-85B4 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0020326 SYM|297{}1273 SYN|TE20326 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}1273 CLOC|85B4-85B4 LOCB|genomic location inferred from flanking sequence DBAF|AE003680.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020327 ICL 1 297 SYM 1 297{}1274 ASTR 1 - CLOC 1 85B4-85B4 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0020327 SYM|297{}1274 SYN|TE20327 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}1274 CLOC|85B4-85B4 LOCB|genomic location inferred from flanking sequence DBAF|AE003680.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019349 ICL 1 297 SYM 1 297{}1282 ASTR 1 - CLOC 1 85F16-86A1 REF 1 2 DT 1 21 Aug 2003 RESZ 348 ID|FBti0019349 SYM|297{}1282 SYN|TE19349 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}1282 CLOC|85F16-86A1 LOCB|genomic location inferred from flanking sequence DBAF|AE003686.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019353 ICL 1 297 SYM 1 297{}1286 ASTR 1 - CLOC 1 86B1-86B1 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0019353 SYM|297{}1286 SYN|TE19353 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}1286 CLOC|86B1-86B1 LOCB|genomic location inferred from flanking sequence DBAF|AE003686.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019356 ICL 1 297 SYM 1 297{}1289 ASTR 1 - CLOC 1 86D2-86D2 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0019356 SYM|297{}1289 SYN|TE19356 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}1289 CLOC|86D2-86D2 LOCB|genomic location inferred from flanking sequence DBAF|AE003689.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019434 ICL 1 297 SYM 1 297{}1424 ASTR 1 - CLOC 1 97A5-97A5 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0019434 SYM|297{}1424 SYN|TE19434 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}1424 CLOC|97A5-97A5 LOCB|genomic location inferred from flanking sequence DBAF|AE003755.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019445 ICL 1 297 SYM 1 297{}1440 ASTR 1 - CLOC 1 98B5-98B5 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0019445 SYM|297{}1440 SYN|TE19445 ASTP|FBtp0011407==297 DT|21 Aug 2003 |21 Aug 2003 ICL|297 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|297{}1440 CLOC|98B5-98B5 LOCB|genomic location inferred from flanking sequence DBAF|AE003762.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0014081 ICL 1 297 SYM 1 297{}Abd-Biab9-tuh-3 ASTR 1 - CLOC 1 89E4--5 REF 1 3 DT 1 6 Jan 2000 RESZ 1017 ID|FBti0014081 SYM|297{}Abd-Biab9-tuh-3 ASTP|FBtp0011407==297 DT|6 Jan 2000 |6 Jan 2000 ICL|297 ASGN|FBgn0000015==Abd-B SK|FBst0000674 |tuh1[h]; FBal0000142==Abd-B[iab9-tuh-3] |FBst0001761 |mwh[1] Pc[24] Abd-B[iab9-tuh-3]/TM3, Sb[1] |FBst0001766 |mwh[1] Ubx[T7] Abd-B[iab9-tuh-3]/TM1 |FBst0003348 |T(2;3)Scr[T2], mwh[1] Scr[T2] ftz[T2] Abd-B[iab9-tuh-3]/TM3, Sb[1] |FBst0003404 |Tp(3;3)Scr[T1], mwh[1] Scr[T1] Abd-B[iab9-tuh-3]/TM3, Sb[1] |FBst0003406 |y[*]; mwh[1] Scr[T3] Abd-B[iab9-tuh-3]/TM3, Sb[1] |Total=6 REFDSR { RDID|FBrf0046272 |Celniker and Lewis |1987 PHC|lethal | larval | recessive } REFDSR { RDID|FBrf0098834 |Mack et al. |1997 SYN|297{}Abd-Biab9-tuh-3 ASAL|FBal0000142==Abd-Biab9-tuh-3 MU|spontaneous CLOC|89E4--5 |Insertion site LOCB|Proximity to gene: FBgn0000015==Abd-B } REF { REFM|FBrf0046272 |Celniker and Lewis |1987 REFM|FBrf0098834 |Mack et al. |1997 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0000142==Abd-Biab9-tuh-3 REFDSR { RDID|FBrf0047933 |Sanchez-Herrero and Crosby |1988 PHP|Male and female genitalia and analia are missing or abnormal in homozygotes. |Parasegment 14 is partially transformed into parasegment 13, and there |is a rudimentary setal belt in A9 in homozygous embryos. Also shows |dominant gain-of-function phenotypes. PHM|female genitalia |male genitalia |female analia |male analia |parasegment 14 |abdominal segment 9 | embryonic } REFDSR { RDID|FBrf0053795 |Sanchez-Herrero |1991 PHP|Parasegment 14 is partially transformed to parasegment 13. PHM|parasegment 14 } REFDSR { RDID|FBrf0058571 |Kuhn et al. |1993 PHP|Enhances penetrance of head defect phenotype |when in trans with FBal0000142==Abd-Biab9-tuh-3. Heterozygotes | with FBal0000142==Abd-Biab9-tuh-3 |exhibit genital defects to a moderate degree. |Adult homozygous males have 6 normal abdominal segments. Males and |females lack genitalia. FBal0000142==Abd-Biab9-tuh-3 females | deficient for |FBal0017276==tuh1h produce offspring with head defects and normal genitalia, |just like homozygotes for FBal0017276==tuh1h. PHM|head | adult |terminalia | adult |female terminalia |male terminalia |genitalia } REFDSR { RDID|FBrf0084100 |Kuhn et al. |1995 PHP|Male and female abdominal segment are normal, genitalia and analia |are missing. PHM|female genitalia |female analia |male genitalia |male analia } REFDSR { RDID|FBrf0098834 |Mack et al. |1997 PHP|Phenotypically similar to "Abd-BI127B". } REF { REFM|FBrf0047933 |Sanchez-Herrero and Crosby |1988 REFM|FBrf0053795 |Sanchez-Herrero |1991 REFM|FBrf0058571 |Kuhn et al. |1993 REFM|FBrf0084100 |Kuhn et al. |1995 REFM|FBrf0098834 |Mack et al. |1997 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0019521 ICL 1 412 SYM 1 412{}2 ASTR 1 - CLOC 1 1A1-1A1 REF 1 2 DT 1 21 Aug 2003 RESZ 339 ID|FBti0019521 SYM|412{}2 SYN|TE19521 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}2 CLOC|1A1-1A1 LOCB|genomic location inferred from flanking sequence DBAF|AE003417.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019524 ICL 1 412 SYM 1 412{}5 ASTR 1 - CLOC 1 1B9-1B9 REF 1 2 DT 1 21 Aug 2003 RESZ 339 ID|FBti0019524 SYM|412{}5 SYN|TE19524 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}5 CLOC|1B9-1B9 LOCB|genomic location inferred from flanking sequence DBAF|AE003418.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019531 ICL 1 412 SYM 1 412{}12 ASTR 1 - CLOC 1 1E1-1E1 REF 1 2 DT 1 21 Aug 2003 RESZ 341 ID|FBti0019531 SYM|412{}12 SYN|TE19531 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}12 CLOC|1E1-1E1 LOCB|genomic location inferred from flanking sequence DBAF|AE003419.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019566 ICL 1 412 SYM 1 412{}47 ASTR 1 - CLOC 1 4A1-4A1 REF 1 2 DT 1 21 Aug 2003 RESZ 341 ID|FBti0019566 SYM|412{}47 SYN|TE19566 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}47 CLOC|4A1-4A1 LOCB|genomic location inferred from flanking sequence DBAF|AE003429.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019582 ICL 1 412 SYM 1 412{}63 ASTR 1 - CLOC 1 5A2-5A3 REF 1 2 DT 1 21 Aug 2003 RESZ 341 ID|FBti0019582 SYM|412{}63 SYN|TE19582 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}63 CLOC|5A2-5A3 LOCB|genomic location inferred from flanking sequence DBAF|AE003434.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019614 ICL 1 412 SYM 1 412{}95 ASTR 1 - CLOC 1 9B2-9B2 REF 1 2 DT 1 21 Aug 2003 RESZ 341 ID|FBti0019614 SYM|412{}95 SYN|TE19614 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}95 CLOC|9B2-9B2 LOCB|genomic location inferred from flanking sequence DBAF|AE003449.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019086 ICL 1 412 SYM 1 412{}165 ASTR 1 - CLOC 1 18A3-18A3 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019086 SYM|412{}165 SYN|TE19086 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}165 CLOC|18A3-18A3 LOCB|genomic location inferred from flanking sequence DBAF|AE003511.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019704 ICL 1 412 SYM 1 412{}232 ASTR 1 - CLOC 1 20A5-20A5 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019704 SYM|412{}232 SYN|TE19704 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}232 CLOC|20A5-20A5 LOCB|genomic location inferred from flanking sequence DBAF|AE003122.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019268 ICL 1 412 SYM 1 412{}591 ASTR 1 - CLOC 1 41E3-41E3 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019268 SYM|412{}591 SYN|TE19268 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}591 CLOC|41E3-41E3 LOCB|genomic location inferred from flanking sequence DBAF|AE003788.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019270 ICL 1 412 SYM 1 412{}612 ASTR 1 - CLOC 1 41E5-41E5 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019270 SYM|412{}612 SYN|TE19270 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}612 CLOC|41E5-41E5 LOCB|genomic location inferred from flanking sequence DBAF|AE003788.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0018871 ICL 1 412 SYM 1 412{}880 ASTR 1 - CLOC 1 60A10-60A11 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0018871 SYM|412{}880 SYN|TE18871 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}880 CLOC|60A10-60A11 LOCB|genomic location inferred from flanking sequence DBAF|AE003462.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0018872 ICL 1 412 SYM 1 412{}881 ASTR 1 - CLOC 1 60B13-60B13 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0018872 SYM|412{}881 SYN|TE18872 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}881 CLOC|60B13-60B13 LOCB|genomic location inferred from flanking sequence DBAF|AE003463.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0018873 ICL 1 412 SYM 1 412{}882 ASTR 1 - CLOC 1 60C2-60C2 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0018873 SYM|412{}882 SYN|TE18873 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}882 CLOC|60C2-60C2 LOCB|genomic location inferred from flanking sequence DBAF|AE003463.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0018874 ICL 1 412 SYM 1 412{}884 ASTR 1 - CLOC 1 60D10-60D12 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0018874 SYM|412{}884 SYN|TE18874 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}884 CLOC|60D10-60D12 LOCB|genomic location inferred from flanking sequence DBAF|AE003464.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020013 ICL 1 412 SYM 1 412{}902 ASTR 1 - CLOC 1 61E2-61E2 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0020013 SYM|412{}902 SYN|TE20013 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}902 CLOC|61E2-61E2 LOCB|genomic location inferred from flanking sequence DBAF|AE003470.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020015 ICL 1 412 SYM 1 412{}904 ASTR 1 - CLOC 1 61F4-61F4 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0020015 SYM|412{}904 SYN|TE20015 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}904 CLOC|61F4-61F4 LOCB|genomic location inferred from flanking sequence DBAF|AE003470.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020033 ICL 1 412 SYM 1 412{}922 ASTR 1 - CLOC 1 64B2-64B2 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0020033 SYM|412{}922 SYN|TE20033 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}922 CLOC|64B2-64B2 LOCB|genomic location inferred from flanking sequence DBAF|AE003481.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020072 ICL 1 412 SYM 1 412{}961 ASTR 1 - CLOC 1 66F4-66F4 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0020072 SYM|412{}961 SYN|TE20072 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}961 CLOC|66F4-66F4 LOCB|genomic location inferred from flanking sequence DBAF|AE003553.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020073 ICL 1 412 SYM 1 412{}962 ASTR 1 - CLOC 1 66F6-66F6 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0020073 SYM|412{}962 SYN|TE20073 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}962 CLOC|66F6-66F6 LOCB|genomic location inferred from flanking sequence DBAF|AE003553.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020082 ICL 1 412 SYM 1 412{}971 ASTR 1 - CLOC 1 67B11-67B11 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0020082 SYM|412{}971 SYN|TE20082 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}971 CLOC|67B11-67B11 LOCB|genomic location inferred from flanking sequence DBAF|AE003551.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020094 ICL 1 412 SYM 1 412{}983 ASTR 1 - CLOC 1 68C13-68C13 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0020094 SYM|412{}983 SYN|TE20094 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}983 CLOC|68C13-68C13 LOCB|genomic location inferred from flanking sequence DBAF|AE003544.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020132 ICL 1 412 SYM 1 412{}1021 ASTR 1 - CLOC 1 74D2-74D2 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0020132 SYM|412{}1021 SYN|TE20132 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}1021 CLOC|74D2-74D2 LOCB|genomic location inferred from flanking sequence DBAF|AE003523.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020165 ICL 1 412 SYM 1 412{}1054 ASTR 1 - CLOC 1 76C6-76D1 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0020165 SYM|412{}1054 SYN|TE20165 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}1054 CLOC|76C6-76D1 LOCB|genomic location inferred from flanking sequence DBAF|AE003515.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020179 ICL 1 412 SYM 1 412{}1068 ASTR 1 - CLOC 1 77D4-77D4 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0020179 SYM|412{}1068 SYN|TE20179 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}1068 CLOC|77D4-77D4 LOCB|genomic location inferred from flanking sequence DBAF|AE003591.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020186 ICL 1 412 SYM 1 412{}1075 ASTR 1 - CLOC 1 78C3-78C3 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0020186 SYM|412{}1075 SYN|TE20186 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}1075 CLOC|78C3-78C3 LOCB|genomic location inferred from flanking sequence DBAF|AE003593.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019380 ICL 1 412 SYM 1 412{}1365 ASTR 1 - CLOC 1 88E1-88E1 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0019380 SYM|412{}1365 SYN|TE19380 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}1365 CLOC|88E1-88E1 LOCB|genomic location inferred from flanking sequence DBAF|AE003707.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019383 ICL 1 412 SYM 1 412{}1368 ASTR 1 - CLOC 1 88F9-88F9 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0019383 SYM|412{}1368 SYN|TE19383 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}1368 CLOC|88F9-88F9 LOCB|genomic location inferred from flanking sequence DBAF|AE003709.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019390 ICL 1 412 SYM 1 412{}1375 ASTR 1 - CLOC 1 90B1-90B2 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0019390 SYM|412{}1375 SYN|TE19390 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}1375 CLOC|90B1-90B2 LOCB|genomic location inferred from flanking sequence DBAF|AE003718.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019440 ICL 1 412 SYM 1 412{}1431 ASTR 1 - CLOC 1 97E5-97E5 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0019440 SYM|412{}1431 SYN|TE19440 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}1431 CLOC|97E5-97E5 LOCB|genomic location inferred from flanking sequence DBAF|AE003759.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019462 ICL 1 412 SYM 1 412{}1459 ASTR 1 - CLOC 1 99F2-99F2 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0019462 SYM|412{}1459 SYN|TE19462 ASTP|FBtp0011409==412 DT|21 Aug 2003 |21 Aug 2003 ICL|412 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}1459 CLOC|99F2-99F2 LOCB|genomic location inferred from flanking sequence DBAF|AE003773.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0014262 ICL 1 412 SYM 1 412{}br1 ASTR 1 - CLOC 1 2B3--5 REF 1 3 DT 1 6 Jan 2000 RESZ 683 ID|FBti0014262 SYM|412{}br1 ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0000210==br SK|FBst0000014 |br[1] w[e] ec[1] rb[1] t[4]/FM1, lz[+] |FBst0003994 |br[1] |FBst0004154 |y[3d]/C(1)RM, FBal0001189==br[1] ec[1] |FBst0200038 |br[1] |FBst0200863 |br[1] pr[1] |Total=5 REFDSR { RDID|FBrf0050541 |Sampedro et al. |1989 SYN|412{}br1 ASAL|FBal0001189==br1 MU|spontaneous CLOC|2B3--5 |Insertion site LOCB|Proximity to gene: FBgn0000210==br } REF { REFM|FBrf0050541 |Sampedro et al. |1989 REFM|FBrf0052734 |Galceran et al. |1990 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0001189==br1 REFDSR { RDID|FBrf0034268 |Belyaeva et al. |1980 PHP|Heterozygotes with FBab0000883==Df(1)br25 have normal viability | and FBgn0000210==br wings. PHM|wing } REFDSR { RDID|FBrf0037773 |Belyaeva et al. |1982 PHP|Heterozygotes with FBab0000662==Df(1)RA19 are partially viable at 29oC, survivors |have either short or faded wings. } REFDSR { RDID|FBrf0047741 |Demakova et al. |1988 PHM|wing } REFDSR { RDID|FBrf0053721 |Restifo and White |1991 PHP|41% penetrance of abnormal SEG-TG separation phenotype, 55% of individuals |show an abnormal optic lobe position and 35% a brain fusion failure. PHM|optic lobe |adult brain } REFDSR { RDID|FBrf0054179 |Gotwals and Fristrom |1991 PHP|Homozygote FBal0001189==br1 wings are shorter and wider than wild | type. The phenotype |of FBal0001189==br1 homozygotes is intensified when placed in | trans with FBal0013157==brnpr-3 |resulting in the mlf syndrome. FBgn0005634==zip interacts with | FBal0001189==br1 hemizygous |males. PHM|wing } REFDSR { RDID|FBrf0057604 |Restifo and White |1992 PHP|Failure of salivary gland degeneration. Reduction in dorso-ventral |class of indirect flight muscles. Some show proventriculus abnormality: |foregut-midgut junction less proventriculus-like in appearance. PHM|larval salivary gland | embryonic |larval proventriculus | embryonic |indirect flight muscle } REFDSR { RDID|FBrf0068650 |Restifo and Merrill |1994 PHP|Heterozygotes with FBal0013161==brnpr-7 display small maxillary palps |that are virtually devoid of mechanosensory bristles. Rostral membrane |is lost so the proboscis is barely visible. PHM|maxillary palpus |maxillary palpus & macrochaeta |rostral membrane } REFDSR { RDID|FBrf0073036 |Emery et al. |1994 PHP|Viable allele. } REFDSR { RDID|FBrf0099732 |Deng and Bownes |1997 PHP|Female progeny FBal0061484==brA47/FBal0001189==br1 | survive until adulthood and produce |eggs with reduced dorsal appendages. Normal embryos develop that successfully |hatch into larvae. Female progeny | FBal0013160==brnpr-6/FBal0001189==br1 survive until |adulthood and produce eggs with reduced dorsal appendages. PHM|(with brA47) dorsal appendage |(with brnpr-6) dorsal appendage } REFDSR { RDID|FBrf0112061 |Tzolovsky et al. |1999 PHP|The FBal0001189==br1/FBal0013160==brnpr-6 and | FBal0001189==br1/FBal0061484==brA47 mothers produce eggs |that have reduced dorsal appendages. |FBal0001189==br1/FBal0001192==br5 and | FBal0001189==br1/FBal0001193==br6 females produce | eggs that have |normal dorsal appendages. |FBal0001189==br1/FBal0014441==brrbp-1 mothers produce | eggs that have reduced dorsal appendages, |similar to the phenotype seen in | FBal0001189==br1/FBal0061484==brA47 mothers. PHM|(with brnpr-6) dorsal appendage |(with brA47) dorsal appendage |(with brrbp-1) dorsal appendage } REFDSR { RDID|FBrf0167639 |Ward et al. |2003 PHP|Hemizygous males and homozygous females maintained at 21oC have malformed |legs at a low frequency (0.4%). } REFDSR { RDID|FBrf0174477 |Chen et al. |2004 PHP|1% of hemizygous males have a malformed leg phenotype. } REF { REFM|FBrf0034268 |Belyaeva et al. |1980 REFM|FBrf0037773 |Belyaeva et al. |1982 REFM|FBrf0047741 |Demakova et al. |1988 REFM|FBrf0053721 |Restifo and White |1991 REFM|FBrf0054179 |Gotwals and Fristrom |1991 REFM|FBrf0057604 |Restifo and White |1992 REFM|FBrf0068650 |Restifo and Merrill |1994 REFM|FBrf0073036 |Emery et al. |1994 REFM|FBrf0099732 |Deng and Bownes |1997 REFM|FBrf0112061 |Tzolovsky et al. |1999 REFM|FBrf0167639 |Ward et al. |2003 REFM|FBrf0174477 |Chen et al. |2004 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0025335 ICL 1 412 SYM 1 412{}br3b ASTR 1 - CLOC 1 2B3--5 REF 1 3 DT 1 7 Jul 2003 RESZ 736 ID|FBti0025335 SYM|412{}br3b SYN|roo{}412{}br3 ASTP|FBtp0011409==412 DT|7 Jul 2003 |7 Jul 2003 ICL|412 ID2|FBti0014264 ASGN|FBgn0000210==br SK|FBst0000664 |br[3] dx[st]; ed[1] Su(dx)[2] |Total=1 REFDSR { RDID|FBrf0050541 |Sampedro et al. |1989 SYN|412{}br3b ASAL|FBal0001190==br3 MU|spontaneous CLOC|2B3--5 |Insertion site LOCB|Proximity to gene: FBgn0000210==br } REFDSR { RDID|FBrf0105495 |FlyBase |1992- CC|One of two insertions associated with this allele; see FBti0025334==roo{}br3a. } REF { REFM|FBrf0050541 |Sampedro et al. |1989 REFM|FBrf0052734 |Galceran et al. |1990 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0001190==br3 REFDSR { RDID|FBrf0034268 |Belyaeva et al. |1980 PHP|Heterozygotes with FBab0000883==Df(1)br25 have normal viability | and FBgn0000210==br wings. } REFDSR { RDID|FBrf0037773 |Belyaeva et al. |1982 PHP|Pupal heterozygotes with FBab0000623==Df(1)R19 die before formation of the imaginal |organs, viability is lower at 18oC. } REFDSR { RDID|FBrf0054179 |Gotwals and Fristrom |1991 PHP|Homozygote FBal0001190==br3 wings are shorter and wider than wild type. PHM|wing } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Wings like FBal0001189==br1 but more often arc like and crumpled. |RK2. PHM|wing } REF { REFM|FBrf0034268 |Belyaeva et al. |1980 REFM|FBrf0037773 |Belyaeva et al. |1982 REFM|FBrf0054179 |Gotwals and Fristrom |1991 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014269 ICL 1 ? SYM 1 412{}bw1 ASTR 1 - CLOC 1 59E2-59E3 REF 1 4 DT 1 25 Aug 2004 RESZ 45449 ID|FBti0014269 SYM|412{}bw1 SYN|412{}878 |?{}bw1 |TE18870 ASTP|FBtp0011409==412 DT|25 Aug 2004 |6 Jan 2000 ICL|? ID2|FBti0018870 ASGN|FBgn0000241==bw SK|FBst0000018 |mid[2] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0000067 |bw[1]; st[1]/TM3, st[24] Sb[1] |FBst0000103 |Dp(1;Y)y[+]/y[1]; Df(2R)X58-3, pr[1] cn[1]/CyO, FBal0001342==bw[1] |FBst0000167 |Df(2L)TW161, cn[1] bw[1]/CyO |FBst0000171 |y[1] ct[K]; FBal0001342==bw[1] |FBst0000205 |ab[2] ix[2] FBal0001342==bw[1] sp[2]/In(2L)Cy, In(2R)Cy, Cy[1] dp[lv1] Bl[1] L[4] sp[2] |FBst0000211 |al[1] dp[ov1] b[1] FBal0001342==bw[1] l(2)ax[1]/SM5 |FBst0000212 |al[1] dp[ov1] b[1] pr[1] ap[blt2] bw[1]/SM5 |FBst0000220 |bw[1]; Tcr[40] st[1]/TM3, Ser[1] |FBst0000226 |Dp(2;2)Su(Pm), px[1] FBal0001342==bw[1] sp[1]/In(2LR)bw[V1], ds[33k] Cy[1] bw[V1] |FBst0000228 |b[1] lt[1] wx[wxt] FBal0001342==bw[1] |FBst0000245 |bw[1] |FBst0000246 |bw[1] bs[ba] |FBst0000247 |bw[1] tu(2)bw[1] |FBst0000258 |Df(2R)Np3, bw[1]/CyO |FBst0000264 |cn[1] FBal0001342==bw[1] |FBst0000274 |dil[2] hv[1] FBal0001342==bw[1] sp[1]/SM5 |FBst0000277 |dp[ov1] cn[1] FBal0001342==bw[1] |FBst0000283 |Dp(1;Y)y[+]/y[1]; Df(2R)X58-7, pr[1] cn[1]/CyO, FBal0001342==bw[1] |FBst0000284 |vas[1] cn[1] bw[1]/CyO |FBst0000349 |y[1] w[*]; wg[l-8] cn[1] FBal0001342==bw[1] sp[1]/SM6b, P{ry[+t7.2]=eve-lacZ8.0}SB1 |FBst0000380 |px[1] FBal0001342==bw[1] mr[1] sp[1]/In(2LR)bw[V1], ds[33k] bw[V1] |FBst0000420 |Df(2L)TW137, cn[1] bw[1]/CyO, Dp(2;2)M(2)m[+] |FBst0000425 |tk[60k] cn[1] FBal0001342==bw[1] sp[1]/In(2L)Cy, Cy[1] tk[60k] cn[1] FBal0001342==bw[1] sp[1] |FBst0000431 |kis[1] cn[1] FBal0001342==bw[1] sp[1]/SM6a |FBst0000433 |vg[1] FBal0001342==bw[1] |FBst0000558 |LS(2)DTD24, (net[1])//DS(2)DTD24, FBal0001342==bw[1] sp[1] |FBst0000567 |Df(2L)pr-A16, cn[1] bw[1]/CyO |FBst0000583 |cact[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0000668 |v[1]; FBal0001342==bw[1] |FBst0000683 |bw[1]; e[4]; ci[1] ey[R] |FBst0000685 |b[1] Su(er)[+] bw[1]; st[*] er[1] |FBst0000686 |bw[1]; st[1] |FBst0000694 |Su(er)[1] tu(2)bw[1] bw[1]; st[*] er[1] su(tu-bw)[1] |FBst0000705 |C(1;Y)1, In(1)dl-49, y[1]; bw[1]; e[4]; ci[1] ey[R] |FBst0000828 |Dp(1;Y)1E, y[1]/y[1] sc[1]/C(1)DX, y[1] f[1]; cn[1] FBal0001342==bw[1] |FBst0000829 |Dp(1;Y)2E, y[1]/v[1] car[1] l(1)64[1]/C(1)DX, y[1] f[1]; cn[1] FBal0001342==bw[1] |FBst0000855 |T(Y;2)rl, lt[1] cn[1]/b[1] lt[1] FBal0001342==bw[1] |FBst0000982 |vls[1] cn[1] bw[1]/CyO |FBst0001011 |bw[1]; Df(3R)faf-BP, st[1]/TM6B, Tb[1] |FBst0001020 |C(2)EN, FBal0001342==bw[1] sp[1] |FBst0001031 |v[1]; bw[1]; scy[1] |FBst0001037 |y[2] cv[1] v[1] Had[m1]; FBal0001342==bw[1] |FBst0001109 |C(2)EN, FBal0001342==bw[1] sp[1] |FBst0001111 |Dp(1;Y)B[S]Yy[+]/+; C(2)EN, FBal0001342==bw[1] sp[1] |FBst0001113 |C(2)EN, b[1] bw[1]; st[1] |FBst0001116 |C(2)EN, bw[1]; ru[1] |FBst0001118 |C(2)EN, c[1] bw[1]; C(3L)RM-*, h[2]; C(3R)RM-* |FBst0001167 |LS(2)lt[G16], lt[1] stw[3] cn[1] bw[1]//DS(2)lt[G16], Dp(?;2)bw[D], bw[D] cn[1] |FBst0001324 |F(2L)*, b[1] pr[1]; F(2R)1, FBal0001342==bw[1] |FBst0001360 |Ts(YSt;2Lt)B238; F(2R)VH2, FBal0001342==bw[1] |FBst0001370 |C(2)EN, c[1] FBal0001342==bw[1] |FBst0001463 |T(Y;2)B[SV5], cn[1] bw[1]/Inscy |FBst0001466 |dp[o3] cn[1] bw[1]; In(3L)D, In(3R)C, ru[1] h[1] mirr[SaiD1] D[1] kni[ri-1] sprd[1] e[1] l(3)e[1]/TM1 |FBst0001507 |stau[1] cn[1] bw[1]/CyO |FBst0001510 |Df(2R)exu1, cn[1] FBal0001342==bw[1] sp[1]/SM1 |FBst0001519 |LS(2)D11, b[1], bw[1]//DS(2)BR11 |FBst0001550 |LS(2)lt[G16], b[1], bw[1]//DS(2)BR9, (pk[sple-1]) |FBst0001562 |bw[1]; In(4)ci[D], ci[D] pan[ciD]/Dsim\+ |FBst0001563 |cn[1] Sdh[5] FBal0001342==bw[1] sp[1]/CyO |FBst0001568 |LS(2)bw[V32g], net[1], bw[1]//DS(2)BR1 |FBst0001573 |In(2R)vg[W], vg[W] inv[W]/In(2L)Cy, In(2R)Cy, amos[Roi-1] cn[2] FBal0001342==bw[1] or[1] sp[2] |FBst0001574 |vas[1] tor[1] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0001577 |b[1] cn[1] FBal0001342==bw[1] |FBst0001579 |b[1] cni[1] pr[1] cn[1] bw[1]/CyO |FBst0001585 |Inscy/Dp(1;Y)y[+]; dp[ov1] bw[1]; st[1] p[p] |FBst0001588 |In(2LR)lt[G16] cn[1] bw[1]/Cy[1] |FBst0001589 |LS(2)bw[V32g], net[1], bw[1]//DS(2)TS18-5 |FBst0001590 |LS(2)bw[V32g], net[1], bw[1]//DS(2)ALZ-20 |FBst0001598 |prd[9] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0001599 |cn[1] eve[1] FBal0001342==bw[1] sp[1]/CyO |FBst0001601 |cn[1] FBal0001342==bw[1] sp[1] Kr[2]/SM1 |FBst0001604 |LS(2)lt[G16], b[1], bw[1]//DS(2)BR6,, (pk[sple-1]) |FBst0001606 |tor[1] stau[1] cn[1] exu[1] bw[1]/CyO |FBst0001621 |C(2L)RM-P1, b[1]; C(2R)RM-SKIA, cn[1] FBal0001342==bw[1] |FBst0001629 |LS(2)bw[V32g], net[1], bw[1]//DS(2)ALZ-44 |FBst0001635 |cn[1] bw[1]; kni[ri-1] e[1] |FBst0001642 |Df(2R)vg135, nompA[vg135]/CyO, S[*] FBal0001342==bw[1] |FBst0001660 |LS(2)DTD107, dp[ov1]//DS(2)DTD107, FBal0001342==bw[1] sp[1] |FBst0001682 |Df(2R)or-BR6, cn[1] FBal0001342==bw[1] sp[1]/In(2LR)lt[G16L]bw[V32gR], bw[V32g] |FBst0001721 |Df(2R)or-BR11, cn[1] FBal0001342==bw[1] sp[1]/SM6a |FBst0001733 |cn[1] FBal0001342==bw[1] sp[1]; kar[2] l(3)87Db[1]/MRS |FBst0001735 |vas[1] cn[1] tud[1] FBal0001342==bw[1] sp[1]/CyO |FBst0001741 |Df(2R)G10-7-5, cn[1] bw[1]/SM6a |FBst0001764 |tor[1] cn[1] exu[1] bw[1]/CyO |FBst0001786 |tud[1] FBal0001342==bw[1] sp[1]/CyO, l(2)DTS513[1] |FBst0001853 |Df(2R)Egfr18, b[1] pr[1] cn[1]/CyO, FBal0001342==bw[1] |FBst0001859 |spi[1] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0001939 |LS(2)lt[G16], b[1], bw[1]//DS(2)BR13,, (pk[sple-1]) |FBst0001950 |LS(2)D3, b[1], bw[1]//DS(2)BR11 |FBst0001989 |cn[1] exu[1] bw[1]/CyO |FBst0002040 |LS(2)P3, (pr[1])//DS(2)noc[4], cn[1] FBal0001342==bw[1] |FBst0002057 |y[1] oc[R3.2]; Gr22b[1] Gr22d[1] cn[1] FBal0001342==bw[1] sp[1]; LysC[1] MstProx[1] GstD5[1] Rh6[1] |FBst0002060 |Dp(2;1)G146, dpp[+]/+; dpp[H46] wg[Sp-1] cn[1] bw[1]/CyO |FBst0002061 |dpp[H46] wg[Sp-1] cn[1] bw[1]/CyO, P{w[+mC]=dpp-P23}RP1 |FBst0002069 |dpp[hr92] cn[1] bw[1]/SM6a |FBst0002073 |dpp[e87] cn[1] bw[1]/CyO |FBst0002079 |Egfr[t1] bw[1]/CyO |FBst0002104 |LS(2)lt[G16], b[1], bw[1]//DS(2)BR40,, cn[1] |FBst0002105 |LS(2)lt[G16],, lt[1] stw[3] cn[1] bw[1]//DS(2)BR30, sp[1], cn[1] px[1] |FBst0002126 |LS(2)bw[V32g], net[1], bw[1]//DS(2)BR4, bw[1], cn[1] |FBst0002183 |LS(2)P14//DS(2)Sco[rv1], FBal0001342==bw[1] sp[1] |FBst0002207 |tup[1] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0002311 |sna[18] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0002336 |al[1] dp[ov1] FBal0001342==bw[1] sp[1] |FBst0002340 |In(2LR)DTD116[L]DTD24[R], (net[1]) FBal0001342==bw[1] sp[1]/CyO |FBst0002345 |cn[1] FBal0001342==bw[1] mus202[A1]/CyO |FBst0002347 |cn[1] FBal0001342==bw[1] mus205[A1] |FBst0002349 |Df(2L)TW130, cn[1] bw[1]/CyO |FBst0002358 |Rbp9[B] dp[lv1] wg[Sp-1] ms(2)2[1] crs[1] FBal0001342==bw[1] mr[1]/SM1, L[4] |FBst0002375 |Df(2L)pr-A20, cn[1] bw[1]/CyO |FBst0002381 |cn[1] twi[1] FBal0001342==bw[1] sp[1]/CyO |FBst0002413 |Dp(1;Y)B[S]; FBal0001342==bw[1] tra2[ts1]/CyO |FBst0002457 |trk[1] tor[1] cn[1] exu[1] bw[1]/CyO, bw[*] |FBst0002492 |fzy[1] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0002508 |ush[2] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0002523 |y[1] v[1]/Dp(1;Y)B[S]Yy[+]; FBal0001342==bw[1] |FBst0002528 |Df(2R)gsb, cn[1] FBal0001342==bw[1] zip[IIX62] gsb[IIX62]/CyO |FBst0002561 |tor[4] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0002606 |Df(2R)Pu-D17, cn[1] FBal0001342==bw[1] sp[1]/SM1 |FBst0002620 |vas[1] tor[1] cn[1] exu[1] bw[1]/CyO |FBst0002622 |Dp(2;2)Cam16, b[1] bw[1]/CyO |FBst0002707 |y[1]; C(2L)RM-P2, dp[ov1]; F(2R)1, FBal0001342==bw[1] |FBst0002749 |raw[1] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0002768 |cn[1] Egfr[f2] FBal0001342==bw[1] sp[1]/CyO |FBst0002772 |S[IIN] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0002779 |T(Y;3)A13, y[+]/TM6; bw[1]/bw[1]; C(1)RM, y[1]/C(1;Y)1, y[1] |FBst0002785 |cn[1] fas[1] FBal0001342==bw[1] sp[1]/CyO |FBst0002793 |T(Y;3)A113, y[+]/TM6; bw[1]; C(1)RM, y[1]/C(1;Y)1, y[1] |FBst0002798 |T(Y;3)A142, y[+]/TM6; bw[1]; C(1)RM, y[1]/C(1;Y)1, y[1] |FBst0002804 |T(Y;3)A176, y[+]/TM6; bw[1]; C(1)RM, y[1]/C(1;Y)1, y[1] |FBst0002812 |stau[1] cn[1] exu[1] bw[1]/CyO |FBst0002813 |vas[1] cn[1] exu[1] bw[1]/CyO |FBst0002815 |T(Y;3)B93, B[S], y[+]/TM6; bw[1]; C(1)RM, y[1]/C(1;Y)1, y[1] |FBst0002823 |Tp(3;Y)B150, y[+]/TM6; bw[1]; C(1)RM, y[1]/C(1;Y)1, y[1] |FBst0002830 |tor[1] stau[1] cn[1] bw[1]/CyO |FBst0002843 |T(Y;3)B240, y[+]/TM6; bw[1]; C(1)RM, y[1]/C(1;Y)1, y[1] |FBst0002926 |T(Y;3)L136, y[+]/TM6; bw[1]; C(1)RM, y[1]/C(1;Y)1, y[1] |FBst0002930 |T(Y;3)R5, y[+]/TM6; bw[1]; C(1)RM, y[1]/C(1;Y)1, y[1] |FBst0002941 |T(Y;3)R92, y[+]/TM6; bw[1]; C(1)RM, y[1]/C(1;Y)1, y[1] |FBst0002989 |BicC[4] cn[1] FBal0001342==bw[1] sp[1]/CyO, l(2)DTS513[1] |FBst0003001 |y[1] sn[w]; bw[1]; st[1] |FBst0003008 |cn[1] shn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003056 |cn[1] E(Pc)[1] bw[1]/SM5 |FBst0003058 |sxc[1] FBal0001342==bw[1] sp[1]/SM5 |FBst0003085 |cn[1] shg[2] FBal0001342==bw[1] sp[1]/CyO |FBst0003086 |mid[1] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003087 |cn[1] arr[2] FBal0001342==bw[1] sp[1]/CyO |FBst0003088 |bsk[1] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003098 |cn[1] scb[2] FBal0001342==bw[1] sp[1]/CyO |FBst0003099 |cn[1] lin[2] FBal0001342==bw[1] sp[1]/CyO |FBst0003101 |aop[1] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003102 |lea[2] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003117 |pim[IL] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003171 |Df(2L)VA12, cn[1] bw[1]/CyO |FBst0003172 |Df(2L)VA16, cn[1] bw[1]/CyO |FBst0003193 |bw[1] Dat[lo] |FBst0003198 |w[*]; noc[Sco]/CyO, S[*] FBal0001342==bw[1] |FBst0003202 |LS(2)DTD42, (net[1])//DS(2)DTD42, FBal0001342==bw[1] sp[1] |FBst0003213 |Df(2L)A48, b[1] cn[1] bw[1]/CyO |FBst0003240 |cn[1] rib[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003242 |tkv[7] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003243 |BicD[2] cn[1] tud[1] bw[1]/CyO |FBst0003244 |b[1] BicD[1] tor[11D] cn[1] bw[1]/CyO |FBst0003245 |bic[1] L[2] stau[1] bw[1]/CyO |FBst0003246 |bic[1] exu[1] L[2] bw[1]/CyO |FBst0003247 |BicC[4] stau[1] cn[1] bw[1]/CyO |FBst0003248 |BicC[4] cn[1] exu[1] bw[1]/CyO |FBst0003249 |BicD[2] pr[1] cn[1] exu[1] bw[1]/CyO |FBst0003250 |b[1] BicD[2] stau[1] cn[1] bw[1]/CyO |FBst0003262 |cn[1] thr[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003263 |cn[1] brh[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003264 |cn[1] gho[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003265 |slf[1] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003266 |cn[1] sli[2] FBal0001342==bw[1] sp[1]/CyO |FBst0003267 |cn[1] cra[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003268 |bhe[1] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003269 |mmy[1] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003270 |cn[1] grh[IM] FBal0001342==bw[1] sp[1]/CyO |FBst0003271 |cn[1] flz[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003272 |cn[1] fai[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003273 |cn[1] Jra[IA109] FBal0001342==bw[1] sp[1]/CyO |FBst0003274 |salm[1] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003278 |cn[1] thi[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003280 |eya[cli-IID] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003299 |cn[1] sna[18] twi[3] FBal0001342==bw[1] sp[1]/CyO |FBst0003301 |al[1] dp[ov1] b[1] pr[1] cn[1] vg[1] c[1] a[1] px[1] FBal0001342==bw[1] mi[1] sp[1]/SM1 |FBst0003350 |qua[1] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003375 |wg[l-8] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003377 |ptc[9] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0003379 |cn[1] en[54] bw[1]/CyO |FBst0003392 |Dp(2;2)Cam1/CyO, FBal0001342==bw[1] |FBst0003394 |Dp(2;2)Cam2, sp[1]/CyO, FBal0001342==bw[1] |FBst0003401 |Dp(2;2)Cam3, FBal0001342==bw[1] sp[1]/CyO |FBst0003403 |Dp(2;2)Cam4, Dp(1;2)TE23CD, vg[1]/CyO, FBal0001342==bw[1] |FBst0003452 |Df(2R)egl2, bw[1]/CyO |FBst0003494 |cn[1] FBal0001342==bw[1] Kr[1]/SM6a, bw[k1] |FBst0003523 |P{hsp70-ftz}HSF2, Adh[*] cn[1] bw[1]/CyO, Adh[*]; ry[*]/TM2, ry[*] |FBst0003534 |LS(2)DTD4, fy[2]//DS(2)DTD4, FBal0001342==bw[1] |FBst0003535 |LS(2)DTD109, (fy[2])//DS(2)DTD109, FBal0001342==bw[1] |FBst0003537 |LS(2)DTD18, dpp[d-ho]//DS(2)DTD18, cn[1] FBal0001342==bw[1] |FBst0003538 |LS(2)DTD16, dp[ov1]//DS(2)DTD16, bw[1], dp[ov1] |FBst0003539 |LS(2)DTD51, In(2L)Cy//DS(2)DTD51, cn[1] bw[1], (b[1]) |FBst0003543 |LS(2)D5//DS(2)noc[4], cn[1] FBal0001342==bw[1] |FBst0003544 |LS(2)Sco[rv9]//DS(2)D2, cn[1] bw[1]; C(1)M4, y[2] |FBst0003549 |LS(2)DTD43, dpp[d-ho]//DS(2)DTD43, FBal0001342==bw[1] sp[1] |FBst0003551 |LS(2)DTD125, net[1]//DS(2)DTD125, FBal0001342==bw[1] sp[1] |FBst0003589 |rk[1] cn[1] FBal0001342==bw[1] |FBst0003595 |b[1] Gli[1] pr[1] cn[1] bw[1]/CyO |FBst0003596 |b[1] l(2)35De[AS64] pr[1] cn[1] bw[1]/CyO |FBst0003597 |b[1] l(2)35Di[RAR8] pr[1] cn[1] bw[1]/CyO |FBst0003599 |b[1] Cyp303a1[AS96] pr[1] cn[1] wx[wxt] bw[1]/CyO |FBst0003600 |b[1] heix[1] pr[1] cn[1] wx[wxt] bw[1]/CyO |FBst0003606 |b[1] crp[RAR46] pr[1] cn[1] bw[1]/CyO |FBst0003620 |b[1] mRpL4[1] pr[1] cn[1] wx[wxt] bw[1]/CyO |FBst0003632 |Df(2L)pr-A14, cn[1] bw[1]/SM5 |FBst0003645 |b[1] Syx5[AR113] pr[1] cn[1] wx[wxt] bw[1]/CyO |FBst0003662 |l(2)22Fd[T26] cn[1] FBal0001342==bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] |FBst0003665 |nrd[D46] cn[1] FBal0001342==bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] |FBst0003723 |cn[1] FBal0001342==bw[1] mus204[A1] |FBst0003784 |Df(2L)TW158, cn[1] bw[1]/CyO |FBst0003794 |cn[1] pom[HM3] bw[1]/CyO |FBst0003807 |C(1)RM, y[2] su(w[a])[1] w[a] bb[-]/0/C(1;Y)1, y[1] y[+]; dp[olv] wg[Sp-1] cn[1]/In(2L)Cy, S[2] Cy[1] cn[1] FBal0001342==bw[1] sp[1] |FBst0003899 |TfIIS[2] bw[1]/CyO |FBst0003900 |b[1] esg[35Ce-1] l(2)CA61[VS] pr[1] cn[1] bw[1]/SM5 |FBst0003911 |Df(2L)D20, l(2)22Fd[D20] nrd[D20] cn[1] FBal0001342==bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] |FBst0003912 |l(2)23Ab[T71] cn[1] FBal0001342==bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] |FBst0003913 |l(2)23AB3[T63] cn[1] FBal0001342==bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] |FBst0003914 |Hrs[D28] cn[1] FBal0001342==bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] |FBst0003915 |l(2)23AB2[T21] cn[1] FBal0001342==bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] |FBst0003916 |l(2)23AB4[T60] cn[1] FBal0001342==bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] |FBst0003917 |aph-1[D35] cn[1] FBal0001342==bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] |FBst0003919 |cos[5] cn[1] FBal0001342==bw[1] sp[1]/CyO, Df(2R)cn-S6 |FBst0003920 |Df(2R)Drl[rv3], bw[1]/SM6a |FBst0003983 |cn[1] mam[2] FBal0001342==bw[1] sp[1]/CyO |FBst0003984 |cn[1] vg[21-3] FBal0001342==bw[1] |FBst0003995 |pi[[2]]/CyO, amos[Roi-1] cn[2P] FBal0001342==bw[1]

|FBst0004046 |R(1)2, f[1]/R(Y)bw[+]; FBal0001342==bw[1] |FBst0004047 |R(Y)bw[+]; FBal0001342==bw[1] |FBst0004079 |chif[1] cn[1] sca[1] FBal0001342==bw[1] sp[1]/CyO |FBst0004118 |Tp(2;3)DX11, l(2)43Bb[3] cn[1] FBal0001342==bw[1] sp[1]/CyO, Tp(2;2)pk-sple[26], pk[pk-sple-26] |FBst0004119 |l(2)43Ba[3] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0004121 |l(2)43Cc[4] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0004130 |In(2R)DX8, Dscam[17] cn[1] FBal0001342==bw[1] sp[1]/CyO, Tp(2;2)pk-sple[26], pk[pk-sple-26] |FBst0004198 |cn[1] Asx[1] FBal0001342==bw[1] sp[1]/CyO |FBst0004199 |cn[1] FBal0001342==bw[1] sp[1] zip[1]/CyO |FBst0004200 |cn[1] Psc[1] FBal0001342==bw[1] sp[1]/CyO |FBst0004236 |w[-]; mei-41[D5]/Basc; cn[1] FBal0001342==bw[1] |FBst0004241 |y[1]; F(2L)1, dp[ov1]/F(2R)1, FBal0001342==bw[1] |FBst0004256 |v[1]; bw[1]; sey[1] |FBst0004257 |y[1]; bw[1]/pal[1]; mei-S282[1]/TM2 |FBst0004258 |C(1;Y)1, y[1]/0; bw[1]; e[4]; ci[1] ey[R] |FBst0004260 |C(1)DX, y[1] f[1]; bw[1]; e[4]; ci[1] ey[R] |FBst0004273 |b[1] dac[1] pr[1] cn[1] wx[wxt] bw[1]/CyO |FBst0004274 |twe[1] cn[1] bw[1]/CyO |FBst0004275 |b[1] Ca-alpha1D[X7] pr[1] cn[1] wx[wxt] bw[1]/CyO |FBst0004279 |cn[1] FBal0001342==bw[1] sp[1]; kar[2] mesA[1]/MRS |FBst0004286 |scra[8] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0004288 |nec[10] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0004297 |Df(2R)nap19, cn[1] bw[1]/Dp(2;2)BG, In(2LR)Gla, wg[Gla-1] DNApol-gamma35[2] |FBst0004361 |y[1]; bw[1]; e[4]; ci[1] ey[R] |FBst0004381 |bw[1]; Rop[G27] st[1]/TM6B, Tb[+] |FBst0004455 |cn[1] FBal0001342==bw[1] sp[1] |FBst0004468 |Tp(2;Y)b10-12, cn[1] bw[1]/CyO |FBst0004518 |Dp(2;2)Cam6, cn[1] bw[1]/CyO |FBst0004520 |Dp(2;2)Cam10, (al[1]) dp[ov1] b[1] noc[TE35B] pr[1] cn[1] bw[1]/CyO, Df(2L)noc20 |FBst0004521 |Dp(2;2)Cam5, FBal0001342==bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] Bc[1] Egfr[E1] ap[*] cn[1] FBal0001342==bw[1] |FBst0004713 |grk[3] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0004744 |Dp(2;2)Cam17, dpp[d-ho] cn[1] bw[1]/CyO |FBst0004747 |b[1] l(2)35Df[1] pr[1] cn[1] bw[1]/CyO |FBst0004756 |l(2)35Df[HL58] cn[1] bw[1]/CyO |FBst0004957 |Df(2R)50C-101, al[1] b[1] cn[1]/CyO, amos[Roi-1] FBal0001342==bw[1] |FBst0004968 |aub[QC42] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0004969 |cn[1] bie[RO64] bw[1]/CyO, l(2)DTS513[1] |FBst0004970 |blc[WE] cn[1] FBal0001342==bw[1] sp[1]/CyO, l(2)DTS513[1] |FBst0004971 |bot[QI] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0004972 |cn[1] cha[HB] bw[1]/CyO, l(2)DTS513[1] |FBst0004973 |cn[1] clo[1] FBal0001342==bw[1] sp[1]/CyO, l(2)DTS513[1] |FBst0004974 |cort[QW55] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0004975 |crib[HD] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0004976 |cn[1] crpe[PZ3] bw[1]/CyO, l(2)DTS513[1] |FBst0004977 |cn[1] cuff[3] FBal0001342==bw[1] sp[1]/CyO, l(2)DTS513[1] |FBst0004978 |cup[1] cn[1] FBal0001342==bw[1] sp[1]/CyO, l(2)DTS513[1] |FBst0004979 |del[3] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0004980 |drg[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0004981 |cn[1] eay[1] bw[1]/CyO, l(2)DTS513[1] |FBst0004982 |cn[1] frh[1] bw[1]/CyO, l(2)DTS513[1] |FBst0004983 |cn[1] dup[PA77] bw[1]/CyO, l(2)DTS513[1] |FBst0004984 |cn[1] fs(2)51Fb[QL46] bw[1]/CyO, l(2)DTS513[1] |FBst0004985 |cn[1] fs(2)abc[PL63] bw[1]/CyO, l(2)DTS513[1] |FBst0004986 |fs(2)eo1[PV30] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0004987 |tj[PL3] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0004988 |fs(2)eo3[RV64] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0004989 |cn[1] fs(2)eo4[PB6] bw[1]/CyO, l(2)DTS513[1] |FBst0004990 |cn[1] fs(2)eo5[WP19] bw[1]/CyO, l(2)DTS513[1] |FBst0004992 |cn[1] FBal0001342==bw[1] fs(2)eo7[PP22]/CyO, l(2)DTS513[1] |FBst0004993 |fs(2)lto1[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0004994 |Fs(2)Ket[lto2-1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0004995 |fs(2)lto3[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0004997 |cn[1] mama[lto5] bw[1]/CyO, l(2)DTS513[1] |FBst0004998 |vas[*] cn[1] fs(2)ltoAHE1[AHE1] bw[1]/CyO, l(2)DTS513[1] |FBst0004999 |squ[*] cn[1] FBal0001342==bw[1] fs(2)ltoAHK35[AHK35]/CyO, l(2)DTS513[1] |FBst0005000 |cn[1] bie[*] FBal0001342==bw[1] fs(2)ltoAPV63[APV63]/CyO, l(2)DTS513[1] |FBst0005001 |cn[1] FBal0001342==bw[1] fs(2)ltoDC37[DC37]/CyO, l(2)DTS513[1] |FBst0005002 |fs(2)ltoDG25[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005003 |fs(2)ltoHC44[HC44] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005004 |cn[1] fs(2)ltoHE41[HE41] bw[1]/CyO, l(2)DTS513[1] |FBst0005005 |fs(2)ltoHL22[HL22] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005006 |cn[1] FBal0001342==bw[1] fs(2)ltoHM11[HM11]/CyO, l(2)DTS513[1] |FBst0005007 |fs(2)ltoPI23[PI23] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005008 |fs(2)ltoQE45[QE45] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005009 |fs(2)ltoQZ47[QZ47] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005010 |fs(2)ltoRG3[RG3] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005011 |vas[RJ36] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005012 |cn[1] FBal0001342==bw[1] fs(2)ltoRM7[RM7]/CyO, l(2)DTS513[1] |FBst0005013 |cact[RN48] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005014 |fs(2)ltoRN73[RN73] cn[1] bw[1]/SM5 |FBst0005015 |fs(2)ltoRU26[RU26] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005016 |fs(2)ltoRV64[RV64] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005017 |cn[1] fs(2)ltoWi42[Wi42] bw[1]/CyO, l(2)DTS513[1] |FBst0005018 |cn[1] grau[QQ36] bw[1]/CyO, l(2)DTS513[1] |FBst0005019 |gou[RI33] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005020 |cn[1] luc[QG] bw[1]/CyO, l(2)DTS513[1] |FBst0005021 |cn[1] mat(2)cell-B[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005022 |cn[1] mat(2)cell-C[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005023 |mat(2)cell-D[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005024 |cn[1] mat(2)cell-E[1] bw[1]/SM5 |FBst0005025 |mat(2)cell-G[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005026 |cn[1] mat(2)cell-I[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005027 |mat(2)cell-J[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005028 |mat(2)cell-K[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005029 |cn[1] mat(2)cell-L[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005030 |cn[1] mat(2)ea-A[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005031 |cn[1] mat(2)ea-B[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005032 |cn[1] mat(2)ea-C[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005033 |cn[1] mat(2)ea-D[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005034 |pie[QM47] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005035 |mat(2)ea-F[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005036 |mat(2)ea-H[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005037 |cn[1] mat(2)N[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005038 |mat(2)syn-B[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005039 |cn[1] cnn[HK21] bw[1]/CyO, l(2)DTS513[1] |FBst0005040 |cn[1] mat(2)syn-D[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005041 |mat(2)syn-E[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005042 |cn[1] mat(2)syn-G[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005043 |mat(2)syn-H[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005044 |mat(2)syn-I[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005084 |Df(2L)pr-M1, dp[ov1] bw[1]/CyO |FBst0005092 |cn[1] hal[DB48] bw[1]/CyO, l(2)DTS513[1] |FBst0005093 |mat(2)cell-F[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005094 |capu[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005095 |mdy[QX25] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005096 |cn[1] misp[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005097 |mln[PP41] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005098 |okr[RU] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005099 |cn[1] prat[PD] bw[1]/CyO, l(2)DTS513[1] |FBst0005100 |pre[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005101 |cn[1] qui[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005102 |rags[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005103 |ray[QN54] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005104 |rem[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005105 |reti[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005106 |cn[1] FBal0001342==bw[1] retn[RO44]/CyO, l(2)DTS513[1] |FBst0005107 |cn[1] rubb[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005108 |sat[SC46] cn[1] bw[1]/CyO, P{ry[+t7.2]=sevRas1.V12}FK1 |FBst0005109 |cn[1] FBal0001342==bw[1] shu[2] sp[1]/CyO, l(2)DTS513[1] |FBst0005110 |cn[1] shy[RU] bw[1]/CyO, l(2)DTS513[1] |FBst0005111 |cn[1] sie[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005112 |slip[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005113 |spir[1] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005114 |squ[PP32] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005115 |cn[1] stl[1] FBal0001342==bw[1] sp[1]/CyO, l(2)DTS513[1] |FBst0005116 |cn[1] stop[1] FBal0001342==bw[1] sp[1]/CyO, l(2)DTS513[1] |FBst0005117 |cn[1] sub[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005118 |Vm26Ab[QJ42] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005119 |cn[1] war[RU10] bw[1]/CyO, l(2)DTS513[1] |FBst0005120 |zuc[RS49] cn[1] bw[1]/CyO, l(2)DTS513[1] |FBst0005122 |Df(2R)50C-21, bw[1]/CyO, amos[Roi-1] cn[2P] FBal0001342==bw[1] |FBst0005123 |Df(2R)50C-43, al[1] b[1] cn[1]/CyO, amos[Roi-1] cn[2P] FBal0001342==bw[1] |FBst0005124 |cn[1] Cp1[llcnbw38] bw[1]/CyO |FBst0005155 |bw[1]; Awh[63Ea-E12] st[1]/TM6B, Tb[1] |FBst0005156 |bw[1]; Awh[63Ea-G14] st[1]/TM6B, Tb[1] |FBst0005157 |bw[1]; RfC40[A18] st[1]/TM6B, Tb[1] |FBst0005158 |bw[1]; RfC40[B6] st[1]/TM6B, Tb[1] |FBst0005159 |bw[1]; dib[B17] st[1]/TM6B, Tb[1] |FBst0005160 |bw[1]; Sc2[A4] st[1]/TM6B, Tb[+] |FBst0005161 |bw[1]; Sc2[F9] st[1]/TM6B, Tb[+] |FBst0005162 |bw[1]; l(3)63Ec[F15] st[1]/TM6B, Tb[1] |FBst0005163 |bw[1]; l(3)63Ed[A11] st[1]/TM6B, Tb[1] |FBst0005164 |bw[1]; l(3)63Ed[D6] st[1]/TM6B, Tb[+] |FBst0005165 |bw[1]; l(3)63Ee[E1] st[1]/TM6B, Tb[1] |FBst0005166 |bw[1]; l(3)63Fa[D9] st[1]/TM6B, Tb[+] |FBst0005167 |bw[1]; ida[B4] st[1]/TM6B, Tb[+] |FBst0005168 |bw[1]; ida[D14] st[1]/TM6B, Tb[1] |FBst0005169 |bw[1]; mge[A1] st[1]/TM6B, Tb[1] |FBst0005170 |bw[1]; mge[B10] st[1]/TM6B, Tb[1] |FBst0005171 |bw[1]; l(3)63Fd[A21] st[1]/TM3, Sb[1] |FBst0005172 |bw[1]; l(3)63Fd[C16] st[1]/TM6B, Tb[1] |FBst0005173 |bw[1]; wit[A12] st[1]/TM6B, Tb[1] |FBst0005174 |bw[1]; wit[B11] st[1]/TM6B, Tb[1] |FBst0005175 |bw[1]; l(3)64Ab[A10] st[1]/TM6B, Tb[1] |FBst0005176 |bw[1]; l(3)64Ab[D2] st[1]/TM6B, Tb[1] |FBst0005177 |bw[1]; l(3)64Ae[A24] st[1]/TM6B, Tb[1] |FBst0005178 |bw[1]; l(3)64Ae[B1] st[1]/TM3, Sb[1] |FBst0005179 |bw[1]; l(3)64Ae[C5] st[1]/TM3, Sb[1] |FBst0005180 |bw[1]; l(3)64Ag[B3] st[1]/TM3, Sb[1] |FBst0005181 |bw[1]; l(3)64Ag[C8] st[1]/TM3, Sb[1] |FBst0005182 |bw[1]; nab[A23] st[1]/TM6B, Tb[1] |FBst0005183 |bw[1]; nab[G26] st[1]/TM6B, Tb[1] |FBst0005184 |bw[1]; Faa[A9] st[1]/TM6B, Tb[1] |FBst0005185 |bw[1]; Faa[B5] st[1]/TM6B, Tb[1] |FBst0005186 |bw[1]; Gad1[A8] st[1]/TM6B, Tb[+] |FBst0005187 |bw[1]; Gad1[B9] st[1]/TM6B, Tb[+] |FBst0005196 |dp[ov1] cn[1] FBal0001342==bw[1] l(2)60A-O[3-68]/SM6a |FBst0005197 |dp[ov1] cn[1] FBal0001342==bw[1] l(2)60A-O[3-184]/SM6a |FBst0005202 |dp[ov1] cn[1] FBal0001342==bw[1] l(2)60Ai[4-173]/SM6a |FBst0005203 |dp[ov1] cn[1] FBal0001342==bw[1] l(2)60A-K[P8-61]/SM6a |FBst0005204 |dp[ov1] cn[1] FBal0001342==bw[1] l(2)60A-K[P18-110]/SM6a |FBst0005205 |dp[ov1] cn[1] FBal0001342==bw[1] l(2)60A-L[P4-111]/SM6a |FBst0005207 |dp[ov1] cn[1] FBal0001342==bw[1] l(2)60A-C[Ad-4]/SM6a |FBst0005208 |dp[ov1] cn[1] FBal0001342==bw[1] l(2)60A-A[P14-73]/SM6a |FBst0005212 |dp[ov1] cn[1] FBal0001342==bw[1] l(2)60Ah[12-68]/SM6a |FBst0005216 |dp[ov1] cn[1] FBal0001342==bw[1] l(2)60A-E[3-106]/SM6a |FBst0005217 |dp[ov1] cn[1] FBal0001342==bw[1] l(2)60A-E[2-30]/SM6a |FBst0005218 |dp[ov1] cn[1] FBal0001342==bw[1] l(2)60A-B[P14-200]/SM6a |FBst0005219 |dp[ov1] cn[1] FBal0001342==bw[1] l(2)60A-B[P17-30]/SM6a |FBst0005222 |dp[ov1] cn[1] FBal0001342==bw[1] l(2)60A-D[2-198]/SM6a |FBst0005223 |dp[ov1] cn[1] FBal0001342==bw[1] l(2)60A-D[3-109]/SM6a |FBst0005283 |bsk[2] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0005314 |Fs(2)Ket[RX3] lt[1] bw[1]/In(2LR)Gla, wg[Gla-1] |FBst0005319 |l(2)38EFa[2] dp[ov1] bw[1]/CyO |FBst0005320 |l(2)38EFb[8] dp[ov1] bw[1]/CyO |FBst0005321 |l(2)38EFd[15] dp[ov1] bw[1]/CyO |FBst0005322 |l(2)38Ea[36] dp[ov1] bw[1]/CyO |FBst0005323 |y[1] w[*]; l(2)38Db[52] dp[ov1] bw[1]/CyO, y[+] |FBst0005324 |y[1] w[*]; l(2)38Ea[66] dp[ov1] bw[1]/CyO, y[+] |FBst0005325 |y[1] w[*]; l(2)38Eb[51] dp[ov1] bw[1]/CyO, y[+] |FBst0005326 |y[1] w[*]; l(2)38Eb[54] dp[ov1] bw[1]/CyO, y[+] |FBst0005405 |y[1] w[*]; ft[4] or[1]/In(2L)Cy, In(2R)Cy, amos[Roi-1] cn[2] FBal0001342==bw[1] or[1] sp[2] |FBst0005406 |y[1] w[*]; ft[8] dp[ovN] or[1]/In(2L)Cy, In(2R)Cy, amos[Roi-1] cn[2] FBal0001342==bw[1] or[1] sp[2] |FBst0005423 |Df(2R)Np4, bw[1]/CyO |FBst0005455 |frtz[1] FBal0001342==bw[1] |FBst0005487 |cn[1] FBal0001342==bw[1] Hsf[2]/CyO |FBst0005488 |cn[1] FBal0001342==bw[1] Hsf[3]/CyO |FBst0005489 |cn[1] FBal0001342==bw[1] Hsf[4] |FBst0005490 |cn[1] FBal0001342==bw[1] Hsf[4]; P{w[+mC]=Hsf[+t8]}1/TM3, Sb[1] Ser[1] |FBst0005551 |T(2;3)Psc[1.d20], cn[1] Psc[1.d20] bw[1]/CyO |FBst0005585 |RFeSP[M73] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0005718 |l(2)23CDa[A1-6] cn[1] bw[1]/CyO |FBst0005719 |l(2)23CDb[A1-5] cn[1] bw[1]/CyO |FBst0005720 |l(2)23CDc[A1-4] cn[1] bw[1]/CyO |FBst0005721 |l(2)23CDd[A9-3] cn[1] bw[1]/CyO |FBst0005722 |l(2)23CDe[A8-1] cn[1] bw[1]/CyO |FBst0005723 |l(2)23CDf[A13-1] cn[1] bw[1]/CyO |FBst0005724 |l(2)23Dc[A16-1] cn[1] bw[1]/CyO |FBst0005726 |lilli[A17-2] cn[1] bw[1]/CyO |FBst0005727 |l(2)23Cd[A7-4] cn[1] bw[1]/CyO |FBst0005728 |l(2)23Ce[A6-2] cn[1] bw[1]/CyO |FBst0005729 |l(2)23Da[A5-2] cn[1] bw[1]/CyO |FBst0005730 |l(2)23Db[A18-1] cn[1] bw[1]/CyO |FBst0005737 |toc[A1-1] cn[1] bw[1]/CyO |FBst0005752 |w[*]; P{w[+mW.hs]=FRT(w[hs])}G13 FBal0001342==bw[1] sp[1] |FBst0005799 |EcR[A483T] cn[1] bw[1]/SM6b |FBst0005869 |Df(2L)FCK-20, dp[ov1] bw[1]/CyO, P{ry[+t7.2]=sevRas1.V12}FK1 |FBst0005870 |msl-1[gamma216] cn[1] bw[1]/CyO |FBst0005871 |msl-2[227] bw[1]/CyO |FBst0005873 |mle[9] cn[1] bw[1]/CyO |FBst0005879 |Df(2R)BSC3, w[+mC] unch[k15501] cn[1] FBal0001342==bw[1] sp[1]/SM6a, bw[k1] |FBst0005899 |b[1] l(2)42Cd[447] pr[1] cn[1] bw[1]/In(2LR)Gla, wg[Gla-1] Bc[1] Egfr[E1] ap[*] cn[1] FBal0001342==bw[1] |FBst0006044 |b[1] pr[1] fs(2)PC4-U[133] cn[1] wx[wxt] bw[1]/CyO |FBst0006045 |b[1] pr[1] l(2)PC4-A[139] cn[1] wx[wxt] bw[1]/CyO, P{ry[+t7.2]=sevRas1.V12}FK1 |FBst0006046 |b[1] pr[1] l(2)PC4-B[110] cn[1] wx[wxt] bw[1]/CyO |FBst0006047 |b[1] pr[1] l(2)PC4-D[202] cn[1] wx[wxt] bw[1]/CyO |FBst0006048 |b[1] pr[1] l(2)PC4-E[119] cn[1] wx[wxt] bw[1]/CyO |FBst0006049 |b[1] pr[1] l(2)PC4-F[198] cn[1] wx[wxt] bw[1]/CyO, P{ry[+t7.2]=sevRas1.V12}FK1 |FBst0006050 |b[1] pr[1] l(2)PC4-G[223] cn[1] wx[wxt] bw[1]/CyO |FBst0006051 |b[1] pr[1] l(2)PC4-K[363] cn[1] wx[wxt] bw[1]/CyO |FBst0006052 |b[1] pr[1] l(2)PC4-M[420] cn[1] wx[wxt] bw[1]/CyO |FBst0006053 |b[1] pr[1] l(2)PC4-Q[267] cn[1] wx[wxt] bw[1]/CyO |FBst0006058 |Df(2L)A72, b[1] cn[1] bw[1]/CyO, Adh[nB] |FBst0006059 |Df(2L)A220, b[1] cn[1] bw[1]/CyO, Adh[nB] |FBst0006060 |Df(2L)A245, b[1] cn[1] bw[1]/CyO, Adh[nB] |FBst0006061 |Df(2L)A260, b[1] cn[1] bw[1]/CyO, Adh[nB] |FBst0006062 |Df(2L)A263, b[1] cn[1] bw[1]/CyO, Adh[nB] |FBst0006063 |Df(2L)A267, b[1] cn[1] bw[1]/CyO, Adh[nB] |FBst0006064 |Df(2L)A446, Dp(2;2)A446, b[1] cn[1] bw[1]/CyO, Adh[nB] |FBst0006073 |Df(2L)TW119, cn[1] bw[1]/CyO |FBst0006074 |Df(2L)TW150, cn[1] bw[1]/CyO |FBst0006079 |Df(2L)noc10, b[1] cn[1] bw[1]/CyO |FBst0006080 |Df(2L)noc11, b[1] cn[1] bw[1]/CyO |FBst0006090 |Df(2R)G75, bw[1]/CyO |FBst0006091 |Df(2R)Np1, bw[1]/CyO |FBst0006092 |Df(2L)b80e3, Dp(2;2)GYS, pr[1] bw[1]/CyO |FBst0006107 |Pa[1], cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0006111 |Df(2L)A217, b[1] cn[1] bw[1]/In(2LR)Gla, wg[Gla-1] |FBst0006147 |Df(2R)twi, b[1] pr[1] cn[1] bw[1]/CyO |FBst0006148 |Df(2R)tid, b[1] Kr[If-1]/CyO, FBal0001342==bw[1] |FBst0006222 |b[1] pr[1] l(2)PC4-P[41] cn[1] wx[wxt] bw[1]/CyO |FBst0006223 |Df(2L)A266, b[1] cn[1] bw[1]/CyO, Adh[nB] |FBst0006224 |Df(2L)cl2, cl[2] Adh[nC1] cn[1] bw[1]/CyO |FBst0006266 |T(2;3;4)CA4, Df(2L)A400, b[1] cn[1] bw[1]/CyO, Adh[nB] |FBst0006273 |l(2)IIJ59[1] cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0006275 |cn[1] thr[3] FBal0001342==bw[1] sp[1]/CyO |FBst0006276 |Df(2R)Egfr3, cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0006284 |y[1] w[*]; cn[1] FBal0001342==bw[1] enok[1]/SM6b |FBst0006285 |y[1] w[*]; cn[1] FBal0001342==bw[1] enok[2]/SM6b |FBst0006339 |P{ry[+t7.2]=neoFRT}42D FBal0001342==bw[1] G-salpha60A[B19]/SM6b, P{eve-lacZ8.0}SB1 |FBst0006340 |P{ry[+t7.2]=neoFRT}42D FBal0001342==bw[1] G-salpha60A[R60]/SM6b, P{eve-lacZ8.0}SB1 |FBst0006473 |w[1]; dpp[s1] Gdi[AF160] b[1] cn[1] bw[1]/SM1 |FBst0006474 |dpp[s1] l(2)DA2[M373] b[1] cn[1] bw[1]/SM1 |FBst0006475 |dpp[s1] l(2)K152[1] b[1] cn[1] bw[1]/SM1 |FBst0006476 |dpp[s1] l(2)I46[I46] b[1] cn[1] bw[1]/SM1 |FBst0006477 |dpp[s1] l(2)30Ba[K2] b[1] cn[1] bw[1]/SM1 |FBst0006481 |dpp[s1] l(2)B73[1] b[1] cn[1] bw[1]/SM1 |FBst0006482 |Df(2R)l4, cn[1] bw[1]/CyO |FBst0006483 |cn[1] l(2)51Ea[l7] bw[1]/CyO |FBst0006484 |cn[1] l(2)51Ea[l19] bw[1]/CyO |FBst0006485 |cn[1] l(2)51Ea[l25] bw[1]/CyO, P{ry[+t7.2]=en1}wg[en11] |FBst0006501 |cn[1] Egfr[tsla] bw[1]/T(2;3)TSTL, CyO: TM6B, Tb[1] |FBst0006508 |y[1] w[1]; drm[6] cn[1] FBal0001342==bw[1] sp[1]/CyO, P{w[+mC]=GAL4-Kr.C}DC3, P{w[+mC]=UAS-GFP.S65T}DC7 |FBst0006510 |l(2)24Ae[5-77] cn[1] FBal0001342==bw[1] sp[1]/SM6b |FBst0006511 |l(2)24Aa[1-9] cn[1] FBal0001342==bw[1] sp[1]/SM6b |FBst0006512 |l(2)24Ab[1-10] cn[1] FBal0001342==bw[1] sp[1]/SM6b |FBst0006513 |l(2)24Ad[5-58] cn[1] FBal0001342==bw[1] sp[1]/SM6b |FBst0006514 |l(2)24Ac[5-25] cn[1] FBal0001342==bw[1] sp[1]/SM6b |FBst0006515 |l(2)24Ae[5-38] cn[1] FBal0001342==bw[1] sp[1]/SM6b |FBst0006520 |cn[1] l(2)57Bd[1] FBal0001342==bw[1] sp[1]/SM1 |FBst0006522 |cn[1] l(2)57Cc[1] FBal0001342==bw[1] sp[1]/SM1 |FBst0006526 |cn[1] l(2)57Db[2] FBal0001342==bw[1] sp[1]/SM1 |FBst0006527 |cn[1] l(2)57Eb[1] FBal0001342==bw[1] sp[1]/SM1 |FBst0006528 |cn[1] l(2)57Ec[1] FBal0001342==bw[1] sp[1]/SM1 |FBst0006530 |Df(2R)F36, cn[1] bw[1]/SM1 |FBst0006532 |Df(2R)MP1, cn[1] bw[1]/SM1 |FBst0006534 |Df(2R)K11, FBal0001342==bw[1] sp[1]/SM1 |FBst0006536 |Df(2R)PF1, cn[1] FBal0001342==bw[1] sp[1]/SM1 |FBst0006537 |cn[1] l(2)44Fp[1] FBal0001342==bw[1] sp[1]/SM6a |FBst0006538 |cn[1] l(2)44Fl[1] FBal0001342==bw[1] sp[1]/SM6a |FBst0006539 |cn[1] l(2)44Fm[2] FBal0001342==bw[1] sp[1]/SM6a |FBst0006540 |cn[1] l(2)44Fn[1] FBal0001342==bw[1] sp[1]/SM6a |FBst0006541 |cn[1] l(2)44Fo[1] FBal0001342==bw[1] sp[1]/SM6a |FBst0006542 |cn[1] l(2)45An[1] FBal0001342==bw[1] sp[1]/SM6a |FBst0006543 |cn[1] l(2)45Ao[1] FBal0001342==bw[1] sp[1]/SM6a |FBst0006544 |cn[1] l(2)45Ap[1] FBal0001342==bw[1] sp[1]/SM6a |FBst0006545 |cn[1] l(2)45Aq[1] FBal0001342==bw[1] sp[1]/SM6a |FBst0006546 |cn[1] l(2)45As[1] FBal0001342==bw[1] sp[1]/SM6a |FBst0006547 |cn[1] cri[1] FBal0001342==bw[1] sp[1]/SM6a |FBst0006597 |w[1118]; tsu[EP567] FBal0001342==bw[1] sp[1]/SM5 |FBst0006609 |Df(2R)BSC19, cn[1] bw[1]/SM6a |FBst0006637 |CycE[AR95] cn[1] pr[1] FBal0001342==bw[1] wx[wxt]/CyO, P{ry[+t7.2]=ftz/lacB}E3 |FBst0006643 |w[*]; cdc2[B47] cn[1] bw[1]/CyO, P{ry[+t7.2]=ftz/lacB}E3 |FBst0006650 |Wnt4[EMS23] bw[1]/CyO, P{ry[+t7.2]=HB-lacZ}GS1 |FBst0006654 |l(2)27Ea[125] cn[1] bw[1]/SM5 |FBst0006763 |Df(2R)l13, cn[1] FBal0001342==bw[1] sp[1]/In(2LR)O, In(2LR)Gla, Cy[1] wg[Gla-1] |FBst0006810 |J[1] Cam[6c4] bw[1]/CyO, amos[Roi-1] FBal0001342==bw[1] |FBst0006811 |Cam[3c1] L[2]/CyO, amos[Roi-1] FBal0001342==bw[1] |FBst0006813 |Cam[4c1] L[2] bw[1]/CyO, amos[Roi-1] FBal0001342==bw[1] |FBst0006814 |Cam[5] L[2]/CyO, amos[Roi-1] FBal0001342==bw[1] |FBst0006917 |Df(2R)BSC29, cn[1] FBal0001342==bw[1] sp[1]/CyO |FBst0007000 |wg[l-12] cn[1] bw[1]/CyO |FBst0007034 |l(2)23CDa[A4-3] cn[1] bw[1]/CyO |FBst0007035 |l(2)23CDa[A14-6] cn[1] bw[1]/CyO |FBst0007036 |l(2)23CDf[A18-2] cn[1] bw[1]/CyO |FBst0007037 |l(2)23CDb[A3-2] cn[1] bw[1]/CyO |FBst0007038 |l(2)23CDd[A9-3] cn[1] bw[1]/CyO |FBst0007039 |toc[A1-7] cn[1] bw[1]/CyO |FBst0007040 |l(2)23Da[A9-4] cn[1] bw[1]/CyO |FBst0007041 |l(2)23Ce[A14-9] cn[1] bw[1]/CyO |FBst0007042 |l(2)23Ce[A15-2] cn[1] bw[1]/CyO |FBst0007043 |l(2)23CDd[A19-9] cn[1] bw[1]/CyO |FBst0007044 |l(2)23CDc[A14-4] cn[1] bw[1]/CyO |FBst0007045 |l(2)23Dd[A20-2] cn[1] bw[1]/CyO |FBst0007090 |cn[1] rib[2] bw[1]/CyO, P{ry[+t7.2]=ftz/lacB}E3 |FBst0007096 |dl[4] pr[1] cn[1] wx[wxt] bw[1]/CyO |FBst0007101 |trk[2] cn[1] bw[1]/CyO |FBst0007145 |Df(2R)BSC39, cn[1] bw[1]/SM6a, bw[k1] |FBst0007150 |cn[1] a[EM1] FBal0001342==bw[1] sp[1]/SM6b |FBst0007157 |Df(2R)NC9, cn[1] bw[1]/SM1 |FBst0007159 |Df(2R)NC32, cn[1] bw[1]/SM1 |FBst0007160 |Df(2R)NC73, cn[1] bw[1]/SM1 |FBst0007161 |Df(2R)NC89, cn[1] bw[1]/SM1 |FBst0007162 |Df(2R)NC109, cn[1] bw[1]/SM1 |FBst0007163 |Df(2R)NC138, cn[1] bw[1]/SM1 |FBst0007164 |Df(2R)NC207, cn[1] bw[1]/SM1 |FBst0007165 |Df(2R)NC219, cn[1] bw[1]/SM1 |FBst0007166 |Df(2R)NC228, cn[1] bw[1]/SM1 |FBst0007167 |l(2)IR3[NC1] cn[1] bw[1]/SM1 |FBst0007168 |l(2)NC14[NC54] cn[1] bw[1]/SM1 |FBst0007169 |l(2)NC19[NC19] cn[1] bw[1]/SM1 |FBst0007170 |l(2)NC28[NC28] cn[1] bw[1]/SM1 |FBst0007171 |l(2)NC30[NC30] cn[1] bw[1]/SM1 |FBst0007172 |l(2)NC37[NC37] cn[1] bw[1]/SM1 |FBst0007173 |l(2)NC38[NC38] cn[1] bw[1]/SM1 |FBst0007174 |l(2)NC38[NC173] cn[1] bw[1]/SM1 |FBst0007175 |l(2)NC47[NC84] cn[1] bw[1]/SM1 |FBst0007176 |l(2)NC70[NC70] cn[1] bw[1]/SM1 |FBst0007178 |w[*]; l(2)NC85[NC85] cn[1] bw[1]/CyO, P{w[+mC]=GAL4-Kr.C}DC3, P{w[+mC]=UAS-GFP.S65T}DC7 |FBst0007179 |l(2)NC85[NC117] cn[1] bw[1]/CyO, P{w[+mC]=GAL4-Kr.C}DC3, P{w[+mC]=UAS-GFP.S65T}DC7 |FBst0007180 |l(2)NC110[NC110] cn[1] bw[1]/SM1 |FBst0007181 |l(2)NC114[NC114] cn[1] bw[1]/SM1 |FBst0007182 |l(2)NC130[NC95] cn[1] bw[1]/SM1 |FBst0007183 |w[1118]; l(2)NC133[NC133] cn[1] bw[1]/CyO, P{ry[+t7.2]=sevRas1.V12}FK1 |FBst0007184 |l(2)NC139[NC139] cn[1] bw[1]/SM1 |FBst0007185 |w[1118]; l(2)NC148[NC148] cn[1] bw[1]/CyO, P{ry[+t7.2]=sevRas1.V12}FK1 |FBst0007186 |l(2)NC192[NC192] cn[1] bw[1]/SM1 |FBst0007187 |Nipped-A[NC186] cn[1] bw[1]/CyO, P{w[+mC]=GAL4-Kr.C}DC3, P{w[+mC]=UAS-GFP.S65T}DC7 |FBst0007188 |Nipped-A[NC116] cn[1] bw[1]/CyO, P{w[+mC]=GAL4-Kr.C}DC3, P{w[+mC]=UAS-GFP.S65T}DC7 |FBst0007256 |y[1]/Dp(1;Y)y[+]; Df(2R)3-70, cn[1]/CyO, FBal0001342==bw[1] |FBst0007257 |Df(2R)bw-WI320, cn[1] P{w[+t11.7] ry[+t7.2]=wA}3-1/CyO, FBal0001342==bw[1] |FBst0007259 |w[1118]; Df(2R)bw-WI379, cn[1] P{w[+t11.7] ry[+t7.2]=wA}3-1/CyO, FBal0001342==bw[1] |FBst0007264 |w[1118]; Df(2R)bw-WI3133, cn[1] P{w[+t11.7] ry[+t7.2]=wA}3-1/CyO, FBal0001342==bw[1] |FBst0007266 |w[1118]; Df(2R)WI327, cn[1]/CyO, FBal0001342==bw[1] |FBst0007268 |w[1118]; Df(2R)WI362, cn[1]/CyO, FBal0001342==bw[1] |FBst0007269 |w[1118]; Df(2R)WI3100, cn[1]/CyO, FBal0001342==bw[1] |FBst0007270 |w[1118]; Df(2R)WI3117, cn[1]/CyO, FBal0001342==bw[1] |FBst0007271 |w[1118]; Df(2R)WI3131, cn[1]/CyO, FBal0001342==bw[1] |FBst0007277 |cn[1] Dp[a1] FBal0001342==bw[1] sp[1]/CyO, FBal0001342==bw[1] |FBst0007320 |cn[1] sca[BP2] bw[1]/CyO |FBst0007436 |w[*]; E2f2[76Q1] cn[1] bw[1]/CyO, P{ry[+t7.2]=ftz/lacB}E3 |FBst0007446 |vls[2] cn[1] bw[1]/CyO |FBst0008111 |Df(2R)50C-102, P{w[+mC]=CaSpeR}Cp1[50C-102] bw[1]/CyO, amos[Roi-1] FBal0001342==bw[1] |FBst0008112 |Df(2R)50C-129, al[1] b[1] cn[1] P{w[+mC]=CaSpeR}Cp1[50C-129]/CyO, amos[Roi-1] FBal0001342==bw[1] |FBst0008113 |Df(2R)50C-36, al[1] b[1] cn[1] P{w[+mC]=CaSpeR}Cp1[50C-36]/CyO, amos[Roi-1] FBal0001342==bw[1] |FBst0008114 |Df(2R)50C-38, al[1] b[1] cn[1] P{w[+mC]=CaSpeR}Cp1[50C-38]/CyO, amos[Roi-1] FBal0001342==bw[1] |FBst0008118 |w[*]; cn[1] bw[1]/CyO; P{w[+mC]=Rh3-lacZ.PD}3/TM2 |FBst0008119 |w[*]; cn[1] bw[1]/CyO; P{w[+mC]=Rh5-lacZ.PD}3/TM2 |FBst0008120 |y[1] w[*]; cn[1] bw[1]/CyO; P{w[+mC]=Rh6-lacZ.PD}3/TM2 |FBst0008444 |mus212[ZII-1436], cn[1] bw[1]/CyO |FBst0008445 |mus212[ZII-4368], cn[1] bw[1]/CyO |FBst0008446 |mus213[ZII-1520], cn[1] bw[1]/CyO |FBst0008447 |mus213[ZII-6078], cn[1] bw[1]/CyO |FBst0008448 |mus214[ZII-2010], cn[1] bw[1]/CyO |FBst0008449 |mus215[ZII-2059], cn[1] bw[1]/CyO |FBst0008450 |mus216[ZII-5359], cn[1] bw[1]/CyO |FBst0008451 |mus217[ZII-5470], cn[1] bw[1]/CyO |FBst0008452 |mus219[ZII-5970], cn[1] bw[1]/CyO |FBst0008453 |bw[1]; mus314[ZIII-2504], st[1]/TM6B, Tb[1] |FBst0008454 |bw[1]; mus315[ZIII-2629], st[1]/TM6B, Tb[1] |FBst0008455 |bw[1]; mus316[ZIII-2640], st[1]/TM6B, Tb[+] |FBst0008456 |bw[1]; mus317[ZIII-4494], st[1]/TM6B, Tb[1] |FBst0008457 |bw[1]; mus318[ZIII-4681], st[1]/TM6B, Tb[+] |FBst0008458 |bw[1]; mus319[ZIII-5444], st[1]/TM6B, Tb[1] |FBst0008459 |bw[1]; mus320[ZIII-6025], st[1]/TM6B, Tb[1] |FBst0008460 |bw[1]; mus321[ZIII-708], st[1]/TM6B, Tb[1] |FBst0008461 |bw[1]; Snm1[ZIII-2589], st[1]/TM6B, Tb[1] |FBst0008462 |bw[1]; Snm1[ZIII-4709], st[1]/TM6B, Tb[1] |FBst0008463 |bw[1]; mus323[ZIII-2866], st[1]/TM6B, Tb[1] |FBst0008464 |bw[1]; mus324[ZIII-4325], st[1]/TM6B, Tb[1] |FBst0008465 |bw[1]; mus324[ZIII-5997], st[1]/TM6B, Tb[1] |FBst0008466 |bw[1]; mus325[ZIII-4708], st[1]/TM6B, Tb[1] |FBst0008467 |bw[1]; mus326[ZIII-4840], st[1]/TM6B, Tb[1] |FBst0008468 |bw[1]; mus327[ZIII-5906], st[1]/TM6B, Tb[1] |FBst0008517 |aub[HN] cn[1] bw[1]/CyO |FBst0008524 |okr[17-11] cn[1] bw[1]/CyO |FBst0008525 |okr[A19-10] cn[1] bw[1]/CyO |FBst0008539 |Dp(2;2)Cam3a, FBal0001342==bw[1] sp[1]/CyO, FBal0001342==bw[1] |FBst0008541 |Dp(2;2)Cam3c, bw[1]/CyO, FBal0001342==bw[1] |FBst0011297 |P{ry[+t7.2]=P-Sal}I16/C(1)DX, y[1] f[1]; bw[1]; st[1] |FBst0011298 |P{ry[+t7.2]=P-Sal}dm[P0]/C(1)DX, y[1] f[1]; bw[1]; st[1] |FBst0019373 |w[*]; PBac{GAL4D,EYFP}ck[PL00069] cn[1] bw[1]; P{w[+mW.hs]=FRT(w[hs])}2A P{ry[+t7.2]=neoFRT}82B |FBst0019394 |w[*]; PBac{GAL4D,EYFP}CG31732[PL00114] cn[1] bw[1]; P{w[+mW.hs]=FRT(w[hs])}2A P{ry[+t7.2]=neoFRT}82B |FBst0019468 |w[*]; PBac{GAL4D,EYFP}Slob[PL00361] Myo28B1[PL00361] cn[1] bw[1]; PBac{GAL4D,EYFP}PL00361 P{w[+mW.hs]=FRT(w[hs])}2A P{ry[+t7.2]=neoFRT}82B |FBst0019512 |w[*]; cn[1] PBac{GAL4D,EYFP}Prosap[PL00462] bw[1]; P{w[+mW.hs]=FRT(w[hs])}2A P{ry[+t7.2]=neoFRT}82B PBac{GAL4D,EYFP}CG31191[PL00462] |FBst0019535 |w[*]; PBac{GAL4D,EYFP}CG40181[PL00529] cn[1] FBal0001342==bw[1] |FBst0019574 |w[*]; PBac{GAL4D,EYFP}PL00629 cn[1] bw[1]; P{w[+mW.hs]=FRT(w[hs])}2A P{ry[+t7.2]=neoFRT}82B |FBst0200118 |cn[1] FBal0001342==bw[1] |FBst0200121 |j[1] FBal0001342==bw[1] |FBst0200122 |cy[1] cn[1] FBal0001342==bw[1] |FBst0200134 |j[1] cn[1] FBal0001342==bw[1] |FBst0200177 |bw[1] |FBst0200651 |bw[1] |FBst0201202 |j[1] cn[1] bw[1]; ir[1] |FBst1001754 |net[1] FBal0001342==bw[1] sp[1] |FBst1001755 |dp[*] FBal0001342==bw[1] |FBst1001758 |net[1] FBal0001342==bw[1] sp[1]; st[1] p[p] red[*] e[*] |FBst1001759 |dp[*] bw[1]; st[1] p[p] red[*] e[*] |FBst1001768 |Df(2L)bur-K1, net[+] FBal0001342==bw[1] sp[1], ry[+]/SM1 |FBst1001801 |Df(2L)FCK-20, salr[FCK-20], dp[*] bw[1]/CyO; (ry[506]) |FBst1001802 |T(2;3;4)FCK-25, salr[FCK-25], dp[*] bw[1]/CyO (ry[506], e) |FBst1001803 |T(2;3)FCK-68, salr[FCK-68], dp[*] bw[1]/CyO (ry[506]) |FBst1001804 |In(2L)FCK-73, salr[FCK-73], dp[*] bw[1]/CyO (ry[506] |FBst1001805 |salm[FCK-70], dp[*] bw[1]/CyO (ry[506]) |FBst1001810 |net[1] cn[N20] FBal0001342==bw[1] sp[1]/SM1 |FBst1001826 |A68, net[1] FBal0001342==bw[1] sp[1]; st[1] p[p] red[*] e[*]/T(2;3)en[ES] |FBst1001832 |Sp[1] cn[1] bw[1]/CyO |FBst1001842 |cn[1] FBal0001342==bw[1] |Total=685 REFDSR { RDID|FBrf0048677 |Dreesen et al. |1988 SYN|?{}bw1 ASAL|FBal0001342==bw1 CLOC|59E2-59E3 LOCB|genomic location inferred from flanking sequence } REFDSR { RDID|FBrf0148886 |FlyBase Genome Annotators |2002-2003 SYN|412{}878 |TE18870 } REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|412{}878 CLOC|59E2-59E3 LOCB|genomic location inferred from flanking sequence } REF { REFM|FBrf0048677 |Dreesen et al. |1988 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0148886 |FlyBase Genome Annotators |2002-2003 REFM|FBrf0155828 |Kaminker et al. |2002 } ALESR { ASYM|FBal0001342==bw1 REFDSR { RDID|FBrf0003911 |Beadle |1937 PHP|Malpighian tubule color: pale yellow. |Testes color: colorless. } REFDSR { RDID|FBrf0025065 |Phillips et al. |1973 PHP|Red pigments lacking. Xanthommatin mostly replaced by |dihydroxanthommatin. Pigment granules present but somewhat smaller than in |wild type. PHM|pigment granule } REFDSR { RDID|FBrf0054090 |Tearle |1991 PHP|Affects the formation of drosopterins and reduces level of ommochrome |in the eye. } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Eye color: brown. |Eye color: light brownish wine on emergence, darkening to garnet. |Eye color: white, with FBal0001731==cn1. |Eye color: white, with FBal0016127==st1. |Eye color: white, with FBal0017656==v1. PHM|pigment cell } REF { REFM|FBrf0003911 |Beadle |1937 REFM|FBrf0025065 |Phillips et al. |1973 REFM|FBrf0054090 |Tearle |1991 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0021964 ICL 1 412 SYM 1 412{}c(3)G1 ASTR 1 - CLOC 1 89A5 REF 1 2 DT 1 26 Mar 2002 RESZ 545 ID|FBti0021964 SYM|412{}c(3)G1 ASTP|FBtp0011409==412 DT|26 Mar 2002 |26 Mar 2002 ICL|412 ASGN|FBgn0000246==c(3)G SK|FBst0000606 |sp[2]; st[1] FBal0001458==c(3)G[1] ca[1]/TM1 |Total=1 REFDSR { RDID|FBrf0141539 |Page and Hawley |2001 SYN|412{}c(3)G1 ASAL|FBal0001458==c(3)G1 MU|spontaneous CLOC|89A5 |Insertion site LOCB|Proximity to gene: FBgn0000246==c(3)G } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0141539 |Page and Hawley |2001 } ALESR { ASYM|FBal0001458==c(3)G1 REFDSR { RDID|FBrf0006664 |LeClerc |1946 PHP|Somatic crossing over normal in homozygotes. } REFDSR { RDID|FBrf0017221 |Sandler |1965 PHP|Meiotic loss of ring chromosomes increased in FBal0001458==c(3)G1 females. } REFDSR { RDID|FBrf0017788 |Hinton |1966 PHP|Intergenic recombination increased in heterozygous females (see also FBrf0023885). } REFDSR { RDID|FBrf0019612 |Smith and King |1968 PHP|Both duration of meiotic prophase and number of 16-cell cysts per |germarium reduced in homozygous females. } REFDSR { RDID|FBrf0020571 |Roberts |1969 PHP|Heterochromatic interchanges inducible in oocytes of homozygous females |by X irradiation (see also FBrf0030974). } REFDSR { RDID|FBrf0020852 |Watson |1969 PHP|Oocytes of homozygous females show increased sensitivity to X |irradiation and lack the normally observed fractionation effect. } REFDSR { RDID|FBrf0024258 |Watson |1972 PHP|Increased sensitivity of FBal0001458==c(3)G1-bearing sperm from | FBal0001458==c(3)G1/+ males |to translocation induction. } REFDSR { RDID|FBrf0026745 |Haendle |1974 PHP|Reported to be deficient for one of two X-ray-induced reactions leading |to mitotic exchange. } REFDSR { RDID|FBrf0033924 |Semenov |1979 PHP|Somatic pairing normal in homozygotes. } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Synaptonemal complexes absent from oocytes. |Eliminates meiotic crossing over in homozygous females. First-division |nondisjunction and chromosome loss frequent (30% for X, 2 and 3; 20% for |4); second division normal; exceptions more frequent at 25oC than at |19oC. Production of triploids and intersexes 300-500 times normal. Egg |hatch very low. |No meiotic effects in homozygous males. |RK3. PHM|synaptonemal complex } REF { REFM|FBrf0006664 |LeClerc |1946 REFM|FBrf0017221 |Sandler |1965 REFM|FBrf0017788 |Hinton |1966 REFM|FBrf0019612 |Smith and King |1968 REFM|FBrf0020571 |Roberts |1969 REFM|FBrf0020852 |Watson |1969 REFM|FBrf0024258 |Watson |1972 REFM|FBrf0026745 |Haendle |1974 REFM|FBrf0033924 |Semenov |1979 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0025366 ICL 1 412 SYM 1 412{}Datlob ASTR 1 - CLOC 1 60B12--C1 REF 1 2 DT 1 7 Jul 2003 RESZ 715 ID|FBti0025366 SYM|412{}Datlob SYN|blastopia{}412{}Datlo ASTP|FBtp0011409==412 DT|7 Jul 2003 |7 Jul 2003 ICL|412 ID2|FBti0014836 ASGN|FBgn0019643==Dat SK|FBst0003193 |bw[1] FBal0002239==Dat[lo] |Total=1 REFDSR { RDID|FBrf0103242 |Brodbeck et al. |1998 SYN|412{}Datlob ASAL|FBal0002239==Datlo CLOC|60B12--C1 |Insertion site LOCB|Proximity to gene: FBgn0019643==Dat } REFDSR { RDID|FBrf0105495 |FlyBase |1992- CC|One of two insertions associated with this allele; see FBti0027408==flea{}Datloa. } REF { REFM|FBrf0103242 |Brodbeck et al. |1998 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0002239==Datlo REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Dopamine acetyltransferase activity low and relative thermolabile. |FBgn0019643==Dat+/Dat<up>lo</up> activity level intermediate | between those of the two |homozygous genotypes. } REFDSR { RDID|FBrf0126795 |Shaw et al. |2000 PHP|Homozygous flies do not differ from wild-type flies in the percentage |and distribution of rest and waking and show normal amounts and patterns |of activity. However, after 12 hours of rest deprivation during the |dark period, homozygous flies display a rest rebound that is greater |than in rest-deprived control flies. |FBal0002239==Datlo/FBab0002026==Df(2R)Px1 flies do not differ | from FBal0002239==Datlo homozygotes |or wild-type flies in the percentage and circadian distribution of |... (see FBal0002239==Datlo report) } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0126795 |Shaw et al. |2000 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014407 ICL 1 412 SYM 1 412{}ds1 ASTR 1 - CLOC 1 21E2 REF 1 2 DT 1 6 Jan 2000 RESZ 967 ID|FBti0014407 SYM|412{}ds1 ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0000497==ds SK|FBst0000285 |ds[1] ft[1] dp[v2] l(2)M[1] b[1] pr[1]/SM5 |FBst0000286 |ds[1] S[1] ft[G] b[1] pr[1]/In(2L)Cy, In(2R)Cy, al[2] Cy[1] lt[3] L[4] sp[2] |FBst0000296 |ex[1] FBal0003119==ds[1] S[X] ast[X]/SM1 |FBst0000355 |net[1] al[1] ex[1] FBal0003119==ds[1] S[1] ast[1] dpp[s1] dpp[d-ho] rub[1]/SM1 |FBst0001363 |ex[1] FBal0003119==ds[1] S[X] ast[X] dp[ol4] Cu[57] Pin[1]/In(2L)t, In(2R)Cy, amos[Roi-1] bw[45a] or[45a] sp[2] |FBst0003446 |In(2L)al[130], al[130] ds[1]/Df(2L)S3 |Total=6 REFDSR { RDID|FBrf0081626 |Clark et al. |1995 SYN|412{}ds1 ASAL|FBal0003119==ds1 MU|spontaneous CLOC|21E2 |Insertion site LOCB|Proximity to gene: FBgn0000497==ds } REF { REFM|FBrf0081626 |Clark et al. |1995 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0003119==ds1 REFDSR { RDID|FBrf0063388 |Curry |1939 PHP|FBal0028156==ds38k/FBal0003119==ds1 flies have an | extreme FBgn0000497==ds phenotype. } REFDSR { RDID|FBrf0081626 |Clark et al. |1995 PHP|Viable allele. In addition to 100% penetrant defects in leg, wing |and thorax, rough patches in the eye appear at low frequency. Anterior |crossvein is displaced posteriorly. PHM|leg |wing |thorax |eye |anterior crossvein } REFDSR { RDID|FBrf0101864 |Adler et al. |1998 PHP|Approximately half the wings of either | FBal0089339==dsUAO71/FBal0003119==ds1 or FBal0028155==ds33k/FBal0003119==ds1 |flies have a very weak tissue polarity phenotype, consisting of a couple |of multiple hair cells and/or a small region of polarity disruption |in the proximal part of the wing. PHM|wing hair |wing | proximal } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Wings shorter, blunter and broader; crossveins |uniformly very close together. Abdomen and legs |chunky. Slight dominance of close crossveins. Stronger |alleles may exhibit enhanced dominance, reduced |viability, female sterility, delayed emergence, widely |spaced scutellar bristles and erect costal bristles. |Strong interaction with FBgn0000410==d, FBgn0000658==fj and FBgn0000289==cg; double |... (see FBal0003119==ds1 report) } REF { REFM|FBrf0063388 |Curry |1939 REFM|FBrf0081626 |Clark et al. |1995 REFM|FBrf0101864 |Adler et al. |1998 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014135 ICL 1 412 SYM 1 412{}Est-60 ASTR 1 - CLOC 1 69A1 REF 1 2 DT 1 6 Jan 2000 RESZ 490 ID|FBti0014135 SYM|412{}Est-60 ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0000592==Est-6 SK|FBst0004211 |Est-6[0] Est-C[n] |Total=1 REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|412{}Est-60 ASAL|FBal0003848==Est-60 CLOC|69A1 |Insertion site LOCB|Proximity to gene: FBgn0000592==Est-6 } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } } # EOR TIR { RETE|ID 1 FBti0014451 ICL 1 412 SYM 1 412{}f3 ASTR 1 - CLOC 1 15F4--7 REF 1 2 DT 1 6 Jan 2000 RESZ 506 ID|FBti0014451 SYM|412{}f3 ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0000630==f SK|FBst0000163 |w[i] FBal0003945==f[3] bb[N] |Total=1 REFDSR { RDID|FBrf0064511 |Hoover et al. |1993 SYN|412{}f3 ASAL|FBal0003945==f3 MU|spontaneous CLOC|15F4--7 |Insertion site LOCB|Proximity to gene: FBgn0000630==f } REF { REFM|FBrf0064511 |Hoover et al. |1993 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0003945==f3 REFDSR { RDID|FBrf0064511 |Hoover et al. |1993 PHP|Weak FBgn0000630==f phenotype, macrochaetae are slightly bent. PHM|macrochaeta } REFDSR { RDID|FBrf0098231 |Dickinson and Thatcher |1997 PHP|Denticles of all rows display normal arrangement and polarity but they |are thin and sinuous ('goose-necked') compared with the stout hooks |seen in wild type. The normally stout triangular hairs near the anterior |margins of segments exhibit a similar phenotype. Longer hairs are |close to normal but typically are not as straight, uniformly tapered |and pointed as wild type. PHM|denticle belt } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|weak - macrochaetae slightly bent |not suppressed by su(f) |Slight allele of FBgn0000630==f. Ends of bristles twisted or split. |RK2. } REF { REFM|FBrf0064511 |Hoover et al. |1993 REFM|FBrf0098231 |Dickinson and Thatcher |1997 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014465 ICL 1 412 SYM 1 412{}ftG-rv ASTR 1 - CLOC 1 24D8 REF 1 4 DT 1 6 Jan 2000 RESZ 761 ID|FBti0014465 SYM|412{}ftG-rv ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0001075==ft SK|FBst0001894 |ft[G-rv]/SM5 |Total=1 REFDSR { RDID|FBrf0047838 |Bryant et al. |1988 PHC|lethal | embryonic | recessive } REFDSR { RDID|FBrf0053397 |Mahoney et al. |1991 SYN|412{}ftG-rv ASAL|FBal0004805==ftG-rv MU|spontaneous CLOC|24D8 |Insertion site LOCB|Proximity to gene: FBgn0001075==ft PHC|lethal | recessive } REFDSR { RDID|FBrf0128473 |Garoia et al. |2000 PHC|(with Df(2L)sc19-1) lethal | pupal } REF { REFM|FBrf0047838 |Bryant et al. |1988 REFM|FBrf0053397 |Mahoney et al. |1991 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0128473 |Garoia et al. |2000 } ALESR { ASYM|FBal0004805==ftG-rv REFDSR { RDID|FBrf0047838 |Bryant et al. |1988 PHP|Hemizygous FBal0004805==ftG-rv and transheterozygous | FBal0004805==ftG-rv/FBal0004804==ftG animals |die at the pupal stage and the larvae have overgrown discs. } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Does not show G phenotype. Does not exaggerate ft. |Lethal in combination with G. |RK2. } REFDSR { RDID|FBrf0128473 |Garoia et al. |2000 PHP|FBal0004805==ftG-rv/FBab0001905==Df(2L)sc19-1 larvae reach the | pupal stage at 7-9 days |and show hyperplastic discs. |FBal0035084==ftk07918/FBal0004805==ftG-rv larvae show | a delay in pupariation of 1-2 days |and have a maximal disc size similar to that of | FBal0035084==ftk07918 homozygotes. |Wing discs from FBal0004790==ft4/FBal0004805==ftG-rv | larvae are larger, they pupate at |7-9 days and die as pupae. |Somatic wing clones of homozygous FBal0004805==ftG-rv in a | FBal0011887==M(2)24F1 background |... (see FBal0004805==ftG-rv report) PHM|(with Df(2L)sc19-1) imaginal disc |wing | somatic clone |wing vein | somatic clone |wing & chaeta | somatic clone |mesothoracic tergum | somatic clone |mesothoracic tergum & chaeta | somatic clone } REFDSR { RDID|FBrf0146910 |Yang et al. |2002 PHP|About 50% of ommatidia within somatic clones in the adult eye frequently |have reversed dorsal ventral polarity. Occasional reversals of polarity |are also seen in wild-type ommatidia bordering the polar side of the |mutant tissue. |When homozygous mutant clones are made specifically in the equatorial |R3/R4 precursor, almost all (96%) of the consequent ommatidia are in |the reverse polarity. When clones are made specifically in the polar |... (see FBal0004805==ftG-rv report) PHM|ommatidium | somatic clone |ommatidium | somatic clone | cell non-autonomous |photoreceptor cell R3 | somatic clone |photoreceptor cell R4 | ectopic | somatic clone } REF { REFM|FBrf0047838 |Bryant et al. |1988 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0128473 |Garoia et al. |2000 REFM|FBrf0146910 |Yang et al. |2002 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014464 ICL 1 412 SYM 1 412{}ftG ASTR 1 - CLOC 1 24D8 REF 1 3 DT 1 6 Jan 2000 RESZ 734 ID|FBti0014464 SYM|412{}ftG ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0001075==ft ARGS|FBgn0001075 SK|FBst0000286 |ds[1] S[1] FBal0004804==ft[G] b[1] pr[1]/In(2L)Cy, In(2R)Cy, al[2] Cy[1] lt[3] L[4] sp[2] |Total=1 REFDSR { RDID|FBrf0047838 |Bryant et al. |1988 PHC|lethal | embryonic | recessive } REFDSR { RDID|FBrf0053397 |Mahoney et al. |1991 SYN|412{}ftG ASAL|FBal0004804==ftG MU|spontaneous CLOC|24D8 |Insertion site LOCB|Proximity to gene: FBgn0001075==ft PHC|lethal | recessive } REF { REFM|FBrf0047838 |Bryant et al. |1988 REFM|FBrf0053397 |Mahoney et al. |1991 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0004804==ftG REFDSR { RDID|FBrf0047838 |Bryant et al. |1988 PHP|Heterozygous adults have held out wings, and there are minor changes |in bristle pattern on the head. Transheterozygous combinations of |FBal0004804==ftG with FBal0004805==ftG-rv, | FBal0004794==ft8 or FBal0004787==ft1 produces larvae | with overgrown |discs that die at the pupal stage, with some exaggerated "fat" escapers |in the case of FBal0004787==ft1. PHM|wing } REFDSR { RDID|FBrf0053397 |Mahoney et al. |1991 PHP|Additional wild-type copies of the ft gene can suppress the characteristics |of the FBal0004804==ftG phenotype. } REFDSR { RDID|FBrf0098751 |Buratovich and Bryant |1997 PHP|Heterozygotes show outstretched wings. Homozygotes show overgrowth |of imaginal discs. PHM|wing |imaginal disc } REFDSR { RDID|FBrf0103357 |Saget et al. |1998 PHP|FBal0004804==ftG has no rescuing effect on | FBal0046151==mxcG48 or FBal0046149==mxcG43. } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Wings large, held out from sides at 45-90o angle, |curved downward and somewhat pointed. Vein L1 |thickened; crossveins closer together, sometimes |broken. Thoracic and vertical bristles duplicated in |majority of flies. G/ft has exaggerated ft phenotype. |Partially inhibited by ds/+ and much inhibited by |ds/ds. Homozygous lethal. |... (see FBal0004804==ftG report) } REF { REFM|FBrf0047838 |Bryant et al. |1988 REFM|FBrf0053397 |Mahoney et al. |1991 REFM|FBrf0098751 |Buratovich and Bryant |1997 REFM|FBrf0103357 |Saget et al. |1998 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014466 ICL 1 412 SYM 1 412{}fw1 ASTR 1 - CLOC 1 11A1 REF 1 2 DT 1 6 Jan 2000 RESZ 686 ID|FBti0014466 SYM|412{}fw1 ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0001083==fw SK|FBst0000141 |v[2] FBal0004898==fw[1] |FBst0000166 |w[t] FBal0004898==fw[1] |FBst0000901 |Df(1)svr, N[spl-1] ras[2] fw[1]/Dp(1;Y)y[2]67g19.1/C(1)DX, y[1] f[1] |Total=3 REFDSR { RDID|FBrf0091112 |Leshko-Lindsay and Corces |1997 SYN|412{}fw1 ASAL|FBal0004898==fw1 MU|spontaneous CLOC|11A1 |Insertion site LOCB|Proximity to gene: FBgn0001083==fw PHC|lethal | partially } REF { REFM|FBrf0091112 |Leshko-Lindsay and Corces |1997 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0004898==fw1 REFDSR { RDID|FBrf0063569 |Kaufman |1969 PHP|FBal0004910==fw68/FBal0004898==fw1 females have a FBgn0001083==fw | mutant phenotype. } REFDSR { RDID|FBrf0091112 |Leshko-Lindsay and Corces |1997 PHP|Deep furrows or folds in the retina of adult compound eyes. Ommatidial |pattern is severely disorganized, the ommatidia and interommatidial |bristles show altered morphology. Defects in the development of the |mechanosensory bristles including the macrochaetae (bristles shafts |shortened, gnarled or bent and have altered polarity), microchaetae |and bristles surrounding the eye. Shortened head and scutellum. |10% FBal0004898==fw1/FBab0000482==Df(1)KA10 female progeny have | wing defects; wings are |... (see FBal0004898==fw1 report) PHM|retina |ommatidium |interommatidial bristle |macrochaeta |microchaeta |eye & macrochaeta |adult head |scutellum } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Eyes with vertical fold and furrows. Head and scutellum shortened. |Bristles gnarled and shortened, especially the postscutellars. Best |classification character is short, blunt notopleurals. |Phenotype can become nearly wild type on inbreeding (Lefevre). |RK2. PHM|eye |head | adult |scutellum |notopleural bristle |macrochaeta |posterior scutellar bristle } REF { REFM|FBrf0063569 |Kaufman |1969 REFM|FBrf0091112 |Leshko-Lindsay and Corces |1997 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014842 ICL 1 412 SYM 1 412{}nub1 ASTR 1 - CLOC 1 33F1--2 REF 1 2 DT 1 6 Jan 2000 RESZ 706 ID|FBti0014842 SYM|412{}nub1 ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0002970==nub SK|FBst0000335 |nub[1] b[1] noc[Sco] lt[1] stw[3]/SM6b, P{ry[+t7.2]=eve-lacZ8.0}SB1 |FBst0000357 |nub[1] b[1] pr[1] |FBst0001444 |nub[1] b[1] rdo[1] hk[1] pr[1] cn[1] |FBst0003703 |w[1118]/Dp(1;Y)y[+]; CyO/nub[1] b[1] noc[Sco] lt[1] stw[3]; MKRS/TM6B, Tb[1] |Total=4 REFDSR { RDID|FBrf0076143 |Ng et al. |1995 SYN|412{}nub1 ASAL|FBal0013178==nub1 MU|spontaneous CLOC|33F1--2 |Insertion site LOCB|Proximity to gene: FBgn0002970==nub } REF { REFM|FBrf0076143 |Ng et al. |1995 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0013178==nub1 REFDSR { RDID|FBrf0076143 |Ng et al. |1995 PHP|Wing blade reduced to a tiny stump, wing hinge is partially deleted. |A portion of the wing margin is still present. Clonal analysis reveals |that mutant clones are considerably smaller than wild type clones, |though the autonomous reduction in size is insufficient to explain |the overall reduction in size of mutant wings. Clones which occupy |a portion of the wing hinge cause a non-autonomous reduction in the |size of the wing. PHM|wing |anterior notal wing process |posterior notal wing process |pleural wing process } REFDSR { RDID|FBrf0098758 |Cifuentes and Garcia-Bellido |1997 PHP|Wings are smaller and shorter than normal and are abnormally folded |and bent. Wing size reduction is due to reduced number of wing cells. |Bristles of the triple row are incorrectly differentiated. Bracteated |bristles can be seen in distal position, indicating a failure in proximo-distal |specification. Wing veins L4 and L5 and crossveins are missing. Haltere |is smaller than wild type. Legs may appear shortened and gnarled. |Third larval instar mutant wings exhibit conspicuous cell mortality. |... (see FBal0013178==nub1 report) PHM|dorsal mesothoracic disc |wing |dorsal triple row |medial triple row |ventral triple row |wing vein L4 |wing vein L5 |crossvein |haltere |leg |wing vein L2 } REFDSR { RDID|FBrf0103338 |Neumann and Cohen |1998 PHP|The bristles of the wing margin form in a broader domain than in wild |type. The DV identity of the bristles is ambiguous, possibly because |clones fail to respect the DV lineage restriction. |Ectopic wing margin bristles occur in clones induced in the wing. |Rarely, ectopic bristle precursors occur outside the clone. PHM|wing margin bristle | ectopic |sensory mother cell | ectopic |wing margin bristle |wing margin bristle | ectopic | somatic clone } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Wings very small, opaque, curved spoonlike up or down; |inflated at eclosion. Wing margins interrupted. Only |one vein (L2 or L3) present. Halteres somewhat |reduced. Viability excellent. |RK1. } REFDSR { RDID|FBrf0128473 |Garoia et al. |2000 PHP|FBal0013178==nub1/FBal0035084==ftk07918 somatic clones | are small and cause overgrowth, |as in FBal0035084==ftk07918 clones, but retain the extreme | accommodation phenotype |of FBal0013178==nub1. } REF { REFM|FBrf0076143 |Ng et al. |1995 REFM|FBrf0098758 |Cifuentes and Garcia-Bellido |1997 REFM|FBrf0103338 |Neumann and Cohen |1998 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0128473 |Garoia et al. |2000 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014586 ICL 1 412 SYM 1 412{}pr1 ASTR 1 - CLOC 1 38B3 REF 1 2 DT 1 6 Jan 2000 RESZ 23212 ID|FBti0014586 SYM|412{}pr1 ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0003141==pr ARGS|FBgn0003141 SK|FBst0000100 |y[1]; Df(2R)X58-8, FBal0013947==pr[1] cn[1]/SM5 |FBst0000103 |Dp(1;Y)y[+]/y[1]; Df(2R)X58-3, FBal0013947==pr[1] cn[1]/CyO, bw[1] |FBst0000156 |al[1] dp[ov1] b[1] FBal0013947==pr[1] c[1] px[1] sp[1] |FBst0000212 |al[1] dp[ov1] b[1] FBal0013947==pr[1] ap[blt2] bw[1]/SM5 |FBst0000213 |al[1] dp[ov1] b[1] FBal0013947==pr[1] Bl[1] c[1] px[1] sp[1]/SM1 |FBst0000214 |al[1] dp[ov1] b[1] FBal0013947==pr[1] Bl[1] c[1] px[1] sp[1]/CyO |FBst0000216 |rdo[2] FBal0013947==pr[1] |FBst0000229 |b[1] CadN[M12] FBal0013947==pr[1] c[1] px[1] sp[1]/SM5 |FBst0000231 |b[1] FBal0013947==pr[1] (tk[1])/Tp(2;Y)G |FBst0000273 |da[1] FBal0013947==pr[1] cn[1]/SM5 |FBst0000283 |Dp(1;Y)y[+]/y[1]; Df(2R)X58-7, FBal0013947==pr[1] cn[1]/CyO, bw[1] |FBst0000285 |ds[1] ft[1] dp[v2] l(2)M[1] b[1] pr[1]/SM5 |FBst0000286 |ds[1] S[1] ft[G] b[1] pr[1]/In(2L)Cy, In(2R)Cy, al[2] Cy[1] lt[3] L[4] sp[2] |FBst0000287 |ds[W]/In(2L)Cy[L]t[R], Su(S)[-] b[1] FBal0013947==pr[1] |FBst0000288 |ds[38k]/In(2L)Cy, Cy[1] dp[lv2] b[1] FBal0013947==pr[1] |FBst0000289 |b[1] elA[1] rd[s] FBal0013947==pr[1] cn[1] or[49h] |FBst0000299 |b[1] FBal0013947==pr[1] eve[3]/CyO |FBst0000307 |hk[1] FBal0013947==pr[1] |FBst0000348 |Sk[1] b[1]/In(2L)Cy, Cy[1] dp[lv2] b[1] FBal0013947==pr[1] |FBst0000352 |T(2;3)CyO-TM6, CyO: TM6/Adh[UF] FBal0013947==pr[1] cn[1]; mwh[1] ry[506] e[1] |FBst0000357 |nub[1] b[1] FBal0013947==pr[1] |FBst0000370 |pr[1] |FBst0000371 |pr[1] cn[1]/Tp(2;Y)C |FBst0000372 |pr[1] cn[1] ix[1]/SM5 |FBst0000417 |Su(H)[1]/In(2L)Cy, In(2R)Cy, Cy[1] FBal0013947==pr[1] |FBst0000438 |RpS5a[2]/FM6; noc[Sco] l(2)37Ca[4] pr[1]/CyO |FBst0000442 |Df(2R)CX1, b[1] pr[1]/SM1 |FBst0000564 |cact[4] pr[1]/CyO, P{ry[+t*]=elav-lacZ.H}YH2 |FBst0000596 |Df(2R)stan2, b[1] FBal0013947==pr[1] P{ry[+t7.2]=neoFRT}42D/CyO |FBst0000614 |pr[1]; su(pr)[2]/TM6 |FBst0000695 |pr[1] cn[1]; su(pr)[4]/TM3, Sb[1] Ser[1] |FBst0000696 |pr[1] cn[1]; su(pr)[3] |FBst0000697 |pr[1] Mal[1] |FBst0000835 |Df(1)sc19/C(1)DX, y[1] f[1]; Dp(1;2)sc[19], Rbp9[B] b[1] pr[1]/In(2L)Cy, In(2R)Cy, Cy[1] dp[lv1] FBal0013947==pr[1] |FBst0000875 |pn[1]; FBal0013947==pr[1] pk[1] cn[1]; ry[506] Dr[1] P{ry[+t7.2]=Delta2-3}99B/TM6 |FBst0000881 |T(2;4)a/In(2L)Cy, In(2R)Cy, Cy[1] pr[1]; ey[2] |FBst0000883 |T(2;4)b/In(2L)Cy, In(2R)Cy, Cy[1] pr[1]; ey[2] |FBst0000884 |T(2;4)d/In(2L)Cy, In(2R)Cy, Cy[1] FBal0013947==pr[1] |FBst0000885 |T(2;4)d, al[1] dp[ov1] px[1] sp[1]/In(2L)Cy, In(2R)Cy, Cy[1] pr[1]; ey[2] |FBst0001022 |b[1] elA[1] rd[s] Mhc[5] FBal0013947==pr[1] Bl[1]/CyO |FBst0001033 |pr[1] Cu[2] cn[1]/In(2L)t, In(2R)Cy, amos[Roi-1] cn[2] bw[45a] or[45a] sp[2] |FBst0001058 |y[1]; Dp(1;2)E1, FBal0013947==pr[1] cn[1]/CyO |FBst0001062 |pr[1] cn[1]; Dp(3;3)MMG |FBst0001112 |C(2)EN, b[1] FBal0013947==pr[1] |FBst0001142 |w[*]; Df(2R)en-B, b[1] pr[1]/CyO |FBst0001152 |Adh[fn23] FBal0013947==pr[1] cn[1] |FBst0001168 |Adh[fn23] FBal0013947==pr[1] cn[1]/T(Y;2)A62; In(3L)P, kar[1] |FBst0001240 |y[1] w[1]/Dp(1;Y)y[+]; ee[1] b[1] FBal0013947==pr[1] |FBst0001245 |ee[1] b[1] FBal0013947==pr[1] |FBst0001265 |slp1[1] b[1] FBal0013947==pr[1] c[1] px[1] sp[1]/SM6a |FBst0001313 |wg[Sp-1] d[1] flp[hd]/In(2L)Cy, al[2] ast[3] b[1] FBal0013947==pr[1] |FBst0001315 |ds[W] Cy[1] ed[1]/In(2L)Cy, al[2] ast[3] b[1] FBal0013947==pr[1] |FBst0001324 |F(2L)*, b[1] pr[1]; F(2R)1, bw[1] |FBst0001364 |S[1] wg[Sp-1] rdo[1] hk[1] FBal0013947==pr[1] cn[1]/CyO |FBst0001433 |y[1]; FBal0013947==pr[1] ord[1]/CyO |FBst0001444 |nub[1] b[1] rdo[1] hk[1] FBal0013947==pr[1] cn[1] |FBst0001470 |rdo[1] hk[1] FBal0013947==pr[1] cn[1] |FBst0001555 |In(2LR)bw[V1], ds[33k] ab[2] cn[4] bw[V1]/Cy[1] FBal0013947==pr[1] Bl[1] cn[2] L[4] sp[2] |FBst0001579 |b[1] cni[1] FBal0013947==pr[1] cn[1] bw[1]/CyO |FBst0001607 |b[1] FBal0013947==pr[1] Khc[8]/CyO |FBst0001778 |odd[5] b[1] FBal0013947==pr[1] c[1] px[1] sp[1]/SM6a |FBst0001853 |Df(2R)Egfr18, b[1] FBal0013947==pr[1] cn[1]/CyO, bw[1] |FBst0001888 |Df(2R)ST1, Adh[n5] FBal0013947==pr[1] cn[*]/CyO |FBst0001961 |Df(2L)TW130, rdo[1] FBal0013947==pr[1] cn[1]/CyO; Dp(2;Y)257 |FBst0002047 |LS(2)D20, (net[1])//DS(2)P9, cn[1] sp[1], FBal0013947==pr[1] |FBst0002137 |LS(2)D15, dp[ov1] b[1], pr[1]//DS(2)D6 |FBst0002202 |f[36a]; P{w[+mC] f[+t13]=f[+]13}30B ck[13] FBal0013947==pr[1] pwn[1]/CyO |FBst0002206 |f[36a]; FBal0013947==pr[1] pwn[1] P{w[+mC] f[+t13]=f[+]13}44C P{w[+mC] f[+t13]=f[+]13}47B/CyO |FBst0002231 |f[36a]; FBal0013947==pr[1] pwn[1]/CyO; mwh[1] jv[1] P{w[+mC] f[+t13]=f[+]13}77A/TM2 |FBst0002239 |b[1] l(2)35Be[1] pr[1]/In(2L)Cy, In(2R)Cy, al[2] Cy[1] FBal0013947==pr[1] Bl[1] cn[2] vg[1] c[1] sp[2] |FBst0002330 |al[1] dp[ov1] b[1] FBal0013947==pr[1] |FBst0002350 |l(2)37Cn[E68] rdo[1] hk[1] pr[1]/CyO |FBst0002351 |l(2)37CDc[E151] rdo[1] hk[1] pr[1]/CyO |FBst0002354 |dp[lv1] wg[Sp-1] b[1]/SM1, b[1] FBal0013947==pr[1] l(2)*[*] |FBst0002356 |dp[o3] ta[1] sp[1]/In(2L)Cy, In(2R)Cy, Cy[1] FBal0013947==pr[1] Bl[1] cn[2] L[4] sp[2] |FBst0002368 |S[1] wg[Sp-1] ms(2)2[1] ta[1] cn[1] crs[1]/SM1, dp[lvI] FBal0013947==pr[1] Bl[1] L[4] |FBst0002386 |Df(2L)DS6, b[1] FBal0013947==pr[1] cn[1]/CyO =or= SM6a |FBst0002388 |al[1] dp[ov1] b[1] FBal0013947==pr[1] Hx[1] |FBst0002626 |Dp(2;2)Cam11, b[1] FBal0013947==pr[1] pwn[1]/CyO, b[81f2] rk[81f2] |FBst0002630 |Dp(2;2)Cam8, b[1]/In(2L)Cy, In(2R)Cy, al[2] Cy[1] FBal0013947==pr[1] Bl[1] cn[2] vg[1] c[1] sp[2] |FBst0002968 |al[1] dp[ov1] b[1] FBal0013947==pr[1] c[1] px[1] sp[1], l(2)*[*]/CyO |FBst0002977 |Df(2L)wg-CX3, wg[l-16] b[1] pr[1]/CyO |FBst0002980 |wg[l-17] b[1] pr[1]/CyO |FBst0003076 |Df(2L)E55, rdo[1] hk[1] Lar[E55] pr[1]/CyO |FBst0003078 |Df(2L)osp29, Adh[UF] osp[29] FBal0013947==pr[1] cn[1]/CyO |FBst0003120 |Df(2R)Pcl11B, al[1] dp[ov1] b[1] pr[1]/CyO, P{ry[+t*]=elav-lacZ.H}YH2 |FBst0003129 |Df(2L)esc10, b[1] pr[1]/CyO |FBst0003151 |Adh[D] l(2)35Bg[2] FBal0013947==pr[1] cn[1]/CyO, Adh[nB] |FBst0003157 |Df(2R)ES1, b[1] FBal0013947==pr[1] cn[1] wx[wxt]/SM1 |FBst0003166 |noc[Sco] rdo[1] hk[1] FBal0013947==pr[1] Bl[1]/CyO |FBst0003175 |Dp(2;1)C239/+; hk[1] Ddc[7] FBal0013947==pr[1] |FBst0003179 |Adh[UF] l(2)35Bd[4] rd[s] FBal0013947==pr[1] cn[1]/In(2L)Cy, In(2R)Cy, Cy[1] Bl[1] cn[2] |FBst0003180 |Df(2L)H20, b[1] FBal0013947==pr[1] cn[1] sca[1]/CyO |FBst0003181 |Adh[UF] l(2)35Be[4] rd[s] FBal0013947==pr[1] cn[1]/CyO |FBst0003184 |amos[Tft] hk[1] pr[1]/CyO |FBst0003188 |E(gammaTub37C[1])[1] gammaTub37C[1] FBal0013947==pr[1] Ddc[ts1]/CyO |FBst0003190 |Ddc[27] pr[1]/CyO |FBst0003191 |Dox-A2[mfs1] pr[1]/CyO |FBst0003194 |dp[ov1] b[1] amd[7] pr[1]/CyO; Dp(2;Y)H2 |FBst0003195 |l(2)37Ca[6] pr[1]/rdo[1] hk[1] l(2)37Ca[1] pr[1]; Dp(2;1)C239/+; Dp(2;Y)H1 |FBst0003199 |Tp(3;2)N2-27, pr[1]/Dp(3;2)N2-27, pr[1]; TM6 |FBst0003210 |b[1] Adh[F] l(2)35Bd[1] pr[1]/In(2L)Cy, In(2R)Cy, Cy[1] Bl[1] cn[2] |FBst0003212 |Df(2L)do1, FBal0013947==pr[1] cn[1]/In(2LR)Gla, wg[Gla-1] DNApol-gamma35[2] |FBst0003223 |b[1] l(2)34Fd[2] Adh[n2] FBal0013947==pr[1] cn[1]/CyO |FBst0003229 |l(2)37Be[4] pr[1]/CyO |FBst0003235 |cub[1] pr[1]/CyO |FBst0003249 |BicD[2] FBal0013947==pr[1] cn[1] exu[1] bw[1]/CyO |FBst0003275 |rdo[1] hk[1] l(2)37Ca[1] pr[1]/CyO |FBst0003277 |smo[3] b[1] pr[1]/CyO |FBst0003281 |rdo[1] hk[1] l(2)37Cb[1] pr[1]/CyO |FBst0003301 |al[1] dp[ov1] b[1] FBal0013947==pr[1] cn[1] vg[1] c[1] a[1] px[1] bw[1] mi[1] sp[1]/SM1 |FBst0003302 |rdo[1] hk[1] l(2)37Ce[1] pr[1]/CyO |FBst0003304 |l(2)37Cg[1] pr[1]/CyO |FBst0003336 |Fs(2)X10[1], b[1] pr[1]/CyO & T(1;2)OR64/CyO |FBst0003337 |Fs(2)D10[1], b[1] pr[1]/CyO & T(1;2)OR64/CyO |FBst0003344 |Df(2L)prd1.7, b[1] Adh[n2] FBal0013947==pr[1] cn[1] sca[1]/CyO, P{ry[+t*]=elav-lacZ.H}YH2 |FBst0003365 |Df(2L)cl7, FBal0013947==pr[1] cn[1]/CyO |FBst0003385 |l(2)37Cd[1] pr[1]/CyO |FBst0003388 |l(2)37Ba[1] pr[1]/CyO |FBst0003393 |Lim3[1] pr[1]/CyO |FBst0003395 |l(2)37Cc[4] pr[1]/CyO |FBst0003439 |l(2)34Fa[1] Adh[n1] rd[s] FBal0013947==pr[1] cn[1], l(2)CA3[CR5]/CyO |FBst0003445 |l(2)37Dh[1] rdo[1] hk[1] pr[1]/CyO |FBst0003450 |al[1] dp[ov1] b[1] FBal0013947==pr[1] eve[15H6a]/SM6a |FBst0003451 |l(2)37Fe[1] rdo[1] hk[1] pr[1]/CyO |FBst0003455 |l(2)37Db[1] rdo[1] hk[1] pr[1]/CyO |FBst0003465 |l(2)36Fg[1] rdo[1] hk[1] pr[1]/CyO |FBst0003466 |l(2)37CDf[E27] rdo[1] hk[1] pr[1]/CyO |FBst0003529 |l(2)37Bj[1] rdo[1] hk[1] pr[1]/CyO |FBst0003556 |tup[isl-1] rdo[1] hk[1] pr[1]/CyO |FBst0003564 |l(2)37Fc[1] rdo[1] hk[1] pr[1]/CyO |FBst0003565 |l(2)36Ff[1] rdo[1] hk[1] pr[1]/CyO |FBst0003566 |l(2)36Fh[1] rdo[1] hk[1] pr[1]/CyO |FBst0003568 |l(2)37Ca[2] rdo[1] hk[1] pr[1]/CyO |FBst0003569 |l(2)36Fb[1] rdo[1] hk[1] pr[1]/CyO |FBst0003570 |l(2)37Di[1] rdo[1] hk[1] pr[1]/CyO |FBst0003574 |l(2)36Fi[1] rdo[1] hk[1] pr[1]/CyO |FBst0003575 |l(2)37Dc[1] rdo[1] hk[1] pr[1]/CyO |FBst0003576 |l(2)37Ab[1] rdo[1] hk[1] pr[1]/CyO |FBst0003577 |l(2)37Bi[1] rdo[1] hk[1] pr[1]/CyO |FBst0003578 |l(2)36Fe[1] rdo[1] hk[1] pr[1]/CyO |FBst0003579 |l(2)37Bb[2] rdo[1] hk[1] pr[1]/CyO |FBst0003580 |l(2)37CDa[E142M] rdo[1] hk[1] pr[1]/CyO |FBst0003581 |l(2)37Ac[1] rdo[1] hk[1] pr[1]/CyO |FBst0003582 |l(2)37Fb[1] rdo[1] hk[1] pr[1]/CyO |FBst0003584 |Ance[34Eb-2] Adh[D] FBal0013947==pr[1] cn[1]/CyO, Adh[nB] |FBst0003585 |Sop2[1] Adh[D] FBal0013947==pr[1] cn[1]/CyO, Adh[nB] |FBst0003586 |In(2L)Cy, In(2R)Cy, Cy[1] Bl[1] cn[2]/DNApol-gamma35[1] Adh[UF] rd[s] FBal0013947==pr[1] cn[1] |FBst0003588 |Df(2L)TE35BC-24, b[1] FBal0013947==pr[1] pk[1] cn[1] sp[1]/CyO |FBst0003593 |b[1] Orc5[2] elA[1] rd[s] FBal0013947==pr[1] cn[1]/CyO |FBst0003595 |b[1] Gli[1] FBal0013947==pr[1] cn[1] bw[1]/CyO |FBst0003596 |b[1] l(2)35De[AS64] FBal0013947==pr[1] cn[1] bw[1]/CyO |FBst0003597 |b[1] l(2)35Di[RAR8] FBal0013947==pr[1] cn[1] bw[1]/CyO |FBst0003598 |b[79a3] wek[AM11]/In(2L)Cy, In(2R)Cy, Cy[1] dp[lv1] b[1] FBal0013947==pr[1] Bl[1] L[4] sp[2] |FBst0003599 |b[1] Cyp303a1[AS96] FBal0013947==pr[1] cn[1] wx[wxt] bw[1]/CyO |FBst0003600 |b[1] heix[1] FBal0013947==pr[1] cn[1] wx[wxt] bw[1]/CyO |FBst0003606 |b[1] crp[RAR46] FBal0013947==pr[1] cn[1] bw[1]/CyO |FBst0003620 |b[1] mRpL4[1] FBal0013947==pr[1] cn[1] wx[wxt] bw[1]/CyO |FBst0003628 |y[1] w[*]; nub[2] b[1] noc[Sco] FBal0013947==pr[1] cn[1]/CyO |FBst0003643 |Df(2R)44CE, In(2R)46C, al[1] dp[ov1] b[1] pr[1]/CyO |FBst0003645 |b[1] Syx5[AR113] FBal0013947==pr[1] cn[1] wx[wxt] bw[1]/CyO |FBst0003691 |odd[5] b[1] FBal0013947==pr[1] eve[15H6a]/SM6a |FBst0003769 |b[1] Adh[F] l(2)35Bb[1] pr[1]/In(2L)Cy, In(2R)Cy, Cy[1] Bl[1] cn[2] |FBst0003772 |b[1] l(2)35Bc[1] pr[1]/In(2L)Cy, In(2R)Cy, Cy[1] Bl[1] cn[2] |FBst0003785 |Df(2L)VA17, Ddc[VA17] pr[1]/CyO |FBst0003786 |Df(2L)VA23, noc[Sco] pr[1]/CyO |FBst0003791 |l(2)34Db[1] Adh[UF] rd[s] FBal0013947==pr[1] cn[1]/In(2L)Cy, In(2R)Cy, Cy[1] Bl[1] cn[2] |FBst0003897 |Df(2L)b88f32/In(2L)Cy, In(2R)Cy, Cy[1] dp[lv1] b[1] FBal0013947==pr[1] Bl[1] L[4] sp[2] |FBst0003898 |Df(2L)osp18, FBal0013947==pr[1] cn[1]/CyO |FBst0003900 |b[1] esg[35Ce-1] l(2)CA61[VS] FBal0013947==pr[1] cn[1] bw[1]/SM5 |FBst0003977 |Adh[n5] FBal0013947==pr[1] |FBst0003979 |b[1] l(2)CA6[SF27] Adh[n2] FBal0013947==pr[1] cn[1]/CyO |FBst0003987 |Catsup[1] rdo[1] hk[1] pr[1]/CyO |FBst0003988 |brat[1] rdo[1] hk[1] pr[1]/CyO |FBst0003989 |l(2)37De[1] rdo[1] hk[1] pr[1]/CyO |FBst0003990 |l(2)37De[2] rdo[1] hk[1] pr[1]/CyO |FBst0003991 |brat[ts1] rdo[1] hk[1] pr[1]/CyO |FBst0003992 |l(2)37Dl[E34] rdo[1] hk[1] pr[1]/CyO |FBst0004082 |l(2)46Cc[1755], Adh[*] FBal0013947==pr[1] cn[1]/CyO, Adh[nB] |FBst0004085 |Adam[5-3], Adh[*] FBal0013947==pr[1] cn[1]/CyO, Adh[nB] |FBst0004103 |Gdi[N7-3] FBal0013947==pr[1] cn[1] Bc[1]/CyO, amos[Roi-1] cn[*] pr[+] |FBst0004104 |gcm[N7-4] FBal0013947==pr[1] cn[1] Bc[1]/CyO, amos[Roi-1] cn[*] pr[+] |FBst0004105 |l(2)N7-6[1] FBal0013947==pr[1] cn[1] Bc[1]/CyO, amos[Roi-1] cn[*] pr[+] |FBst0004106 |l(2)N7-8[1] FBal0013947==pr[1] cn[1] Bc[1]/CyO, amos[Roi-1] cn[*] pr[+] |FBst0004187 |al[1] dp[ov1] b[1] FBal0013947==pr[1] cn[1] c[1] px[1] sp[1]/CyO |FBst0004195 |b[1] FBal0013947==pr[1] c[1] px[1] sp[1] |FBst0004196 |b[1] FBal0013947==pr[1] cn[1] sha[1]/CyO |FBst0004202 |Dox-A2[1] pr[1]/CyO |FBst0004203 |In(2L)Cy, In(2R)Cy, Cy[1] b[1] FBal0013947==pr[1] cn[2] |FBst0004204 |In(2L)Cy, In(2R)Cy, Cy[1] FBal0013947==pr[1] Bl[1] cn[2] L[4] sp[2]/In(2LR)bw[V1], ds[33k] ab[2] cn[4] bw[V1] |FBst0004205 |In(2L)Cy, In(2R)Cy, S[2] Cy[1] dp[lvI] FBal0013947==pr[1] Bl[1] cn[2] L[4] sp[2]/In(2LR)px[52g], cn[1] px[52g] crs[1] |FBst0004273 |b[1] dac[1] FBal0013947==pr[1] cn[1] wx[wxt] bw[1]/CyO |FBst0004275 |b[1] Ca-alpha1D[X7] FBal0013947==pr[1] cn[1] wx[wxt] bw[1]/CyO |FBst0004347 |al[1] dp[ov1] b[1] FBal0013947==pr[1] Bl[1] cn[1] c[1] px[1] sp[1]/CyO |FBst0004351 |scw[l1] rdo[1] hk[1] pr[1]/CyO |FBst0004359 |Tp(2;Y)G/b[1] FBal0013947==pr[1] tk[1] |FBst0004364 |f[36a]; FBal0013947==pr[1] pwn[1]/CyO; M(3)65F[1] P{w[+mC] f[+t13]=f[+]13}77A/TM2 |FBst0004457 |Rbp9[B] ms(2)2[1] cn[1] sp[1]/In(2L)Cy, In(2R)Cy, net[1] Cy[1] dp[lvI] b[1] FBal0013947==pr[1] Bl[1] lt[3] cn[2] L[4] sp[2] |FBst0004520 |Dp(2;2)Cam10, (al[1]) dp[ov1] b[1] noc[TE35B] FBal0013947==pr[1] cn[1] bw[1]/CyO, Df(2L)noc20 |FBst0004747 |b[1] l(2)35Df[1] FBal0013947==pr[1] cn[1] bw[1]/CyO |FBst0004961 |Df(2R)Kr10, b[1] FBal0013947==pr[1] Bl[1] c[1]/CyO |FBst0004963 |Gpdh[nSP4] ifc[1] wg[spd-fg] pr[1]/CyO, cl[4] |FBst0005246 |Df(2R)Egfr5, b[1] FBal0013947==pr[1] cn[1] sca[1]/CyO, P{ry[+t7.2]=sevRas1.V12}FK1 |FBst0005247 |Df(2R)2-65, b[1] FBal0013947==pr[1] cn[1] sca[1]/CyO |FBst0005258 |pr[1] pwn[1] P{ry[+t7.2]=hsFLP}38/CyO; Ki[1] kar[1] ry[506] |FBst0005262 |pr[1] pwn[1]; Dp(2;3)P32, P{ry[+t7.2]=neoFRT}82B kar[2] ry[506] Ubx[bx-34e]/P{ry[+t7.2]=neoFRT}82B kar[2] ry[506] |FBst0005316 |b[1] FBal0013947==pr[1] cad[3]/In(2LR)Gla, wg[Gla-1] |FBst0005373 |Dox-A2[3] FBal0013947==pr[1] or[49h]/CyO |FBst0005376 |b[1] elA[1] rd[s] cub[2] FBal0013947==pr[1] cn[1]/CyO, P{ry[+t7.2]=en1}wg[en11] |FBst0005388 |l(2)37Cb[18] FBal0013947==pr[1] or[49h]/CyO |FBst0005389 |l(2)37Cc[20] pr[1]/CyO |FBst0005391 |l(2)37Cc[ts1]/CyO, dp[ov1] FBal0013947==pr[1] cn[1] |FBst0005742 |Dp(3;3)Cam30T, FBal0013947==pr[1] pwn[1] cn[1]/CyO |FBst0005758 |w[*]; al[1] dp[ov1] b[1] FBal0013947==pr[1] P{ry[+t7.2]=neoFRT}40A |FBst0005899 |b[1] l(2)42Cd[447] FBal0013947==pr[1] cn[1] bw[1]/In(2LR)Gla, wg[Gla-1] Bc[1] Egfr[E1] ap[*] cn[1] bw[1] |FBst0006042 |b[1] Adh[S] FBal0013947==pr[1] cn[1] |FBst0006044 |b[1] FBal0013947==pr[1] fs(2)PC4-U[133] cn[1] wx[wxt] bw[1]/CyO |FBst0006045 |b[1] FBal0013947==pr[1] l(2)PC4-A[139] cn[1] wx[wxt] bw[1]/CyO, P{ry[+t7.2]=sevRas1.V12}FK1 |FBst0006046 |b[1] FBal0013947==pr[1] l(2)PC4-B[110] cn[1] wx[wxt] bw[1]/CyO |FBst0006047 |b[1] FBal0013947==pr[1] l(2)PC4-D[202] cn[1] wx[wxt] bw[1]/CyO |FBst0006048 |b[1] FBal0013947==pr[1] l(2)PC4-E[119] cn[1] wx[wxt] bw[1]/CyO |FBst0006049 |b[1] FBal0013947==pr[1] l(2)PC4-F[198] cn[1] wx[wxt] bw[1]/CyO, P{ry[+t7.2]=sevRas1.V12}FK1 |FBst0006050 |b[1] FBal0013947==pr[1] l(2)PC4-G[223] cn[1] wx[wxt] bw[1]/CyO |FBst0006051 |b[1] FBal0013947==pr[1] l(2)PC4-K[363] cn[1] wx[wxt] bw[1]/CyO |FBst0006052 |b[1] FBal0013947==pr[1] l(2)PC4-M[420] cn[1] wx[wxt] bw[1]/CyO |FBst0006053 |b[1] FBal0013947==pr[1] l(2)PC4-Q[267] cn[1] wx[wxt] bw[1]/CyO |FBst0006057 |Df(2L)A63, b[1] FBal0013947==pr[1] cn[1]/CyO, Adh[nB] |FBst0006065 |Df(2L)fn1, FBal0013947==pr[1] cn[1]/CyO, Adh[nB] |FBst0006066 |Df(2L)fn5, FBal0013947==pr[1] cn[1]/CyO, Adh[nB] |FBst0006067 |Df(2L)fn7, FBal0013947==pr[1] cn[1]/CyO, Adh[nB] |FBst0006068 |Df(2L)fn30, FBal0013947==pr[1] cn[1]/CyO, Adh[nB] |FBst0006070 |Df(2L)TE35BC-8, FBal0013947==pr[1] cn[1] sp[1]/CyO |FBst0006071 |In(2L)b82a1, Adh[UF] FBal0013947==pr[1] cn[1]/CyO, Dp(2;2)b[81f1], b[81f1] |FBst0006072 |Df(2L)b82a2, Adh[UF] FBal0013947==pr[1] cn[1]/CyO, Dp(2;2)b[81f1], b[81f1] |FBst0006078 |Df(2L)fn3, FBal0013947==pr[1] cn[1]/CyO |FBst0006082 |Df(2L)osp38, FBal0013947==pr[1] cn[1]/CyO |FBst0006083 |Df(2L)osp144, Adh[UF] FBal0013947==pr[1] cn[1]/CyO |FBst0006087 |Df(2L)T317, b[1] FBal0013947==pr[1] cn[1] sca[1]/CyO |FBst0006088 |Df(2L)TE35BC-4, b[1] FBal0013947==pr[1] pk[1] cn[1]/CyO |FBst0006092 |Df(2L)b80e3, Dp(2;2)GYS, FBal0013947==pr[1] bw[1]/CyO |FBst0006105 |Df(2L)VA18, m[1] pr[1]/CyO, Dp(2;2)M(2)m[+] |FBst0006110 |Df(2L)A178, b[1] rd[s] FBal0013947==pr[1] cn[1]/In(2L)t, In(2R)Cy, Cy[1] amos[Roi-1] b[77.1X] bw[45a] sp[2] or[45a] |FBst0006112 |Df(2L)nNxF1, b[1]/In(2L)t, In(2R)Cy, Cy[1] amos[Roi-1] FBal0013947==pr[1] cn[1] |FBst0006113 |Df(2L)nNxF2, b[1]/In(2L)t, In(2R)Cy, Cy[1] amos[Roi-1] FBal0013947==pr[1] cn[1] |FBst0006114 |Df(2L)AP1, b[1] FBal0013947==pr[1] l(1)1[1] c[1]/SM1 |FBst0006147 |Df(2R)twi, b[1] FBal0013947==pr[1] cn[1] bw[1]/CyO |FBst0006213 |Tp(2;Y)odd[2.31], b[1] FBal0013947==pr[1] cn[1] sca[1]; odd[5] dp[ov1] prd[9] cn[1] eve[1]/CyO |FBst0006214 |Tp(2;Y)odd[4.13], b[1] FBal0013947==pr[1] cn[1] sca[1]; odd[5] dp[ov1] prd[9] cn[1] eve[1]/CyO |FBst0006215 |Tp(2;Y)odd-4.25, b[1] FBal0013947==pr[1] cn[1] sca[1]; odd[5] dp[ov1] prd[9] cn[1] eve[1]/CyO |FBst0006216 |Tp(2;1)odd[1.10], b[1] FBal0013947==pr[1] cn[1] sca[1]/CyO |FBst0006222 |b[1] FBal0013947==pr[1] l(2)PC4-P[41] cn[1] wx[wxt] bw[1]/CyO |FBst0006230 |Dp(2;1)Sco[rv23]; Df(2L)Sco[rv23], b[1] pr[1]/CyO |FBst0006232 |In(1)w[m4h]; Su(var)2-1[1]/In(2L)t, In(2R)Cy, Cy[1] amos[Roi-1] FBal0013947==pr[1] cn[1] |FBst0006235 |In(1)w[m4h]; Su(var)2-10[2]/In(2L)t, In(2R)Cy, Cy[1] amos[Roi-1] FBal0013947==pr[1] cn[1] |FBst0006236 |In(1)w[m4h]; Su(var)2-10[1]/In(2L)t, In(2R)Cy, Cy[1] amos[Roi-1] FBal0013947==pr[1] cn[1] |FBst0006240 |w[1]; Df(2L)TE35BC-35, b[1] FBal0013947==pr[1] pk[1] cn[1] sp[1]/CyO |FBst0006241 |w[1]; Df(2L)TE35BC-7, b[1] FBal0013947==pr[1] pk[1] cn[1] sp[1]/CyO |FBst0006242 |w[1]; Df(2L)TE35BC-28, b[1] FBal0013947==pr[1] pk[1] cn[1] sp[1]/CyO |FBst0006243 |w[1]; Df(2L)TE35BC-31, b[1] FBal0013947==pr[1] pk[1] cn[1] sp[1]/CyO, b[*] |FBst0006244 |Df(2L)TE35BC-34, b[1] FBal0013947==pr[1] pk[1] cn[1] sp[1]/CyO |FBst0006260 |Tp(2;3)eve[1.18], b[1] FBal0013947==pr[1] cn[1] sca[1]/CyO |FBst0006261 |Tp(2;3)prd[2.27], b[1] FBal0013947==pr[1] cn[1] sca[1]/CyO |FBst0006263 |Tp(2;3)eve[1.18], b[1] Adh[n2] FBal0013947==pr[1] cn[1] sca[1]/CyO |FBst0006265 |In(1)w[m4h]; Su(var)2-1[1] noc[Sco]/In(2L)t, In(2R)Cy, Cy[1] amos[Roi-1] FBal0013947==pr[1] cn[1]; ry[506] |FBst0006270 |Fs(2)Y12[1], b[1] pr[1]/CyO |FBst0006271 |b[1] FBal0013947==pr[1] wbl[E4]/CyO |FBst0006329 |y[1]; Dp(1;2)sc[19], ck[13] FBal0013947==pr[1] pwn[1]/CyO |FBst0006388 |d[210] pr[1]/CyO |FBst0006629 |cdc2[E1-23] b[1] FBal0013947==pr[1] cn[1]/CyO |FBst0006637 |CycE[AR95] cn[1] FBal0013947==pr[1] bw[1] wx[wxt]/CyO, P{ry[+t7.2]=ftz/lacB}E3 |FBst0006641 |cdc2[E1-24] b[1] FBal0013947==pr[1] cn[1]/CyO, P{ry[+t7.2]=ftz/lacB}E3 |FBst0007067 |Elf[LR16] pr[1]/CyO |FBst0007091 |pr[1] cad[2] P{ry[+t7.2]=neoFRT}40A/CyO |FBst0007094 |bowl[1] FBal0013947==pr[1] cn[1]/CyO |FBst0007096 |dl[4] FBal0013947==pr[1] cn[1] wx[wxt] bw[1]/CyO |FBst0007105 |bowl[2] FBal0013947==pr[1] cn[1]/CyO |FBst0007272 |Df(2R)vir-12, FBal0013947==pr[1] cn[1] Adh[D]/CyO |FBst0007306 |w[1118]; b[1] scw[5] pr[1]/CyO, P{ry[+t7.2]=sevRas1.V12}FK1 |FBst0008569 |Adh[fn6] FBal0013947==pr[1] cn[1] ena[GC1]/CyO |FBst0008570 |Adh[fn6] FBal0013947==pr[1] cn[1] ena[GC5]/CyO, P{ry[+t7.2]=ftz/lacB}E3 |FBst0200050 |or[1] FBal0013947==pr[1] |FBst0200125 |pr[1] |FBst0200664 |pr[1] |FBst0200863 |br[1] FBal0013947==pr[1] |FBst0201163 |pr[1] e[1] |FBst0201164 |pr[1] osp-3[1] |FBst0201165 |pr[1] |FBst0201172 |f[2]; net[1] pr[1]; st[1] e[1]; ey[1] |FBst0201195 |pr[1] |FBst1001765 |Df(2L)DS9, b[1] FBal0013947==pr[1] cn[1]/Cy |FBst1001766 |Df(2L)DS5, b[1] FBal0013947==pr[1] cn[1]/Cy |FBst1001767 |Df(2L)DS8, b[1] FBal0013947==pr[1] cn[1]/CyO |FBst1001790 |y[1]/y[+]Y; al[1] dp[1] b[1] FBal0013947==pr[1] cn[1] mei-W68[L1]/SM1 (Cy suppressed); |FBst1001833 |b[1] FBal0013947==pr[1] c[1] Bc[1] Elp[1] px[1] sp[1]/CyO |FBst1001834 |pr[1] |FBst1001841 |w[*]; b[1] FBal0013947==pr[1] c[1] px[1] sp[1] |FBst1001851 |y[1] w[1]; FBal0013947==pr[1] Pin[1]/T(2;3)CyO; TM6B, Tb[1] Hu[1] |Total=297 REFDSR { RDID|FBrf0087504 |Kim et al. |1996 SYN|412{}pr1 ASAL|FBal0013947==pr1 CLOC|38B3 |Insertion site LOCB|Proximity to gene: FBgn0003141==pr } REF { REFM|FBrf0087504 |Kim et al. |1996 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0013947==pr1 REFDSR { RDID|FBrf0087504 |Kim et al. |1996 PHM|pigment cell } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Eye color: reddish-purple. PHM|pigment cell } REF { REFM|FBrf0087504 |Kim et al. |1996 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014587 ICL 1 412 SYM 1 412{}pr2 ASTR 1 - CLOC 1 38B3 REF 1 2 DT 1 6 Jan 2000 RESZ 432 ID|FBti0014587 SYM|412{}pr2 ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0003141==pr REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|412{}pr2 ASAL|FBal0013948==pr2 CLOC|38B3 |Insertion site LOCB|Proximity to gene: FBgn0003141==pr } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0013948==pr2 REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Eye color: redder than FBal0013947==pr1. PHM|pigment cell } REF { REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014588 ICL 1 412 SYM 1 412{}prbw ASTR 1 - CLOC 1 38B3 REF 1 2 DT 1 6 Jan 2000 RESZ 485 ID|FBti0014588 SYM|412{}prbw ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0003141==pr ARGS|FBgn0003141 SK|FBst0000373 |pr[bw] |Total=1 REFDSR { RDID|FBrf0087504 |Kim et al. |1996 SYN|412{}prbw ASAL|FBal0013955==prbw MU|spontaneous CLOC|38B3 |Insertion site LOCB|Proximity to gene: FBgn0003141==pr } REF { REFM|FBrf0087504 |Kim et al. |1996 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0013955==prbw REFDSR { RDID|FBrf0087504 |Kim et al. |1996 PHM|pigment cell } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Eye color: brownish-pink; lighter in female. |RK2. PHM|pigment cell } REF { REFM|FBrf0087504 |Kim et al. |1996 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014606 ICL 1 412 SYM 1 412{}ro1 ASTR 1 - CLOC 1 97D4--5 REF 1 2 DT 1 6 Jan 2000 RESZ 4596 ID|FBti0014606 SYM|412{}ro1 ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0003267==ro SK|FBst0000475 |e[4] wo[1] FBal0014629==ro[1] rsd[1] ca[1] ld[1] bv[1]/In(3R)C, Sb[1] sprd[1] e[1] l(3)e[1] |FBst0000496 |e[4] wo[1] FBal0014629==ro[1] |FBst0000569 |ro[1] |FBst0000570 |ro[1] Ser[Bd-1] ca[1]/In(3R)C, sprd[1] l(3)a[1] |FBst0000578 |ru[1] h[1] th[1] st[1] p[p] H[1] e[s] ro[1]/M(3)x[1] e[x] |FBst0000595 |se[1] ss[1] k[1] e[s] FBal0014629==ro[1] |FBst0000609 |st[1] Sb[sbd-1] e[s] FBal0014629==ro[1] ca[1] |FBst0000610 |tu(2)bw[36a]; st[1] sr[1] e[s] FBal0014629==ro[1] ca[1] |FBst0000794 |mwh[1] jv[1] st[1] red[1] Sb[sbd-2] Abd-B[M2] e[11] FBal0014629==ro[1] ca[1]/TM1 |FBst0000857 |T(2;3)101, ru[1] h[1] e[4] FBal0014629==ro[1] ca[1]/In(3R)P, Dfd[1] ca[1] |FBst0001523 |ru[1] h[1] Ki[1] rn[roe-1] p[p] FBal0014629==ro[1] ca[1] |FBst0001644 |In(3L)D, se[1] mirr[SaiD1] D[1] ss[1] k[1] e[s] ro[1]/TM3, Sb[1] |FBst0001713 |ss[1] e[4] ro[1]/TM3, Sb[1] |FBst0002458 |st[1] Sb[sbd-1] e[1] FBal0014629==ro[1] dco[2]/TM6B, Tb[1] |FBst0002671 |y[1]; C(3L)*, h[2]; F(3R)2, e[s] FBal0014629==ro[1] ca[1] |FBst0003012 |Df(3R)Dl-BX12, ss[1] e[4] ro[1]/TM6B, Tb[1] |FBst0003057 |T(2;3)abd-A[MX1], mwh[1] jv[1] st[1] red[1] Sb[sbd-2] abd-A[MX1] e[11] FBal0014629==ro[1] ca[1]/TM1 |FBst0003059 |mwh[1] jv[1] st[1] red[1] Sb[sbd-2] l(3)89Ee[1] e[11] FBal0014629==ro[1] ca[1]/TM1 |FBst0003062 |Dp(3;3)sbd[104], Sb[sbd-2] ss[1] Ubx[bx-1]/In(3R)P, Sb[sbd-1] Ubx[D1] FBal0014629==ro[1] ca[1] |FBst0004026 |mwh[1] jv[1] st[1] red[1] Sb[sbd-2] l(3)89Em[M96] e[11] FBal0014629==ro[1] ca[1]/TM1 |FBst0004027 |mwh[1] jv[1] st[1] red[1] Sb[sbd-2] l(3)89El[M171] e[11] FBal0014629==ro[1] ca[1]/TM1 |FBst0004028 |mwh[1] jv[1] st[1] red[1] Sb[sbd-2] l(3)89Dd[M175] e[11] FBal0014629==ro[1] ca[1]/TM1 |FBst0004029 |mwh[1] jv[1] st[1] red[1] Sb[sbd-2] l(3)89Ea[M182] e[11] FBal0014629==ro[1] ca[1]/TM1 |FBst0004030 |mwh[1] jv[1] st[1] red[1] Sb[sbd-2] l(3)89De[M188] e[11] FBal0014629==ro[1] ca[1]/TM1 |FBst0004031 |mwh[1] jv[1] st[1] red[1] Sb[sbd-2] l(3)89Cg[M191] e[11] FBal0014629==ro[1] ca[1]/TM1 |FBst0004033 |mwh[1] jv[1] st[1] red[1] Sb[sbd-2] l(3)89Ci[M238] e[11] FBal0014629==ro[1] ca[1]/TM1 |FBst0004034 |mwh[1] jv[1] st[1] red[1] Sb[sbd-2] l(3)89Bu[M1511] e[11] FBal0014629==ro[1] ca[1]/TM1 |FBst0004035 |mwh[1] jv[1] st[1] red[1] Sb[sbd-2] l(3)89En[M2511] e[11] FBal0014629==ro[1] ca[1]/TM1 |FBst0004036 |mwh[1] jv[1] st[1] red[1] Sb[sbd-2] l(3)89Ch[M2912] e[11] FBal0014629==ro[1] ca[1]/TM1 |FBst0004037 |mwh[1] jv[1] st[1] red[1] Sb[sbd-2] l(3)89Df[M2922] e[11] FBal0014629==ro[1] ca[1]/TM1 |FBst0004064 |ant[1]/CyO; FBal0014629==ro[1] |FBst0004417 |e[s] FBal0014629==ro[1] ca[1] l(3)99Da[1]/TM3, Sb[1] |FBst0004420 |e[s] FBal0014629==ro[1] ca[1] l(3)99Dj[4]/TM3, Sb[1] |FBst0004424 |e[s] FBal0014629==ro[1] ca[1] l(3)99Ea[4]/TM3, Sb[1] |FBst0004739 |mwh[1] jv[1] gig[109] red[1] ro[1]/TM3, Ser[1] |FBst0005606 |ss[1] l(3)91Fa[2] e[4] ro[1]/TM6C, Sb[1] |FBst0005607 |ss[1] l(3)91Fb[1] e[4] ro[1]/TM6C, Sb[1] |FBst0005608 |ss[1] l(3)91Fc[1] e[4] ro[1]/TM6C, Sb[1] |FBst0005609 |ss[1] l(3)91Fe[1] e[4] ro[1]/TM6C, Sb[1] |FBst0005610 |ss[1] l(3)91Ff[1] e[4] ro[1]/TM6C, Sb[1] |FBst0005611 |ss[1] l(3)92Aa[1] e[4] ro[1]/TM6C, Sb[1] |FBst0006197 |mwh[1] jv[1] red[1] Sb[sbd-2] l(3)85Ed[4] e[11] FBal0014629==ro[1] ca[1]/TM1 |FBst0006198 |mwh[1] jv[1] red[1] Sb[sbd-2] l(3)89Bm[M172] e[11] FBal0014629==ro[1] ca[1]/TM1 |FBst0006199 |mwh[1] jv[1] red[1] Sb[sbd-2] l(3)89Ce[M258] e[11] FBal0014629==ro[1] ca[1]/TM1 |FBst0006200 |mwh[1] jv[1] red[1] Sb[sbd-2] l(3)89Bm[M1610] e[11] FBal0014629==ro[1] ca[1]/TM1 |FBst0006207 |Pp1-87B[1] e[1] ro[1]/TM3, Sb[1] Ser[1] |FBst0006208 |T(Y;3)15, Pp1-87B[2] e[1] ro[1]/TM3, Sb[1] Ser[1] |FBst0201160 |ro[1] cutsy[1] ca[2] |Total=48 REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|412{}ro1 ASAL|FBal0014629==ro1 MU|spontaneous CLOC|97D4--5 |Insertion site LOCB|Proximity to gene: FBgn0003267==ro } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0014629==ro1 REFDSR { RDID|FBrf0047664 |Tomlinson et al. |1988 PHP|Disrupts an early stage of eye development: ommatidal array is disrupted, |number of photoreceptors per ommatidia is variable. } REFDSR { RDID|FBrf0052854 |Heberlein and Rubin |1990 PHP|The ommatidial array is disrupted and the number of photoreceptor cells |per ommatidium is variable. PHM|ommatidium |photoreceptor cell } REFDSR { RDID|FBrf0086885 |Baden et al. |1996 PHP|FBal0003279==e4 FBal0018523==wo1 | FBal0014629==ro1 mutant larvae show an abnormal response to UVC |radiation. } REFDSR { RDID|FBrf0103504 |Fanto et al. |1998 PHP|The R2/R5 precursor pair is transformed into R3/R4 in most preclusters |in homozygous third larval instar eye discs. The overall arrangement |and rotation of the clusters is abnormal, with some clusters rotating |in the wrong direction and others not rotating. Mosaic ommatidia with |mutant R3 and R4 cells behave like wild-type with respect to ommatidial |polarity. PHM|photoreceptor cell R3 | precursor | ectopic |photoreceptor cell R4 | precursor | ectopic |photoreceptor cell R2 | precursor |photoreceptor cell R5 | precursor } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Homozygotes have rough eyes; slightly smaller and |narrower than wild type. Approximately normal numbers |of facets but arrangement irregular; frequently have |fewer and sometimes more than eight retinula cells; |some facets missing such that three ommatidial |bristles juxtaposed; other facets fused |(Stemm-Tegethoff and Dicke, 1974; Ready, Hanson and Benzer, 1976). Fiber pathways |... (see FBal0014629==ro1 report) } REFDSR { RDID|FBrf0158813 |Page |2003 PHP|Does not appear to have a gross defect on brain development. } REF { REFM|FBrf0047664 |Tomlinson et al. |1988 REFM|FBrf0052854 |Heberlein and Rubin |1990 REFM|FBrf0086885 |Baden et al. |1996 REFM|FBrf0103504 |Fanto et al. |1998 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0158813 |Page |2003 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014630 ICL 1 412 SYM 1 412{}sl1 ASTR 1 - CLOC 1 14B15--17 REF 1 2 DT 1 6 Jan 2000 RESZ 637 ID|FBti0014630 SYM|412{}sl1 ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0003416==sl ARGS|FBgn0003416 SK|FBst0003966 |In(1)dl-49, In(1)B[M1], oc[1] ptg[1] B[M1]/In(1)sc[S1L]sc[8R], y[c4] sc[8] sc[S1] w[1] sn[X2] sl[1]/R(YL)/C(1;YS)1, y[1] sn[1] oc[1] ptg[1] v[1] |Total=1 REFDSR { RDID|FBrf0105946 |Thackeray et al. |1998 SYN|412{}sl1 ASAL|FBal0015677==sl1 MU|spontaneous CLOC|14B15--17 |Insertion site LOCB|Proximity to gene: FBgn0003416==sl } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0105946 |Thackeray et al. |1998 } ALESR { ASYM|FBal0015677==sl1 REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Wings about 80% normal length, straight edged and |blunt tipped. Crossveins rather close. Eyes large and |slightly rough. } REFDSR { RDID|FBrf0105946 |Thackeray et al. |1998 PHP|Homozygotes show a modest reduction in wing length and a mildly rough |eye. In addition, homozygotes show ectopic wing veins, most frequently |adjacent to L2 but sometimes connected or adjacent to the posterior |crossvein or in the posterior cell. |Ommatidial array is disrupted, many ommatidia are abnormally shaped. |Eyes show interommatidial bristle defects. Some are missing, some |are duplicated and some appear at additional vertices. |... (see FBal0015677==sl1 report) PHM|eye |wing |wing vein | ectopic |interommatidial bristle | ectopic |ommatidium |interommatidial bristle |photoreceptor cell |cone cell |primary pigment cell |photoreceptor cell R7 | ectopic } REFDSR { RDID|FBrf0107943 |Powe et al. |1999 PHP|Supernumerary R7 phenotype in approximately 30% of ommatidia. The |phenotype is similar to that of FBgn0004390==Gap1 mutations, but less severe. PHM|ommatidium |photoreceptor cell R7 } REFDSR { RDID|FBrf0132450 |Duchek and Rorth |2001 PHP|Border cell migration is normal in | FBal0015677==sl1/FBal0015678==sl2 mutants. } REFDSR { RDID|FBrf0159791 |Hardie et al. |2003 PHP|Light responses in mutant photoreceptors have essentially wild-type |properties. } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0105946 |Thackeray et al. |1998 REFM|FBrf0107943 |Powe et al. |1999 REFM|FBrf0132450 |Duchek and Rorth |2001 REFM|FBrf0159791 |Hardie et al. |2003 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0025357 ICL 1 412 SYM 1 412{}sp1a ASTR 1 - CLOC 1 60C1--2 REF 1 2 DT 1 7 Jul 2003 RESZ 15958 ID|FBti0025357 SYM|412{}sp1a SYN|412{}roo{}sp1 ASTP|FBtp0011409==412 DT|7 Jul 2003 |7 Jul 2003 ICL|412 ID2|FBti0014673 ASGN|FBgn0003466==sp SK|FBst0000018 |mid[2] cn[1] bw[1] sp[1]/CyO |FBst0000156 |al[1] dp[ov1] b[1] pr[1] c[1] px[1] FBal0015980==sp[1] |FBst0000213 |al[1] dp[ov1] b[1] pr[1] Bl[1] c[1] px[1] sp[1]/SM1 |FBst0000214 |al[1] dp[ov1] b[1] pr[1] Bl[1] c[1] px[1] sp[1]/CyO |FBst0000226 |Dp(2;2)Su(Pm), px[1] bw[1] sp[1]/In(2LR)bw[V1], ds[33k] Cy[1] bw[V1] |FBst0000229 |b[1] CadN[M12] pr[1] c[1] px[1] sp[1]/SM5 |FBst0000239 |w[1118]; Bl[1] stw[3] ap[blt] ptc[tuf-1] sp[1]/SM6a |FBst0000274 |dil[2] hv[1] bw[1] sp[1]/SM5 |FBst0000312 |hy[1] a[1] px[1] sp[1]/SM1 |FBst0000325 |l(2)39a[1] px[1] slt[1] sp[1]/SM5 |FBst0000327 |l(2)ay[1] b[1] c[1] sp[1]/SM5 |FBst0000349 |y[1] w[*]; wg[l-8] cn[1] bw[1] sp[1]/SM6b, P{ry[+t7.2]=eve-lacZ8.0}SB1 |FBst0000380 |px[1] bw[1] mr[1] sp[1]/In(2LR)bw[V1], ds[33k] bw[V1] |FBst0000381 |px[1] slt[1] FBal0015980==sp[1] |FBst0000396 |shr[1] bw[2b] abb[1] sp[1]/SM5 |FBst0000425 |tk[60k] cn[1] bw[1] sp[1]/In(2L)Cy, Cy[1] tk[60k] cn[1] bw[1] FBal0015980==sp[1] |FBst0000431 |kis[1] cn[1] bw[1] sp[1]/SM6a |FBst0000447 |Df(2R)stan1, P{ry[+t7.2]=neoFRT}42D cn[1] sp[1]/CyO |FBst0000558 |LS(2)DTD24, (net[1])//DS(2)DTD24, bw[1] FBal0015980==sp[1] |FBst0000613 |sp[1]; su(Hw)[2] Ubx[bx-1] Ubx[bxd-1]/TM1 |FBst0000737 |w[e] bb[l]/Y; l(2)mr[1]/In(2L)NS, In(2R)NS, l(2)35De[1] px[1] l(2)NS[1] FBal0015980==sp[1] |FBst0000813 |In(2L)t, esc[1] c[1] sp[1]/SM5 |FBst0000819 |In(2R)bw[VDe1], b[1] bw[VDe1]/b[1] lt[1] l(2)*[*] cn[1] mi[1] FBal0015980==sp[1] |FBst0000865 |LS(2)DTD8, (net[1])//DS(2)DTD8, FBal0015980==sp[1] |FBst0000885 |T(2;4)d, al[1] dp[ov1] px[1] sp[1]/In(2L)Cy, In(2R)Cy, Cy[1] pr[1]; ey[2] |FBst0001020 |C(2)EN, bw[1] FBal0015980==sp[1] |FBst0001109 |C(2)EN, bw[1] FBal0015980==sp[1] |FBst0001111 |Dp(1;Y)B[S]Yy[+]/+; C(2)EN, bw[1] FBal0015980==sp[1] |FBst0001251 |slp1[1] en[58] c[1] px[1] sp[1]/SM6a |FBst0001265 |slp1[1] b[1] pr[1] c[1] px[1] sp[1]/SM6a |FBst0001510 |Df(2R)exu1, cn[1] bw[1] sp[1]/SM1 |FBst0001556 |al[1] b[1] cn[1] FBal0015980==sp[1] |FBst0001563 |cn[1] Sdh[5] bw[1] sp[1]/CyO |FBst0001574 |vas[1] tor[1] cn[1] bw[1] sp[1]/CyO |FBst0001583 |Dp(1;2;Y)bw[+]y[+]; CyO/Rbp9[B] ms(2)2[1] cn[1] sp[1]; h[1] kni[ri-1] e[s]/TM1 |FBst0001594 |Df(2R)pk78k, Tp(2;2)CA30, sp[1]/CyO |FBst0001598 |prd[9] cn[1] bw[1] sp[1]/CyO |FBst0001599 |cn[1] eve[1] bw[1] sp[1]/CyO |FBst0001601 |cn[1] bw[1] FBal0015980==sp[1] Kr[2]/SM1 |FBst0001648 |al[1] cn[1] en[58] c[1] px[1] sp[1]/SM6a |FBst0001660 |LS(2)DTD107, dp[ov1]//DS(2)DTD107, bw[1] FBal0015980==sp[1] |FBst0001682 |Df(2R)or-BR6, cn[1] bw[1] sp[1]/In(2LR)lt[G16L]bw[V32gR], bw[V32g] |FBst0001685 |slp1[1] ptc[7] px[1] sp[1]/SM6a |FBst0001721 |Df(2R)or-BR11, cn[1] bw[1] sp[1]/SM6a |FBst0001733 |cn[1] bw[1] sp[1]; kar[2] l(3)87Db[1]/MRS |FBst0001735 |vas[1] cn[1] tud[1] bw[1] sp[1]/CyO |FBst0001743 |w[1118]; Df(2R)B5, px[1] sp[1]/CyO, Adh[nB] |FBst0001778 |odd[5] b[1] pr[1] c[1] px[1] sp[1]/SM6a |FBst0001786 |tud[1] bw[1] sp[1]/CyO, l(2)DTS513[1] |FBst0001859 |spi[1] cn[1] bw[1] sp[1]/CyO |FBst0001882 |w[1]; al[1] b[1] c[1] FBal0015980==sp[1] |FBst0002047 |LS(2)D20, (net[1])//DS(2)P9, cn[1] sp[1], pr[1] |FBst0002057 |y[1] oc[R3.2]; Gr22b[1] Gr22d[1] cn[1] bw[1] sp[1]; LysC[1] MstProx[1] GstD5[1] Rh6[1] |FBst0002105 |LS(2)lt[G16],, lt[1] stw[3] cn[1] bw[1]//DS(2)BR30, sp[1], cn[1] px[1] |FBst0002128 |LS(2)D4, b[1]//DS(2)BR10, px[1] sp[1], cn[1] |FBst0002183 |LS(2)P14//DS(2)Sco[rv1], bw[1] FBal0015980==sp[1] |FBst0002207 |tup[1] cn[1] bw[1] sp[1]/CyO |FBst0002256 |slp1[1] prd[9] c[1] px[1] sp[1]/SM6a |FBst0002311 |sna[18] cn[1] bw[1] sp[1]/CyO |FBst0002336 |al[1] dp[ov1] bw[1] FBal0015980==sp[1] |FBst0002340 |In(2LR)DTD116[L]DTD24[R], (net[1]) bw[1] sp[1]/CyO |FBst0002356 |dp[o3] ta[1] sp[1]/In(2L)Cy, In(2R)Cy, Cy[1] pr[1] Bl[1] cn[2] L[4] sp[2] |FBst0002381 |cn[1] twi[1] bw[1] sp[1]/CyO |FBst0002492 |fzy[1] cn[1] bw[1] sp[1]/CyO |FBst0002508 |ush[2] cn[1] bw[1] sp[1]/CyO |FBst0002606 |Df(2R)Pu-D17, cn[1] bw[1] sp[1]/SM1 |FBst0002749 |raw[1] cn[1] bw[1] sp[1]/CyO |FBst0002768 |cn[1] Egfr[f2] bw[1] sp[1]/CyO |FBst0002772 |S[IIN] cn[1] bw[1] sp[1]/CyO |FBst0002785 |cn[1] fas[1] bw[1] sp[1]/CyO |FBst0002968 |al[1] dp[ov1] b[1] pr[1] c[1] px[1] sp[1], l(2)*[*]/CyO |FBst0002989 |BicC[4] cn[1] bw[1] sp[1]/CyO, l(2)DTS513[1] |FBst0003008 |cn[1] shn[1] bw[1] sp[1]/CyO |FBst0003058 |sxc[1] bw[1] sp[1]/SM5 |FBst0003085 |cn[1] shg[2] bw[1] sp[1]/CyO |FBst0003086 |mid[1] cn[1] bw[1] sp[1]/CyO |FBst0003087 |cn[1] arr[2] bw[1] sp[1]/CyO |FBst0003088 |bsk[1] cn[1] bw[1] sp[1]/CyO |FBst0003098 |cn[1] scb[2] bw[1] sp[1]/CyO |FBst0003099 |cn[1] lin[2] bw[1] sp[1]/CyO |FBst0003101 |aop[1] cn[1] bw[1] sp[1]/CyO |FBst0003102 |lea[2] cn[1] bw[1] sp[1]/CyO |FBst0003117 |pim[IL] cn[1] bw[1] sp[1]/CyO |FBst0003202 |LS(2)DTD42, (net[1])//DS(2)DTD42, bw[1] FBal0015980==sp[1] |FBst0003240 |cn[1] rib[1] bw[1] sp[1]/CyO |FBst0003242 |tkv[7] cn[1] bw[1] sp[1]/CyO |FBst0003262 |cn[1] thr[1] bw[1] sp[1]/CyO |FBst0003263 |cn[1] brh[1] bw[1] sp[1]/CyO |FBst0003264 |cn[1] gho[1] bw[1] sp[1]/CyO |FBst0003265 |slf[1] cn[1] bw[1] sp[1]/CyO |FBst0003266 |cn[1] sli[2] bw[1] sp[1]/CyO |FBst0003267 |cn[1] cra[1] bw[1] sp[1]/CyO |FBst0003268 |bhe[1] cn[1] bw[1] sp[1]/CyO |FBst0003269 |mmy[1] cn[1] bw[1] sp[1]/CyO |FBst0003270 |cn[1] grh[IM] bw[1] sp[1]/CyO |FBst0003271 |cn[1] flz[1] bw[1] sp[1]/CyO |FBst0003272 |cn[1] fai[1] bw[1] sp[1]/CyO |FBst0003273 |cn[1] Jra[IA109] bw[1] sp[1]/CyO |FBst0003274 |salm[1] cn[1] bw[1] sp[1]/CyO |FBst0003278 |cn[1] thi[1] bw[1] sp[1]/CyO |FBst0003280 |eya[cli-IID] cn[1] bw[1] sp[1]/CyO |FBst0003299 |cn[1] sna[18] twi[3] bw[1] sp[1]/CyO |FBst0003301 |al[1] dp[ov1] b[1] pr[1] cn[1] vg[1] c[1] a[1] px[1] bw[1] mi[1] sp[1]/SM1 |FBst0003350 |qua[1] cn[1] bw[1] sp[1]/CyO |FBst0003375 |wg[l-8] cn[1] bw[1] sp[1]/CyO |FBst0003377 |ptc[9] cn[1] bw[1] sp[1]/CyO |FBst0003394 |Dp(2;2)Cam2, sp[1]/CyO, bw[1] |FBst0003401 |Dp(2;2)Cam3, bw[1] sp[1]/CyO |FBst0003467 |Df(2R)AA21, c[1] px[1] sp[1]/SM1 |FBst0003469 |Df(2R)PK1, c[1] px[1] sp[1]/SM1 |FBst0003536 |LS(2)DTD116, (net[1])//DS(2)DTD116, FBal0015980==sp[1] |FBst0003540 |LS(2)DTD11//DS(2)DTD11, FBal0015980==sp[1] |FBst0003549 |LS(2)DTD43, dpp[d-ho]//DS(2)DTD43, bw[1] FBal0015980==sp[1] |FBst0003551 |LS(2)DTD125, net[1]//DS(2)DTD125, bw[1] FBal0015980==sp[1] |FBst0003588 |Df(2L)TE35BC-24, b[1] pr[1] pk[1] cn[1] sp[1]/CyO |FBst0003662 |l(2)22Fd[T26] cn[1] bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] |FBst0003665 |nrd[D46] cn[1] bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] |FBst0003690 |wg[l-12] ptc[7] px[1] sp[1]/SM6a |FBst0003692 |odd[5] prd[9] c[1] px[1] sp[1]/SM6a |FBst0003693 |odd[5] wg[l-12] c[1] px[1] sp[1]/SM6a |FBst0003695 |al[1] dp[ov1] prd[9] c[1] px[1] sp[1]/SM6a |FBst0003696 |al[1] dp[ov1] cn[1] ptc[7] px[1] sp[1]/SM6a |FBst0003699 |odd[5] b[1] en[58] c[1] px[1] sp[1]/SM6a |FBst0003700 |slp1[1] wg[l-12] c[1] px[1] sp[1]/SM6a |FBst0003701 |wg[l-12] en[58] c[1] px[1] sp[1]/SM6a |FBst0003807 |C(1)RM, y[2] su(w[a])[1] w[a] bb[-]/0/C(1;Y)1, y[1] y[+]; dp[olv] wg[Sp-1] cn[1]/In(2L)Cy, S[2] Cy[1] cn[1] bw[1] FBal0015980==sp[1] |FBst0003911 |Df(2L)D20, l(2)22Fd[D20] nrd[D20] cn[1] bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] |FBst0003912 |l(2)23Ab[T71] cn[1] bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] |FBst0003913 |l(2)23AB3[T63] cn[1] bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] |FBst0003914 |Hrs[D28] cn[1] bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] |FBst0003915 |l(2)23AB2[T21] cn[1] bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] |FBst0003916 |l(2)23AB4[T60] cn[1] bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] |FBst0003917 |aph-1[D35] cn[1] bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] |FBst0003919 |cos[5] cn[1] bw[1] sp[1]/CyO, Df(2R)cn-S6 |FBst0003983 |cn[1] mam[2] bw[1] sp[1]/CyO |FBst0004011 |stw[1] cn[1] sca[1] FBal0015980==sp[1] |FBst0004063 |al[1] dp[ov1] b[1] Bl[1] c[1] px[1] sp[1]/In(2L)Cy, Cy[1]; In(3L)D, D[1]/In(3LR)C3x |FBst0004079 |chif[1] cn[1] sca[1] bw[1] sp[1]/CyO |FBst0004118 |Tp(2;3)DX11, l(2)43Bb[3] cn[1] bw[1] sp[1]/CyO, Tp(2;2)pk-sple[26], pk[pk-sple-26] |FBst0004119 |l(2)43Ba[3] cn[1] bw[1] sp[1]/CyO |FBst0004121 |l(2)43Cc[4] cn[1] bw[1] sp[1]/CyO |FBst0004130 |In(2R)DX8, Dscam[17] cn[1] bw[1] sp[1]/CyO, Tp(2;2)pk-sple[26], pk[pk-sple-26] |FBst0004187 |al[1] dp[ov1] b[1] pr[1] cn[1] c[1] px[1] sp[1]/CyO |FBst0004195 |b[1] pr[1] c[1] px[1] FBal0015980==sp[1] |FBst0004198 |cn[1] Asx[1] bw[1] sp[1]/CyO |FBst0004199 |cn[1] bw[1] FBal0015980==sp[1] zip[1]/CyO |FBst0004200 |cn[1] Psc[1] bw[1] sp[1]/CyO |FBst0004255 |sc[1] f[1]; al[1] b[1] sp[1]; rho[ve-1] st[1] ca[1] |FBst0004279 |cn[1] bw[1] sp[1]; kar[2] mesA[1]/MRS |FBst0004286 |scra[8] cn[1] bw[1] sp[1]/CyO |FBst0004288 |nec[10] cn[1] bw[1] sp[1]/CyO |FBst0004347 |al[1] dp[ov1] b[1] pr[1] Bl[1] cn[1] c[1] px[1] sp[1]/CyO |FBst0004455 |cn[1] bw[1] FBal0015980==sp[1] |FBst0004457 |Rbp9[B] ms(2)2[1] cn[1] sp[1]/In(2L)Cy, In(2R)Cy, net[1] Cy[1] dp[lvI] b[1] pr[1] Bl[1] lt[3] cn[2] L[4] sp[2] |FBst0004521 |Dp(2;2)Cam5, bw[1] sp[1]/In(2LR)Gla, wg[Gla-1] Bc[1] Egfr[E1] ap[*] cn[1] bw[1] |FBst0004713 |grk[3] cn[1] bw[1] sp[1]/CyO |FBst0004970 |blc[WE] cn[1] bw[1] sp[1]/CyO, l(2)DTS513[1] |FBst0004973 |cn[1] clo[1] bw[1] sp[1]/CyO, l(2)DTS513[1] |FBst0004977 |cn[1] cuff[3] bw[1] sp[1]/CyO, l(2)DTS513[1] |FBst0004978 |cup[1] cn[1] bw[1] sp[1]/CyO, l(2)DTS513[1] |FBst0005109 |cn[1] bw[1] shu[2] sp[1]/CyO, l(2)DTS513[1] |FBst0005115 |cn[1] stl[1] bw[1] sp[1]/CyO, l(2)DTS513[1] |FBst0005116 |cn[1] stop[1] bw[1] sp[1]/CyO, l(2)DTS513[1] |FBst0005283 |bsk[2] cn[1] bw[1] sp[1]/CyO |FBst0005449 |Df(2L)frtz11, P{ry[+t7.2]=neoFRT}42D cn[1] sp[1]/CyO |FBst0005450 |Df(2L)frtz14, P{ry[+t7.2]=neoFRT}42D cn[1] sp[1]/CyO |FBst0005451 |Df(2L)frtz17, P{ry[+t7.2]=neoFRT}42D cn[1] sp[1]/CyO |FBst0005452 |Df(2L)frtz19, P{ry[+t7.2]=neoFRT}42D cn[1] sp[1]/CyO |FBst0005453 |Df(2L)frtz24, P{ry[+t7.2]=neoFRT}42D cn[1] sp[1]/CyO |FBst0005454 |Df(2L)frtz25, P{ry[+t7.2]=neoFRT}42D cn[1] sp[1]/CyO |FBst0005552 |al[1] b[1] Aats-asp[1] c[1] sp[1]/SM5 |FBst0005555 |al[1] b[1] l(2)49Fa[1] c[1] sp[1]/SM5 |FBst0005556 |w[*]; al[1] b[1] l(2)49Fa[2] c[1] sp[1]/CyO, P{ry[+t7.2]=sevRas1.V12}FK1 |FBst0005557 |al[1] b[1] l(2)49Fb[1] c[1] sp[1]/SM5 |FBst0005558 |al[1] b[1] l(2)49Fb[4] c[1] sp[1]/SM5 |FBst0005559 |al[1] b[1] seq[vr5-5] c[1] sp[1]/SM5 |FBst0005560 |al[1] b[1] seq[vr5-48] c[1] sp[1]/SM5 |FBst0005561 |al[1] b[1] l(2)49Ff[1] c[1] sp[1]/SM5 |FBst0005562 |al[1] b[1] l(2)49Ff[6] c[1] sp[1]/SM5 |FBst0005563 |al[1] b[1] l(2)49Fg[1] c[1] sp[1]/SM5 |FBst0005564 |al[1] b[1] l(2)49Fh[1] c[1] sp[1]/SM5 |FBst0005565 |al[1] b[1] l(2)49Fh[2] c[1] sp[1]/SM5 |FBst0005566 |al[1] b[1] l(2)49Fj[1] c[1] sp[1]/SM5 |FBst0005567 |al[1] b[1] l(2)49Fl[1] c[1] sp[1]/SM5 |FBst0005568 |al[1] b[1] l(2)49Fm[3] c[1] sp[1]/CyO, sp[*] |FBst0005569 |al[1] b[1] l(2)49Fp[32] c[1] sp[1]/SM5 |FBst0005570 |al[1] b[1] lat[1] c[1] sp[1]/CyO, sp[*] |FBst0005571 |al[1] b[1] lat[6] c[1] sp[1]/SM5 |FBst0005585 |RFeSP[M73] cn[1] bw[1] sp[1]/CyO |FBst0005586 |cpb[M143] cn[1] b[1] sp[1]/CyO |FBst0005587 |l(2)04111[M33] cn[1] b[1] sp[1]/CyO |FBst0005589 |l(2)22Ag[M1] cn[1] b[1] sp[1]/CyO |FBst0005590 |l(2)22Ah[M11] cn[1] b[1] sp[1]/CyO |FBst0005592 |l(2)22Aj[M105] cn[1] b[1] sp[1]/CyO |FBst0005593 |l(2)22Ak[M101] cn[1] b[1] sp[1]/CyO |FBst0005751 |w[*]; P{w[+mW.hs]=FRT(w[hs])}G13 L[2] sp[1]/SM6b |FBst0005752 |w[*]; P{w[+mW.hs]=FRT(w[hs])}G13 bw[1] FBal0015980==sp[1] |FBst0005753 |w[*]; P{w[+mW.hs]=FRT(w[hs])}G13 c[1] px[1] FBal0015980==sp[1] |FBst0005754 |w[*]; amos[Tft] c[1] px[1] sp[1]/CyO |FBst0005879 |Df(2R)BSC3, w[+mC] unch[k15501] cn[1] bw[1] sp[1]/SM6a, bw[k1] |FBst0005933 |net[1] b[1] cn[1] FBal0015980==sp[1] |FBst0006070 |Df(2L)TE35BC-8, pr[1] cn[1] sp[1]/CyO |FBst0006107 |Pa[1], cn[1] bw[1] sp[1]/CyO |FBst0006240 |w[1]; Df(2L)TE35BC-35, b[1] pr[1] pk[1] cn[1] sp[1]/CyO |FBst0006241 |w[1]; Df(2L)TE35BC-7, b[1] pr[1] pk[1] cn[1] sp[1]/CyO |FBst0006242 |w[1]; Df(2L)TE35BC-28, b[1] pr[1] pk[1] cn[1] sp[1]/CyO |FBst0006243 |w[1]; Df(2L)TE35BC-31, b[1] pr[1] pk[1] cn[1] sp[1]/CyO, b[*] |FBst0006244 |Df(2L)TE35BC-34, b[1] pr[1] pk[1] cn[1] sp[1]/CyO |FBst0006273 |l(2)IIJ59[1] cn[1] bw[1] sp[1]/CyO |FBst0006275 |cn[1] thr[3] bw[1] sp[1]/CyO |FBst0006276 |Df(2R)Egfr3, cn[1] bw[1] sp[1]/CyO |FBst0006304 |Df(2L)cl-h4/In(2L)Cy[L]t[R], In(2R)Cy, Cy[1] amos[Roi-1] cn[1] FBal0015980==sp[1] |FBst0006508 |y[1] w[1]; drm[6] cn[1] bw[1] sp[1]/CyO, P{w[+mC]=GAL4-Kr.C}DC3, P{w[+mC]=UAS-GFP.S65T}DC7 |FBst0006510 |l(2)24Ae[5-77] cn[1] bw[1] sp[1]/SM6b |FBst0006511 |l(2)24Aa[1-9] cn[1] bw[1] sp[1]/SM6b |FBst0006512 |l(2)24Ab[1-10] cn[1] bw[1] sp[1]/SM6b |FBst0006513 |l(2)24Ad[5-58] cn[1] bw[1] sp[1]/SM6b |FBst0006514 |l(2)24Ac[5-25] cn[1] bw[1] sp[1]/SM6b |FBst0006515 |l(2)24Ae[5-38] cn[1] bw[1] sp[1]/SM6b |FBst0006517 |dp[ov1] cn[1] l(2)57Ba[1] px[1] sp[1]/SM1 |FBst0006518 |dp[ov1] cn[1] l(2)57Bb[1] px[1] sp[1]/SM1 |FBst0006519 |c[1] l(2)57Bc[1] px[1] sp[1]/SM1 |FBst0006520 |cn[1] l(2)57Bd[1] bw[1] sp[1]/SM1 |FBst0006522 |cn[1] l(2)57Cc[1] bw[1] sp[1]/SM1 |FBst0006525 |dp[ov1] cn[1] l(2)57Da[1] a[1] px[1] sp[1]/SM1 |FBst0006526 |cn[1] l(2)57Db[2] bw[1] sp[1]/SM1 |FBst0006527 |cn[1] l(2)57Eb[1] bw[1] sp[1]/SM1 |FBst0006528 |cn[1] l(2)57Ec[1] bw[1] sp[1]/SM1 |FBst0006534 |Df(2R)K11, bw[1] sp[1]/SM1 |FBst0006536 |Df(2R)PF1, cn[1] bw[1] sp[1]/SM1 |FBst0006537 |cn[1] l(2)44Fp[1] bw[1] sp[1]/SM6a |FBst0006538 |cn[1] l(2)44Fl[1] bw[1] sp[1]/SM6a |FBst0006539 |cn[1] l(2)44Fm[2] bw[1] sp[1]/SM6a |FBst0006540 |cn[1] l(2)44Fn[1] bw[1] sp[1]/SM6a |FBst0006541 |cn[1] l(2)44Fo[1] bw[1] sp[1]/SM6a |FBst0006542 |cn[1] l(2)45An[1] bw[1] sp[1]/SM6a |FBst0006543 |cn[1] l(2)45Ao[1] bw[1] sp[1]/SM6a |FBst0006544 |cn[1] l(2)45Ap[1] bw[1] sp[1]/SM6a |FBst0006545 |cn[1] l(2)45Aq[1] bw[1] sp[1]/SM6a |FBst0006546 |cn[1] l(2)45As[1] bw[1] sp[1]/SM6a |FBst0006547 |cn[1] cri[1] bw[1] sp[1]/SM6a |FBst0006597 |w[1118]; tsu[EP567] bw[1] sp[1]/SM5 |FBst0006763 |Df(2R)l13, cn[1] bw[1] sp[1]/In(2LR)O, In(2LR)Gla, Cy[1] wg[Gla-1] |FBst0006917 |Df(2R)BSC29, cn[1] bw[1] sp[1]/CyO |FBst0007150 |cn[1] a[EM1] bw[1] sp[1]/SM6b |FBst0007277 |cn[1] Dp[a1] bw[1] sp[1]/CyO, bw[1] |FBst0008188 |P{ry[+t7.2]=neoFRT}42D l(2)44DEa[8] c[1] px[1] sp[1]/CyO |FBst0008190 |y[1]; sp[1]; Psn[143] AP-47[SHE-11]/TM6B, Tb[1] |FBst0008210 |P{ry[+t7.2]=neoFRT}42D cn[1] c[1] px[1] FBal0015980==sp[1] |FBst0008539 |Dp(2;2)Cam3a, bw[1] sp[1]/CyO, bw[1] |FBst0008540 |Dp(2;2)Cam3b, sp[1]/CyO |FBst0200042 |ct[1] se[1] ll[1] FBal0015980==sp[1] tt[1] |FBst1001752 |al[1] dp[8] pwn[1] px[1] sp[1]/SM5 |FBst1001754 |net[1] bw[1] FBal0015980==sp[1] |FBst1001756 |net[1] FBal0015980==sp[1] |FBst1001758 |net[1] bw[1] sp[1]; st[1] p[p] red[*] e[*] |FBst1001768 |Df(2L)bur-K1, net[+] bw[1] sp[1], ry[+]/SM1 |FBst1001810 |net[1] cn[N20] bw[1] sp[1]/SM1 |FBst1001826 |A68, net[1] bw[1] sp[1]; st[1] p[p] red[*] e[*]/T(2;3)en[ES] |FBst1001833 |b[1] pr[1] c[1] Bc[1] Elp[1] px[1] sp[1]/CyO |FBst1001841 |w[*]; b[1] pr[1] c[1] px[1] FBal0015980==sp[1] |Total=261 REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|412{}sp1a ASAL|FBal0015980==sp1 MU|spontaneous CLOC|60C1--2 |Insertion site LOCB|Proximity to gene: FBgn0003466==sp } REFDSR { RDID|FBrf0105495 |FlyBase |1992- CC|One of two insertions associated with this allele; see FBti0025358==roo{}sp1b. } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0015980==sp1 REFDSR { RDID|FBrf0027144 |Warner et al. |1975 PHP|Displays a marked decrease in the amount of the A2 |component of phenoloxidase. } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|In pupa, region of anal papilla is dark. |Body color: dark; axils of wings have black specks. } REF { REFM|FBrf0027144 |Warner et al. |1975 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014686 ICL 1 412 SYM 1 412{}st1 ASTR 1 - CLOC 1 73A3 REF 1 2 DT 1 6 Jan 2000 RESZ 34890 ID|FBti0014686 SYM|412{}st1 ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0003515==st SK|FBst0000067 |bw[1]; st[1]/TM3, st[24] Sb[1] |FBst0000093 |ru[1] h[1] FBal0016127==st[1] ry[506] e[1] |FBst0000218 |ecd[1] FBal0016127==st[1] ca[1] |FBst0000220 |bw[1]; Tcr[40] st[1]/TM3, Ser[1] |FBst0000505 |fz[1] FBal0016127==st[1] cp[1] in[1] kni[ri-1] p[p]/TM1 |FBst0000545 |y[1] w[*]; fkh[6] mwh[1] th[1] FBal0016127==st[1] kni[ri-1] rn[roe-1] p[p] cu[1] sr[1] e[s]/TM3, P{ry[+t7.2]=ftz-lacZ.ry[+]}TM3, Sb[1] ry[*] |FBst0000546 |Dp(1;Y)B[S]; ru[1] FBal0016127==st[1] polo[1] e[s] ca[1]/TM3, Sb[1] |FBst0000576 |ru[1] h[1] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] ca[1] |FBst0000577 |ru[1] h[1] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] Ser[1] |FBst0000578 |ru[1] h[1] th[1] FBal0016127==st[1] p[p] H[1] e[s] ro[1]/M(3)x[1] e[x] |FBst0000580 |ru[1] h[1] th[1] FBal0016127==st[1] p[p] cu[1] sr[1] e[s] |FBst0000605 |st[1] |FBst0000606 |sp[2]; FBal0016127==st[1] c(3)G[1] ca[1]/TM1 |FBst0000607 |st[1] in[1] kni[ri-1] p[p] |FBst0000608 |st[1] Ki[1] p[p] |FBst0000609 |st[1] Sb[sbd-1] e[s] ro[1] ca[1] |FBst0000610 |tu(2)bw[36a]; FBal0016127==st[1] sr[1] e[s] ro[1] ca[1] |FBst0000611 |st[1] sr[1] H[2] ca[1]/In(3R)P, FBal0016127==st[1] l(3)W[1] ca[1] |FBst0000619 |th[1] FBal0016127==st[1] cp[1] |FBst0000620 |th[1] FBal0016127==st[1] cp[1] in[1] kni[ri-1] p[p] |FBst0000621 |th[1] FBal0016127==st[1] pb[1] p[p]/TM6 |FBst0000622 |th[1] FBal0016127==st[1] pb[1] p[p] cu[1] kar[1] su(Hw)[2] jvl[1] ss[1] Ubx[bx-1] sr[1] gl[1]/TM6 |FBst0000686 |bw[1]; FBal0016127==st[1] |FBst0000687 |bw[4]; FBal0016127==st[1] |FBst0000794 |mwh[1] jv[1] FBal0016127==st[1] red[1] Sb[sbd-2] Abd-B[M2] e[11] ro[1] ca[1]/TM1 |FBst0000824 |In(3R)Dl[B], FBal0016127==st[1] Dl[B]/In(3R)P, FBal0016127==st[1] l(3)W[1] ca[1] |FBst0000893 |T(3;4)e, h[1] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] ca[1]/In(3R)P, Dfd[1] ca[1] |FBst0000895 |Dp(4;3)f, h[1] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] ca[1]/In(3R)P, Dfd[1] |FBst0000916 |st[1] mus301[D1]/TM3, Sb[1] Ser[1] |FBst0000917 |st[1] mus301[D2]/TM3, Sb[1] Ser[1] |FBst0000918 |st[1] mus301[D4]/TM3, Sb[1] Ser[1] |FBst0000919 |st[1] mus302[D1] |FBst0000920 |st[1] mus302[D2]/TM3, Sb[1] Ser[1] |FBst0000921 |st[1] mus302[D3]/TM3, Sb[1] Ser[1] |FBst0000922 |st[1] mus304[D1]/TM3, Sb[1] Ser[1] |FBst0000923 |st[1] mus304[D3] |FBst0000924 |st[1] mus305[D1]/TM3, Sb[1] Ser[1] |FBst0000925 |st[1] mus305[D2]/TM3, Sb[1] Ser[1] |FBst0000928 |st[1] mus311[D1]/TM3, Sb[1] Ser[1] |FBst0001011 |bw[1]; Df(3R)faf-BP, st[1]/TM6B, Tb[1] |FBst0001032 |emc[D] rho[ve-1] rs[2] FBal0016127==st[1] bul[D]/TM1 |FBst0001040 |st[1] bul[D] |FBst0001050 |th[1] FBal0016127==st[1] cu[1] sr[1] E(lz)[1]/TM3, Sb[1] |FBst0001063 |st[1] W[1] Crn[1] in[1] kni[ri-1]/TM3, Sb[1] |FBst0001113 |C(2)EN, b[1] bw[1]; FBal0016127==st[1] |FBst0001114 |C(3)EN, th[1] FBal0016127==st[1] |FBst0001117 |C(3)EN, FBal0016127==st[1] cu[1] e[s] |FBst0001172 |C(1)M4, y[2]/shi[1]; In(3LR)230/th[1] FBal0016127==st[1] cp[1] in[1] kni[ri-1] Kg[V] Ki[1] p[p] |FBst0001181 |LS(3)f7, FBal0016127==st[1] in[1] kni[ri-1] p[p]//DS(3)f7, p[p] |FBst0001189 |emc[D] FBal0016127==st[1] in[1] kni[ri-1] p[p] Dr[Mio]/TM6C, ca[1] |FBst0001190 |LS(3)f19, emc[D] FBal0016127==st[1] in[1] kni[ri-1] p[p]//DS(3)f19, FBal0016127==st[1] in[1] kni[ri-1] p[p] Dr[Mio] |FBst0001196 |In(3LR)p[XT117], ru[1] FBal0016127==st[1] p[XT117] e[1] ca[1]/TM3, Sb[1] |FBst0001198 |C(1)M4, y[2]; LS(3)HR33, In(3LR)LD6, In(3L)HR27, In(3LR)P42, In(3LR)224, FBal0016127==st[1] Sb[sbd-2]//DS(3)HR33 + In(3LR)LD6, In(3L)HR15, In(3L)HR27, In(3LR)P42, In(3LR)224, FBal0016127==st[1] Sb[sbd-2] |FBst0001200 |LS(3)Ubx[U], emc[D] FBal0016127==st[1] in[1] kni[ri-1] p[p] Sb[sbd-2]//DS(3)Ubx[U], FBal0016127==st[1] in[1] kni[ri-1] p[p] Sb[sbd-2] |FBst0001220 |mu2[1] st[1]/TM6C, ca[1] |FBst0001227 |In(3L)P, In(3LR)HR33, Me[1] h[1] D[3]/In(3L)HR15, In(3L)HR27, In(3LR)HR33, In(3LR)LD6, In(3LR)224, In(3LR)P42, FBal0016127==st[1] |FBst0001233 |In(3LR)111, h[1] th[1] FBal0016127==st[1] cu[1] sr[1]/TM6B, Tb[1] |FBst0001254 |In(3L)C90, rs[2] th[1] FBal0016127==st[1] cp[1] in[1]/TM3, Sb[1] Ser[1] |FBst0001259 |CyO/Pu[2]; In(3LR)f7/st[1] cp[1] |FBst0001297 |C(1)M4, y[2]; In(3LR)C190[L]A114[R]/In(3LR)A114[L]Ubx[101R], th[1] st[1], kni[ri-1] |FBst0001312 |LS(3)P93, In(3L)P//DS(3)P93, h[1] FBal0016127==st[1] Ki[1] p[p] |FBst0001320 |C(1)M4, y[2]; In(3LR)230/th[1] FBal0016127==st[1] cp[1] in[1] kni[ri-1] Kg[V] Ki[1] p[p] |FBst0001336 |LS(3)P42, th[1] FBal0016127==st[1] cp[1] in[1] kni[ri-1]//DS(3)P42, In(3L)HR27, FBal0016127==st[1] |FBst0001361 |y[2]; LS(3)P41, In(3LR)P42, FBal0016127==st[1] cp[1] in[1] kni[ri-1]//DS(3)P42, Ubx[bx-34e], In(3LR)P42, FBal0016127==st[1] cp[1] in[1] kni[ri-1] |FBst0001371 |In(3LR)f19, h[1] th[1] FBal0016127==st[1] cu[1] sr[1] e[s]/TM6 |FBst0001381 |LS(3)P93, st[1]//DS(3)P93, h[1] FBal0016127==st[1] Ki[1] |FBst0001390 |C(1)M4, y[2]; In(3LR)P42, FBal0016127==st[1] cp[1] in[1] kni[ri-1] |FBst0001393 |ru[1] h[1] th[1] FBal0016127==st[1] betaTub85D[6] ca[1]/TM2 |FBst0001403 |In(3LR)LD6, fz[1] FBal0016127==st[1] cp[1] in[1] kni[ri-1]/TM3, Sb[1] Ser[1] |FBst0001408 |C(1)M4, y[2]; th[1] FBal0016127==st[1] cp[1] in[1] kni[ri-1] Kg[V] Ki[1] p[p]/TM3, Sb[1] Ser[1] |FBst0001435 |C(1)M4, y[2]; In(3LR)B158/In(3LR)Ubx[16R], th[1] FBal0016127==st[1] cp[1] Ubx[R16] |FBst0001471 |ru[1] rho[7M43] h[1] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0001559 |Df(3R)110, ru[1] th[1] FBal0016127==st[1] kni[ri-1] rn[roe-1] p[p] e[s] ca[1]/TM3, Sb[1] |FBst0001585 |Inscy/Dp(1;Y)y[+]; dp[ov1] bw[1]; FBal0016127==st[1] p[p] |FBst0001624 |C(3L)*, st[1]; C(3R)*, e[s] |FBst0001640 |T(2;3)T4, CyO: FBal0016127==st[1] Kg[V] red[1] Tb[1]/TM3, Sb[1] Ser[1] |FBst0001652 |In(3L)D, ru[1] h[1] mirr[SaiD1] D[1] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0001655 |Df(3R)XM3, ru[1] th[1] FBal0016127==st[1] kni[ri-1] cu[1] p[p] e[1]/TM3, Sb[1] |FBst0001683 |st[1] in[1] kni[ri-1] eg[2] Ki[1] p[p] e[s]/TM3, Sb[1] Ser[1] |FBst0001711 |ru[1] h[1] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] Pr[1] ca[1]/TM6B, Bri[1], Tb[1] |FBst0001745 |th[1] FBal0016127==st[1] Antp[Ns-rv86] cu[1] |FBst0001751 |w[*]; alphaTub67C[2] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0001755 |hb[12] FBal0016127==st[1] e[1]/TM3, Sb[1] |FBst0001780 |C(1)M3, y[2]; ru[1] h[1] FBal0016127==st[1] p[p] ss[1] e[s] |FBst0001781 |ru[1] h[25] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0001783 |ru[1] h[1] th[1] FBal0016127==st[1] kni[1] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] Ser[1] |FBst0001784 |st[1] betaTub85D[Drv1] p[p] ss[1]/TM3, Sb[1] |FBst0001906 |Df(3R)LIN, FBal0016127==st[1] p[p] e[1]/TM3, Sb[1] |FBst0001907 |Df(3R)9A99, ru[1] h[1] FBal0016127==st[1] th[1] cu[1] sr[1] e[s] ca[1]/TM1 |FBst0001909 |Df(3R)Tl-X, mwh[1] th[1] FBal0016127==st[1] kni[ri-1] rn[roe-1] p[p] sr[1] e[1] ca[1]/TM3, Ser[1] |FBst0001962 |Df(3R)p-XT103, ru[1] FBal0016127==st[1] e[1] ca[1]/TM3, Sb[1] |FBst0002052 |Df(3L)rdgC-co2, th[1] FBal0016127==st[1] in[1] kni[ri-1] p[p]/TM6C, cu[1] Sb[1] Tb[1] ca[1] |FBst0002087 |ru[1] h[1] th[1] FBal0016127==st[1] cu[1] sad[1] sr[1] e[s] ca[1]/TM6B, Tb[1] |FBst0002108 |th[1] FBal0016127==st[1] Ki[1] pb[4] p[p]/TM3, Sb[1] |FBst0002114 |st[1] trx[1]/TM1 |FBst0002139 |w[*]; P{w[+mC]=ovoD1-18}3L P{w[+mW.hs]=FRT(w[hs])}2A/ru[1] FBal0016127==st[1] betaTub85D[D] ss[1] e[s]/TM3, Sb[1] |FBst0002149 |w[*]; P{ry[+t7.2]=neoFRT}82B P{w[+mC]=ovoD1-18}3R/st[1] betaTub85D[D] ss[1] e[s]/TM3, Sb[1] |FBst0002198 |Df(3R)ro80b, FBal0016127==st[1] e[1]/TM3, Sb[1] |FBst0002222 |ru[1] h[1] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] pnt[2] ca[1]/TM3, Sb[1] Ser[1] |FBst0002243 |st[1] ncd[D] |FBst0002245 |Dp(1;Y)B[S]; h[1] alphaTub67C[3] FBal0016127==st[1] ncd[D]/TM3, Sb[1] |FBst0002250 |ru[1] h[1] FBal0016127==st[1] kni[ri-1] Antp[Scx] p[p] e[s]/TM3, Sb[1] |FBst0002252 |Df(3R)hh, FBal0016127==st[1] e[1]/In(3R)C, Sb[1] sprd[1] e[1] l(3)e[1] |FBst0002265 |srw[1] FBal0016127==st[1] e[1]/TM3, Sb[1] |FBst0002362 |Df(3R)crb87-4, FBal0016127==st[1] e[1]/TM3, Ser[1] |FBst0002363 |Df(3R)crb87-5, FBal0016127==st[1] e[1]/TM3, Ser[1] |FBst0002366 |Df(3R)XTA1, th[1] FBal0016127==st[1] kni[ri-1] rn[roe-1] p[1]/Dp(3;3)M95A[+]13, FBal0016127==st[1] e[1] |FBst0002406 |st[1] in[1] kni[ri-1] Scm[D1]/TM3, Sb[1] |FBst0002448 |st[1] betaTub85D[Drv2] by[1]/TM3, Sb[1] |FBst0002451 |st[1] betaTub85D[D] ss[1] e[s]/TM2 & dsx[D] Sb[1] e[1]/TM2 |FBst0002452 |ru[1] pbl[5] h[1] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0002455 |st[1] Ki[1] cu[1] dco[3]/TM6B, Tb[1] |FBst0002458 |st[1] Sb[sbd-1] e[1] ro[1] dco[2]/TM6B, Tb[1] |FBst0002464 |Df(3R)R38.3, FBal0016127==st[1] ry[506]/TM3, Sb[1] Ser[1] |FBst0002485 |ru[1] h[1] th[1] FBal0016127==st[1] cu[1] srp[3] sr[1] e[s] ca[1]/TM3, Sb[1] Ser[1] |FBst0002500 |ru[1] h[1] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] stg[4] ca[1]/TM3, Sb[1] Ser[1] |FBst0002507 |ru[1] h[1] th[1] FBal0016127==st[1] kni[ri-1] rn[roe-1] p[p] e[1] Tl[r4]/TM3, Ser[1] |FBst0002515 |st[1] ry[2]; sv[spa-pol] |FBst0002729 |st[1] e[1] tll[1]/TM3, Sb[1] |FBst0002776 |dib[2] FBal0016127==st[1] e[1]/TM3, Sb[1] |FBst0002987 |th[1] FBal0016127==st[1] kni[ri-1] rn[roe-1] osk[6] p[p]/TM3, Sb[1] Ser[1] |FBst0003001 |y[1] sn[w]; bw[1]; FBal0016127==st[1] |FBst0003057 |T(2;3)abd-A[MX1], mwh[1] jv[1] FBal0016127==st[1] red[1] Sb[sbd-2] abd-A[MX1] e[11] ro[1] ca[1]/TM1 |FBst0003059 |mwh[1] jv[1] FBal0016127==st[1] red[1] Sb[sbd-2] l(3)89Ee[1] e[11] ro[1] ca[1]/TM1 |FBst0003089 |st[1] bch[1] e[1]/TM3, Sb[1] |FBst0003090 |st[1] kkv[1] e[1]/TM3, Sb[1] |FBst0003091 |st[1] e[1] kay[sro-1]/TM3, Sb[1] |FBst0003093 |ru[1] h[1] th[1] FBal0016127==st[1] cu[1] yrt[2] sr[1] e[s] ca[1]/TM3, Sb[1] Ser[1] |FBst0003094 |ru[1] h[1] th[1] FBal0016127==st[1] hau[9G] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] Ser[1] |FBst0003095 |ru[1] h[1] th[1] FBal0016127==st[1] nkd[2] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] Ser[1] |FBst0003097 |ru[1] h[1] th[1] FBal0016127==st[1] knk[1] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] Ser[1] |FBst0003100 |st[1] put[135] e[1]/TM3, Ser[1] |FBst0003103 |ru[1] h[1] th[1] FBal0016127==st[1] grn[7L] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] Ser[1] |FBst0003105 |ru[1] h[1] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] kay[1] ca[1]/TM3, Sb[1] Ser[1] |FBst0003106 |ru[1] h[1] th[1] FBal0016127==st[1] cu[1] pnr[1] sr[1] e[s] ca[1]/TM3, Sb[1] Ser[1] |FBst0003107 |ru[1] h[1] th[1] FBal0016127==st[1] cno[2] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] Ser[1] |FBst0003108 |ru[1] h[1] th[1] FBal0016127==st[1] cu[1] ea[1]/TM8, l(3)DTS4[1] |FBst0003110 |st[1] pip[1] e[1]/TM8, l(3)DTS4[1] |FBst0003114 |st[1] snk[1] e[1]/TM8, l(3)DTS4[1] |FBst0003116 |st[1] tub[2] e[1]/TM8, l(3)DTS4[1] |FBst0003123 |Df(3L)fz-D21, th[1] st[1]/TM6B, Tb[1] |FBst0003126 |Df(3L)fz-M21, st[1]/TM6 |FBst0003222 |ru[1] h[1] th[1] FBal0016127==st[1] opa[1] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] Ser[1] |FBst0003237 |ru[1] h[1] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] tld[9] ca[1]/TM3, Sb[1] Ser[1] |FBst0003252 |st[1] bcd[7] p[p] osk[6]/TM3, Sb[1] Ser[1] |FBst0003253 |th[1] FBal0016127==st[1] kni[ri-1] rn[roe-1] p[p] osk[6] nos[L7] e[1]/TM3, Sb[1] Ser[1] |FBst0003254 |st[1] pum[13] nos[L7] e[1] |FBst0003255 |th[1] FBal0016127==st[1] kni[ri-1] bcd[6] rn[roe-1] p[p] e[1] tsl[1]/TM3, Sb[1] Ser[1] |FBst0003257 |st[1] kni[ri-1] bcd[6] rn[roe-1] p[p] nos[L7] e[1]/TM3, Sb[1] Ser[1] |FBst0003258 |st[1] pum[13] e[1] tsl[4] ca[1]/TM3, Sb[1] Ser[1] |FBst0003259 |st[1] kni[ri-1] rn[roe-1] p[p] osk[6] e[1] tsl[4] ca[1]/TM3, Sb[1] |FBst0003260 |st[1] pum[13]/TM3, Sb[1] Ser[1] |FBst0003261 |st[1] kni[ri-1] bcd[6] pum[13]/TM3, Ser[1] |FBst0003276 |spo[1] FBal0016127==st[1] e[1]/TM3, Sb[1] |FBst0003279 |ple[4] FBal0016127==st[1] e[1]/TM3, Sb[1] |FBst0003282 |ru[1] h[1] th[1] FBal0016127==st[1] hb[6] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] Ser[1] |FBst0003283 |ru[1] h[1] th[1] FBal0016127==st[1] hb[7] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0003284 |st[1] hb[11] e[1]/TM3, Sb[1] |FBst0003285 |st[1] nos[L7] e[1]/TM3, Sb[1] |FBst0003287 |ru[1] FBal0016127==st[1] ea[14] spz[3] ca[1]/TM1 |FBst0003288 |ru[1] th[1] FBal0016127==st[1] kni[ri-1] pip[2] rn[roe-1] p[p] ea[1]/TM3, Sb[1] |FBst0003290 |Dp(1;Y)B[S]; ru[1] FBal0016127==st[1] e[1] Ets97D[tne-4] ca[1]/TM3, Ser[1] |FBst0003308 |th[1] FBal0016127==st[1] cp[1] in[1] kni[ri-1] bcd[2] hb[9]/TM3, Sb[1] |FBst0003309 |th[1] FBal0016127==st[1] cp[1] in[1] kni[6] kni[ri-1] p[p] e[1] tll[1]/TM3, Sb[1] |FBst0003310 |st[1] tsl[3] tll[1]/TM3, Sb[1] |FBst0003311 |h[41] th[1] FBal0016127==st[1] ftz[12] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0003312 |h[41] th[1] FBal0016127==st[1] opa[1] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0003313 |th[1] FBal0016127==st[1] cp[1] in[1] kni[ri-1] p[p] sim[8]/TM3, Sb[1] |FBst0003314 |Dp(1;Y)B[S]; tov[1], ru[1] FBal0016127==st[1] e[1] ca[1]/TM3, Sb[1] |FBst0003315 |Dp(1;Y)B[S]; ru[1] FBal0016127==st[1] ncn[018] e[1] ca[1]/TM3, Sb[1] |FBst0003316 |Dp(1;Y)B[S]; ru[1] bip[653] FBal0016127==st[1] e[1] ca[1]/TM3, Sb[1] |FBst0003317 |Dp(1;Y)B[S]; ru[1] FBal0016127==st[1] lds[1] e[1] ca[1]/TM3, Sb[1] |FBst0003318 |Dp(1;Y)B[S]; elyC[1], ru[1] FBal0016127==st[1] e[1] ca[1]/TM3, Sb[1] |FBst0003319 |Dp(1;Y)B[S]; ru[1] FBal0016127==st[1] aur[1] e[1] ca[1]/TM3, Sb[1] |FBst0003320 |ru[1] FBal0016127==st[1] sic[2] e[1] ca[1]/TM6B, Tb[1] |FBst0003321 |Dp(1;Y)B[S]; ru[1] gnu[305] th[1] FBal0016127==st[1] kni[ri-1] rn[roe-1] p[p] e[s] ca[1]/TM3, Sb[1] |FBst0003322 |Dp(1;Y)B[S]; ru[1] FBal0016127==st[1] e[1] spn-A[1] ca[1]/TM3, Sb[1] |FBst0003323 |Dp(1;Y)B[S]; ru[1] FBal0016127==st[1] fch[1] e[1] ca[1]/TM3, Sb[1] |FBst0003324 |Dp(1;Y)B[S]; ru[1] FBal0016127==st[1] spn-B[1] e[1] ca[1]/TM3, Sb[1] |FBst0003325 |Dp(1;Y)B[S]; ru[1] FBal0016127==st[1] e[1] spn-F[1] ca[1]/TM3, Sb[1] |FBst0003326 |Dp(1;Y)B[S]; ru[1] th[1] FBal0016127==st[1] kni[ri-1] rn[roe-1] p[p] e[s] spn-D[2] ca[1]/TM3, Sb[1] |FBst0003327 |ru[1] FBal0016127==st[1] spn-E[1] e[1] ca[1]/TM3, Sb[1] Ser[1] |FBst0003328 |Dp(1;Y)B[S]; ru[1] mus301[D3] FBal0016127==st[1] e[1] ca[1]/TM3, Sb[1] |FBst0003329 |Dp(1;Y)B[S]; vss[1], ru[1] FBal0016127==st[1] e[1] ca[1]/TM2 |FBst0003330 |ru[1] klar[1] th[1] FBal0016127==st[1] cp[1] in[1] kni[ri-1] ftz[16] p[p]/TM3, klar[*] ru[*] Sb[1] |FBst0003331 |th[1] FBal0016127==st[1] cu[1] sr[1] e[s] fkh[1]/TM3, Sb[1] |FBst0003335 |th[1] FBal0016127==st[1] kni[ri-1] p[p] pum[3] e[1] tll[1]/TM3, Sb[1] |FBst0003349 |ru[1] h[1] th[1] FBal0016127==st[1] cu[1] ems[1] sr[1] e[s] ca[1]/TM3, Sb[1] Ser[1] |FBst0003363 |Df(3R)9A99, th[1] FBal0016127==st[1] cp[1] in[1] kni[ri-1] kni[6] cu[1] e[s] ca[1]/TM3, Sb[1] |FBst0003376 |st[1] e[1] hh[2]/TM3, Sb[1] |FBst0003399 |st[1] in[1] kni[ri-1] Scr[W] Pc[3]/TM3, Sb[1] |FBst0003407 |ru[1] h[1] FBal0016127==st[1] cp[1] in[1] kni[ri-1] Antp[Scx] p[p] cu[1] e[1]/TM3, Sb[1] |FBst0003441 |Dp(1;Y)B[S]; ru[1] th[1] FBal0016127==st[1] kni[ri-1] bcd[10] rn[roe-1] p[p] e[s] ca[1]/TM3, Sb[1] |FBst0003442 |Dp(1;Y)B[S]; ru[1] th[1] FBal0016127==st[1] bcd[8] e[1] ca[1]/TM3, Sb[1] |FBst0003448 |ru[1] h[1] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] crb[2] ca[1]/TM3, Sb[1] Ser[1] |FBst0003602 |T(2;3)rdgC[co6], th[1] FBal0016127==st[1] rdgC[co6] in[1] kni[ri-1] p[p] |FBst0003621 |ru[1] h[1] th[1] FBal0016127==st[1] trx[E2] ca[1]/TM6B, Tb[1] ca[1] |FBst0003630 |th[1] FBal0016127==st[1] kni[ri-1] bcd[6] rn[roe-1] p[p]/TM3, Sb[1] |FBst0003639 |Df(3R)urd, ru[1] h[1] th[1] FBal0016127==st[1] sr[1] e[s] ca[1]/TM3, Sb[1] Ser[1] ca[*] |FBst0003650 |Df(3L)M21, kni[ri-1] p[p]/In(3LR)T33[L]f19[R], h[1] th[1] FBal0016127==st[1] cu[1] sr[1] |FBst0003670 |Dp(3;1)P115; Df(3R)P9, FBal0016127==st[1] in[1] kni[ri-1] Pc[3] Antp[21] Ki[1] p[p]/TM3, Sb[1] |FBst0003672 |Dp(3;1)P115; Df(3R)P9, FBal0016127==st[1] in[1] kni[ri-1] Pc[3] Scr[4] Antp[25]/TM3, Sb[1] |FBst0003673 |Dp(3;1)P115; Df(3R)P9, FBal0016127==st[1] in[1] kni[ri-1] Pc[3] Scr[2] p[p]/TM3, Sb[1] |FBst0003675 |st[1] in[1] kni[ri-1] Pc[3] Antp[21] Ki[1] p[p]/TM3, Sb[1] |FBst0003676 |st[1] in[1] kni[ri-1] Pc[3] Antp[25] red[1] e[s]/TM3, Sb[1] |FBst0003677 |Df(3R)P10, FBal0016127==st[1] in[1] kni[ri-1] Pc[3] p[p] abd-A[P10]/TM6B, Tb[+] |FBst0003679 |Dp(3;1)P115; Df(3R)P9, FBal0016127==st[1] in[1] kni[ri-1] Pc[3] Scr[4] red[1]/TM3, Sb[1] |FBst0003724 |st[1] mus310[D1]/TM3, Sb[1] Ser[1] |FBst0003725 |st[1] mus311[D2]/TM3, Sb[1] Ser[1] |FBst0004026 |mwh[1] jv[1] FBal0016127==st[1] red[1] Sb[sbd-2] l(3)89Em[M96] e[11] ro[1] ca[1]/TM1 |FBst0004027 |mwh[1] jv[1] FBal0016127==st[1] red[1] Sb[sbd-2] l(3)89El[M171] e[11] ro[1] ca[1]/TM1 |FBst0004028 |mwh[1] jv[1] FBal0016127==st[1] red[1] Sb[sbd-2] l(3)89Dd[M175] e[11] ro[1] ca[1]/TM1 |FBst0004029 |mwh[1] jv[1] FBal0016127==st[1] red[1] Sb[sbd-2] l(3)89Ea[M182] e[11] ro[1] ca[1]/TM1 |FBst0004030 |mwh[1] jv[1] FBal0016127==st[1] red[1] Sb[sbd-2] l(3)89De[M188] e[11] ro[1] ca[1]/TM1 |FBst0004031 |mwh[1] jv[1] FBal0016127==st[1] red[1] Sb[sbd-2] l(3)89Cg[M191] e[11] ro[1] ca[1]/TM1 |FBst0004033 |mwh[1] jv[1] FBal0016127==st[1] red[1] Sb[sbd-2] l(3)89Ci[M238] e[11] ro[1] ca[1]/TM1 |FBst0004034 |mwh[1] jv[1] FBal0016127==st[1] red[1] Sb[sbd-2] l(3)89Bu[M1511] e[11] ro[1] ca[1]/TM1 |FBst0004035 |mwh[1] jv[1] FBal0016127==st[1] red[1] Sb[sbd-2] l(3)89En[M2511] e[11] ro[1] ca[1]/TM1 |FBst0004036 |mwh[1] jv[1] FBal0016127==st[1] red[1] Sb[sbd-2] l(3)89Ch[M2912] e[11] ro[1] ca[1]/TM1 |FBst0004037 |mwh[1] jv[1] FBal0016127==st[1] red[1] Sb[sbd-2] l(3)89Df[M2922] e[11] ro[1] ca[1]/TM1 |FBst0004050 |C(1)DX, y[1] f[1]/R(1)2, y[1] f[1]/Dp(1;Y)y[+]; FBal0016127==st[1] mus302[*] |FBst0004210 |ecd[1] FBal0016127==st[1] red[1] e[4] ca[1] |FBst0004219 |ru[1] h[1] shd[2] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004220 |ru[1] h[1] th[1] FBal0016127==st[1] cu[1] sr[1] Dl[9P] e[s] ca[1]/TM3, Sb[1] |FBst0004221 |ru[1] h[1] th[1] FBal0016127==st[1] hth[5E04] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004222 |ru[1] h[1] th[1] FBal0016127==st[1] neur[1] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004223 |ru[1] th[1] FBal0016127==st[1] dic[1]/TM3, Sb[1] |FBst0004226 |st[1] W[1] cu[1] ry[1] ss[1] |FBst0004255 |sc[1] f[1]; al[1] b[1] sp[1]; rho[ve-1] FBal0016127==st[1] ca[1] |FBst0004337 |st[1] ry[2] e[s]; Dp(3;4)ry[+] |FBst0004374 |y[1] w[1]; P{w[+mC]=lacW}64A th[1] FBal0016127==st[1] cu[1] e[s] spdo[C55] ca[1]/TM6B, P{w[+mC]=iab-2(1.7)lacZ}6B, Tb[+] |FBst0004380 |ru[1] h[1] Nrx[4304] FBal0016127==st[1] ry[506] e[1]/TM6B, Tb[1] |FBst0004381 |bw[1]; Rop[G27] st[1]/TM6B, Tb[+] |FBst0004382 |y[1] w[1]; P{w[+mC]=lacW}64A sens[I235] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] ca[1]/TM6B, P{w[+mC]=iab-2(1.7)lacZ}6B, Tb[1] |FBst0004383 |y[1] w[1]; P{w[+mC]=lacW}64A th[1] FBal0016127==st[1] ded[G371] cu[1] sr[1] e[s] ca[1]/TM6B, P{w[+mC]=iab-2(1.7)lacZ}6B, Tb[1] |FBst0004384 |y[1] w[1]; P{w[+mC]=lacW}64A pav[B200] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] ca[1]/TM6B, P{w[+mC]=iab-2(1.7)lacZ}6B, Tb[1] |FBst0004385 |y[1] w[1]; P{w[+mC]=lacW}64A th[1] FBal0016127==st[1] misn[E95] cu[1] sr[1] e[s] ca[1]/TM6B, P{w[+mC]=iab-2(1.7)lacZ}6B, Tb[1] |FBst0004386 |y[1] w[1]; P{w[+mC]=lacW}64A th[1] FBal0016127==st[1] dmt[I184] cu[1] sr[1] e[s] ca[1]/TM6B, P{w[+mC]=iab-2(1.7)lacZ}6B, Tb[1] |FBst0004387 |y[1] w[1]; P{w[+mC]=lacW}64A vvl[M638] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] ca[1]/TM6B, P{w[+mC]=iab-2(1.7)lacZ}6B, Tb[1] |FBst0004388 |y[1] w[1]; jay[F261], P{w[+mC]=lacW}64A th[1] FBal0016127==st[1] cu[1] sr[1] e[s] ca[1]/TM6B, P{w[+mC]=iab-2(1.7)lacZ}6B, Tb[1] |FBst0004390 |y[1] w[1]; P{w[+mC]=lacW}64A th[1] FBal0016127==st[1] puc[H246] cu[1] sr[1] e[s] ca[1]/TM6B, P{w[+mC]=iab-2(1.7)lacZ}6B, Tb[1] |FBst0004391 |y[1] w[1]; stich1[D233], P{w[+mC]=lacW}64A th[1] FBal0016127==st[1] cu[1] sr[1] e[s] ca[1]/TM6B, P{w[+mC]=iab-2(1.7)lacZ}6B, Tb[1] |FBst0004392 |y[1] w[1]; stich2[D337], P{w[+mC]=lacW}64A th[1] FBal0016127==st[1] cu[1] sr[1] e[s] ca[1]/TM6B, P{w[+mC]=iab-2(1.7)lacZ}6B, Tb[1] |FBst0004432 |Df(3R)crb-F89-4, FBal0016127==st[1] e[1]/TM3, Ser[1] |FBst0004435 |Eip74EF[DL-1] FBal0016127==st[1] p[p] e[11]/TM6C, Sb[1] Tb[1] |FBst0004463 |In(3L)D, rho[ve-1] R[1] D[3] FBal0016127==st[1] Ubx[1] e[4] Pr[1] ca[1]/In(3R)P, Dfd[1] ca[1] |FBst0004465 |ru[1] h[1] th[1] FBal0016127==st[1] Pc[6] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004470 |C(1;Y)1, y[1]/0; FBal0016127==st[1] |FBst0004500 |Df(3L)Scf-R6, th[1] FBal0016127==st[1] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004586 |st[1] e[1] tok[1]/TM3, Sb[1] |FBst0004587 |st[1] slo[1] |FBst0004787 |Df(3R)3-4, ru[1] th[1] st[1]/TM3, Sb[1] Ser[1] |FBst0004822 |ru[1] h[1] th[1] FBal0016127==st[1] bob[C871] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004823 |ru[1] h[1] th[1] FBal0016127==st[1] fs(3)82CDa[71] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004824 |ru[1] h[1] th[1] FBal0016127==st[1] fs(3)82CDb[842] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004825 |ru[1] h[1] th[1] FBal0016127==st[1] fs(3)82EFa[84] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004826 |ru[1] h[1] th[1] FBal0016127==st[1] fs(3)82EFb[712] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004827 |ru[1] h[1] th[1] FBal0016127==st[1] fs(3)82EFc[762] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004828 |ru[1] h[1] th[1] FBal0016127==st[1] fs(3)82EFd[1411] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004829 |ru[1] h[1] th[1] FBal0016127==st[1] fs(3)82EFe[1430] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004830 |ru[1] h[1] th[1] FBal0016127==st[1] l(3)82CDb[C1644] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004831 |ru[1] h[1] th[1] FBal0016127==st[1] l(3)82CDc[C931] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004832 |ru[1] h[1] th[1] FBal0016127==st[1] l(3)82CDd[C142] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004833 |ru[1] h[1] th[1] FBal0016127==st[1] l(3)82CDd[C360] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004834 |ru[1] h[1] th[1] FBal0016127==st[1] l(3)82Da[C809] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004835 |ru[1] h[1] th[1] FBal0016127==st[1] l(3)82Db[C781] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004836 |ru[1] h[1] th[1] FBal0016127==st[1] l(3)82EFb[C284] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0004952 |st[1] e[1] mbc[D11.2]/TM3, Ser[1] |FBst0005121 |enc[R1] FBal0016127==st[1] e[1] ca[1]/TM3, Ser[1] |FBst0005155 |bw[1]; Awh[63Ea-E12] st[1]/TM6B, Tb[1] |FBst0005156 |bw[1]; Awh[63Ea-G14] st[1]/TM6B, Tb[1] |FBst0005157 |bw[1]; RfC40[A18] st[1]/TM6B, Tb[1] |FBst0005158 |bw[1]; RfC40[B6] st[1]/TM6B, Tb[1] |FBst0005159 |bw[1]; dib[B17] st[1]/TM6B, Tb[1] |FBst0005160 |bw[1]; Sc2[A4] st[1]/TM6B, Tb[+] |FBst0005161 |bw[1]; Sc2[F9] st[1]/TM6B, Tb[+] |FBst0005162 |bw[1]; l(3)63Ec[F15] st[1]/TM6B, Tb[1] |FBst0005163 |bw[1]; l(3)63Ed[A11] st[1]/TM6B, Tb[1] |FBst0005164 |bw[1]; l(3)63Ed[D6] st[1]/TM6B, Tb[+] |FBst0005165 |bw[1]; l(3)63Ee[E1] st[1]/TM6B, Tb[1] |FBst0005166 |bw[1]; l(3)63Fa[D9] st[1]/TM6B, Tb[+] |FBst0005167 |bw[1]; ida[B4] st[1]/TM6B, Tb[+] |FBst0005168 |bw[1]; ida[D14] st[1]/TM6B, Tb[1] |FBst0005169 |bw[1]; mge[A1] st[1]/TM6B, Tb[1] |FBst0005170 |bw[1]; mge[B10] st[1]/TM6B, Tb[1] |FBst0005171 |bw[1]; l(3)63Fd[A21] st[1]/TM3, Sb[1] |FBst0005172 |bw[1]; l(3)63Fd[C16] st[1]/TM6B, Tb[1] |FBst0005173 |bw[1]; wit[A12] st[1]/TM6B, Tb[1] |FBst0005174 |bw[1]; wit[B11] st[1]/TM6B, Tb[1] |FBst0005175 |bw[1]; l(3)64Ab[A10] st[1]/TM6B, Tb[1] |FBst0005176 |bw[1]; l(3)64Ab[D2] st[1]/TM6B, Tb[1] |FBst0005177 |bw[1]; l(3)64Ae[A24] st[1]/TM6B, Tb[1] |FBst0005178 |bw[1]; l(3)64Ae[B1] st[1]/TM3, Sb[1] |FBst0005179 |bw[1]; l(3)64Ae[C5] st[1]/TM3, Sb[1] |FBst0005180 |bw[1]; l(3)64Ag[B3] st[1]/TM3, Sb[1] |FBst0005181 |bw[1]; l(3)64Ag[C8] st[1]/TM3, Sb[1] |FBst0005182 |bw[1]; nab[A23] st[1]/TM6B, Tb[1] |FBst0005183 |bw[1]; nab[G26] st[1]/TM6B, Tb[1] |FBst0005184 |bw[1]; Faa[A9] st[1]/TM6B, Tb[1] |FBst0005185 |bw[1]; Faa[B5] st[1]/TM6B, Tb[1] |FBst0005186 |bw[1]; Gad1[A8] st[1]/TM6B, Tb[+] |FBst0005187 |bw[1]; Gad1[B9] st[1]/TM6B, Tb[+] |FBst0005341 |P{ry[+t7.2]=ftz/lacC}4; ru[1] h[1] th[1] FBal0016127==st[1] ftz[14] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0005342 |P{ry[+t7.2]=ftz/lacC}4; th[1] FBal0016127==st[1] ftz[7B17] ry[506]/TM3, Sb[1] |FBst0005461 |Df(3L)fz-M21, th[1] st[1]/TM6C, cu[1] Sb[1] ca[1]; Ts(YSt;3Lt)ST1 |FBst0005750 |w[*]; Gl[1] th[1] FBal0016127==st[1] P{w[+mW.hs]=FRT(w[hs])}2A/TM3, Sb[1] Ser[1] |FBst0005760 |w[*]; ru[1] h[1] th[1] FBal0016127==st[1] P{w[+mW.hs]=FRT(w[hs])}2A |FBst0005761 |w[*]; ru[1] th[1] FBal0016127==st[1] P{w[+mW.hs]=FRT(w[hs])}2A sr[1] e[s] ca[1] |FBst0005780 |st[1] sina[3]/TM6B, Tb[1] |FBst0005807 |ru[1] h[1] th[1] FBal0016127==st[1] Ki[1] p[p] P{ry[+t7.2]=PZ}Hsc70-4[03550]/TM3, Sb[1] |FBst0005874 |ru[1] h[1] th[1] FBal0016127==st[1] cu[1] RpII140[wimp] sr[1] e[s] ca[1]/TM3, Sb[1] |FBst0005878 |Df(3L)ri-XT1, ru[1] FBal0016127==st[1] e[1] ca[1]/TM3, Ser[1] |FBst0005917 |th[1] FBal0016127==st[1] cu[1] sr[1] Apc2[DeltaS]/TM6B, Tb[1] |FBst0006203 |st[1] l(3)89Bo[1] e[1]/TM3, Sb[1] Ser[1] |FBst0006274 |ru[1] h[1] th[1] FBal0016127==st[1] l(3)7E103[1] cu[1] sr[1] e[s] ca[1]/TM3, P{w[+mW.hs]=Thb8-lacZ}WD1, Sb[1] Ser[1] |FBst0006369 |st[1] nac[1] |FBst0006387 |st[1] nac[4] e[s]/TM6 |FBst0006398 |ru[1] h[1] th[1] FBal0016127==st[1] cu[1] Hsc70-4[54.1]/TM6B, Tb[1] |FBst0006591 |In(3L)A54, FBal0016127==st[1] cu[2] p[p] red[1] e[4]/TM6C, cu[1] Sb[1] Tb[1] |FBst0006610 |st[1] e[1] l(3)3450-P[O5]/TM6B, Tb[1] |FBst0006611 |w[1118]; FBal0016127==st[1] e[1] l(3)3450-L[D1]/TM6B, Tb[1] |FBst0006612 |w[1118]; FBal0016127==st[1] e[1] l(3)3450-B[A1]/TM6B, Tb[1] |FBst0006613 |st[1] e[1] l(3)3450-C[C6]/TM6B, Tb[1] |FBst0006614 |w[1118]; FBal0016127==st[1] e[1] l(3)3450-G[H2]/TM6B, Tb[1] |FBst0006615 |st[1] e[1] l(3)3450-K[K5]/TM6B, Tb[1] |FBst0006616 |w[1118]; FBal0016127==st[1] e[1] l(3)3450-E[F3]/TM6B, Tb[1] |FBst0006617 |st[1] e[1] l(3)3450-O[Q9]/TM6B, Tb[+] |FBst0006618 |st[1] e[1] l(3)3450-H[O2]/TM6B, Tb[1] |FBst0006619 |st[1] e[1] l(3)3450-I[M2]/TM6B, Tb[1] |FBst0006620 |st[1] e[1] l(3)3450-D[C2]/TM6B, Tb[1] |FBst0006621 |st[1] e[1] l(3)3450-J[L1]/TM6B, Tb[1] |FBst0006622 |st[1] e[1] l(3)3450-N[I5]/TM6B, Tb[1] |FBst0006623 |w[1118]; FBal0016127==st[1] e[1] l(3)3450-A[B1]/TM6B, Tb[1] |FBst0006624 |w[1118]; FBal0016127==st[1] e[1] l(3)3450-M[H1]/TM6B, Tb[1] |FBst0006625 |st[1] e[1] l(3)3450-F[G3]/TM6B, Tb[1] |FBst0006646 |Df(3L)BSC20, FBal0016127==st[1] ca[1]/TM2, p[p] |FBst0006649 |Df(3L)BSC21, FBal0016127==st[1] sr[1] e[s] ca[1]/TM3, Sb[1] Ser[1] |FBst0006756 |Df(3R)BSC24, FBal0016127==st[1] ca[1]/TM3, Sb[1] Ser[1] |FBst0007015 |Df(3R)BSC34, FBal0016127==st[1] ca[1]/TM3, Ser[1] |FBst0007048 |w[*]; FBal0016127==st[1] in[1] kni[ri-1] p[p] l(3)99DEd[3-18]/TM6C, Sb[1] Tb[1] |FBst0007050 |st[1] in[1] kni[ri-1] p[p] l(3)99DEc[3-13]/TM3, Sb[1] |FBst0007051 |st[1] in[1] kni[ri-1] p[p] l(3)99DEb[3-2]/TM3, Sb[1] |FBst0007052 |st[1] in[1] kni[ri-1] p[p] wts[3-17]/TM3, Sb[1] |FBst0007053 |st[1] in[1] kni[ri-1] p[p] l(3)99DEj[10-28]/TM3, Sb[1] |FBst0007054 |st[1] in[1] kni[ri-1] p[p] l(3)99DEd[6-8]/TM3, Sb[1] |FBst0007055 |st[1] in[1] kni[ri-1] p[p] l(3)99DEi[9-27]/TM3, Sb[1] |FBst0007056 |st[1] in[1] kni[ri-1] p[p] l(3)99DEh[7-20]/TM3, Sb[1] |FBst0007057 |st[1] in[1] kni[ri-1] p[p] l(3)99DEe[6-4]/TM3, Sb[1] |FBst0007058 |st[1] in[1] kni[ri-1] p[p] l(3)99DEf[5-1]/TM3, Sb[1] |FBst0007080 |Df(3R)BSC38, FBal0016127==st[1] ca[1]/TM2, p[p] |FBst0007099 |ru[1] h[1] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] crb[1]/TM3, Sb[1] |FBst0007284 |l(3)8E276[8E276] vn[1] st[1]/TM6B, Tb[1] |FBst0007287 |l(3)9358[9358] vn[1] st[1]/DcxF |FBst0007288 |l(3)B197[B197] vn[1] st[1]/DcxF |FBst0007291 |mtacp1[1303] vn[1] st[1]/TM6B, Tb[1] |FBst0007292 |l(3)02640[7E130] vn[1] st[1]/TM6B, Tb[1] |FBst0007412 |Df(3R)BSC42, FBal0016127==st[1] ca[1]/TM3, Ser[1] |FBst0007413 |Df(3R)BSC43, FBal0016127==st[1] ca[1]/TM2, p[p] |FBst0007443 |Df(3R)BSC47, FBal0016127==st[1] ca[1]/TM3, Ser[1] |FBst0007444 |Df(3R)BSC48, FBal0016127==st[1] ca[1]/TM2, p[p] |FBst0007447 |st[1] l(3)89Br[1] e[1]/TM3, Sb[1] Ser[1] |FBst0007448 |st[1] l(3)89Br[5] e[1]/TM3, Sb[1] Ser[1] |FBst0007450 |st[1] l(3)89Bt[1] e[1]/TM3, Sb[1] Ser[1] |FBst0008453 |bw[1]; mus314[ZIII-2504], st[1]/TM6B, Tb[1] |FBst0008454 |bw[1]; mus315[ZIII-2629], st[1]/TM6B, Tb[1] |FBst0008455 |bw[1]; mus316[ZIII-2640], st[1]/TM6B, Tb[+] |FBst0008456 |bw[1]; mus317[ZIII-4494], st[1]/TM6B, Tb[1] |FBst0008457 |bw[1]; mus318[ZIII-4681], st[1]/TM6B, Tb[+] |FBst0008458 |bw[1]; mus319[ZIII-5444], st[1]/TM6B, Tb[1] |FBst0008459 |bw[1]; mus320[ZIII-6025], st[1]/TM6B, Tb[1] |FBst0008460 |bw[1]; mus321[ZIII-708], st[1]/TM6B, Tb[1] |FBst0008461 |bw[1]; Snm1[ZIII-2589], st[1]/TM6B, Tb[1] |FBst0008462 |bw[1]; Snm1[ZIII-4709], st[1]/TM6B, Tb[1] |FBst0008463 |bw[1]; mus323[ZIII-2866], st[1]/TM6B, Tb[1] |FBst0008464 |bw[1]; mus324[ZIII-4325], st[1]/TM6B, Tb[1] |FBst0008465 |bw[1]; mus324[ZIII-5997], st[1]/TM6B, Tb[1] |FBst0008466 |bw[1]; mus325[ZIII-4708], st[1]/TM6B, Tb[1] |FBst0008467 |bw[1]; mus326[ZIII-4840], st[1]/TM6B, Tb[1] |FBst0008468 |bw[1]; mus327[ZIII-5906], st[1]/TM6B, Tb[1] |FBst0008483 |trh[2] ru[1] h[1] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] ca[1]/TM6B, Tb[1] |FBst0008583 |Df(3R)BSC56, FBal0016127==st[1] ca[1]/TM2 |FBst0008599 |P{ry[+t7.2]=hsFLP}1, y[1] w[*] dec-1[VA28]/FM6; ru[1] h[1] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] Pr[1] ca[1]/TM3, Ser[1] |FBst0010793 |P{ry[+t7.2]=hsp0-1}8; FBal0016127==st[1] ry[506] |FBst0011297 |P{ry[+t7.2]=P-Sal}I16/C(1)DX, y[1] f[1]; bw[1]; FBal0016127==st[1] |FBst0011298 |P{ry[+t7.2]=P-Sal}dm[P0]/C(1)DX, y[1] f[1]; bw[1]; FBal0016127==st[1] |FBst0200165 |st[1] e[1] |FBst0200172 |net[1] pm[1]; FBal0016127==st[1] e[1] |FBst0200189 |jv[1] FBal0016127==st[1] p[1] |FBst0200196 |osp-3[1] FBal0016127==st[1] e[1] |FBst0200201 |st[1] ca[1] |FBst0200202 |st[1] p[1] |FBst0200228 |jv[1] FBal0016127==st[1] e[1] osp-3[1] p[1] |FBst0200229 |jv[1] FBal0016127==st[1] e[1] p[1] |FBst0200523 |st[1] pe[1] |FBst0200534 |st[1] B[3] |FBst0200535 |st[1] pe[1] |FBst0200536 |st[1] B[3] pe[1] |FBst0200538 |w[e]; FBal0016127==st[1] pe[1] |FBst0200539 |tb[1] gp-L2[1]; FBal0016127==st[1] i[1] |FBst0200560 |ru[1] FBal0016127==st[1] mh[1] |FBst0200561 |ru[1] FBal0016127==st[1] mh[1] pe[1] |FBst0200562 |st[1] es[1] pe[am] |FBst0200567 |gp-L2[1]; ru[1] FBal0016127==st[1] mh[1] pe[1] |FBst0201125 |st[1] |FBst0201135 |st[1] |FBst0201172 |f[2]; net[1] pr[1]; FBal0016127==st[1] e[1]; ey[1] |FBst0201186 |f[2]; net[1] pm[1]; FBal0016127==st[1] e[1] |FBst0201187 |st[1] |FBst1001757 |st[1] p[p] red[*] e[*] |FBst1001758 |net[1] bw[1] sp[1]; FBal0016127==st[1] p[p] red[*] e[*] |FBst1001759 |dp[*] bw[1]; FBal0016127==st[1] p[p] red[*] e[*] |FBst1001826 |A68, net[1] bw[1] sp[1]; FBal0016127==st[1] p[p] red[*] e[*]/T(2;3)en[ES] |FBst1001827 |A54, FBal0016127==st[1] p[p] red[*] e[*]/TM6C |FBst1001848 |T(2;3)CyO, FBal0016127==st[1] Ch[V]: red[1] Tb[1]/TM3 |FBst1001849 |w[*]; ru[1] h[1] th[1] FBal0016127==st[1] cu[1] sr[1] e[s] Pr[1] ca[1]/TM6B |Total=415 REFDSR { RDID|FBrf0086235 |ten Have et al. |1995 SYN|412{}st1 ASAL|FBal0016127==st1 MU|spontaneous CLOC|73A3 |Insertion site LOCB|Proximity to gene: FBgn0003515==st } REF { REFM|FBrf0086235 |ten Have et al. |1995 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0016127==st1 REFDSR { RDID|FBrf0003530 |Beadle and Ephrussi |1936 PHP|Eye color autonomous in larval optic discs transplanted into |wild-type hosts. } REFDSR { RDID|FBrf0003911 |Beadle |1937 PHP|Malpighian tubule color: pale yellow. } REFDSR { RDID|FBrf0042242 |Silva and Mensua |1985 PHM|pigment cell } REFDSR { RDID|FBrf0049915 |Tearle et al. |1989 PHP|Eye color: light yellow, with FBal0016140==st14. PHM|pigment cell } REF { REFM|FBrf0003530 |Beadle and Ephrussi |1936 REFM|FBrf0003911 |Beadle |1937 REFM|FBrf0042242 |Silva and Mensua |1985 REFM|FBrf0049915 |Tearle et al. |1989 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0015005 ICL 1 412 SYM 1 412{}stdv ASTR 1 - CLOC 1 73A3 REF 1 2 DT 1 6 Jan 2000 RESZ 431 ID|FBti0015005 SYM|412{}stdv ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0003515==st REFDSR { RDID|FBrf0086235 |ten Have et al. |1995 SYN|412{}stdv ASAL|FBal0050569==stdv CLOC|73A3 |Insertion site LOCB|Proximity to gene: FBgn0003515==st } REF { REFM|FBrf0086235 |ten Have et al. |1995 REFM|FBrf0105495 |FlyBase |1992- } } # EOR TIR { RETE|ID 1 FBti0002394 ICL 1 412 SYM 1 412{}Ubxbx-1 ASTR 1 - CLOC 1 89D6--9 REF 1 6 DT 1 4 Feb 2000 RESZ 2860 ID|FBti0002394 SYM|412{}Ubxbx-1 ASTP|FBtp0011409==412 DT|4 Feb 2000 |21 Mar 1997 ICL|412 ASGN|FBgn0003944==Ubx SK|FBst0000554 |p[p] FBal0017516==Ubx[bx-1] sr[1] e[s] |FBst0000601 |ss[1] FBal0017516==Ubx[bx-1] Su(ss)[2] |FBst0000604 |Dp(3;3)bxd[110], se[1] ss[1] FBal0017516==Ubx[bx-1] tx[1]/TM6B, Tb[1] |FBst0000613 |sp[1]; su(Hw)[2] FBal0017516==Ubx[bx-1] Ubx[bxd-1]/TM1 |FBst0000622 |th[1] st[1] pb[1] p[p] cu[1] kar[1] su(Hw)[2] jvl[1] ss[1] FBal0017516==Ubx[bx-1] sr[1] gl[1]/TM6 |FBst0000679 |y[1] v[1] su(Cbx)[1]; su(Hw)[2] FBal0017516==Ubx[bx-1] Ubx[bxd-1]/T(2;3)ap[Xa], ap[Xa] |FBst0000756 |Df(3R)sbd105, p[p] FBal0017516==Ubx[bx-1] sr[1] e[s]/TM3, Ser[1] |FBst0000897 |Tp(3;3)bxd[110], FBal0017516==Ubx[bx-1] Ubx[bxd-110] sr[1] e[s]/Ubx[bx-34e] Abd-B[Mc] e[s] |FBst0001619 |y[1] v[1] su(Cbx)[1]; FBal0017516==Ubx[bx-1] Ubx[bxd-1]/T(2;3)ap[Xa], ap[Xa] |FBst0001706 |rn[3] p[p] FBal0017516==Ubx[bx-1] sr[1] e[s]/TM1 |FBst0001707 |eg[1] rn[3] p[p] FBal0017516==Ubx[bx-1] sr[1] e[s] ca[1]/TM2 |FBst0001849 |In(3R)dsx[23], dsx[23] FBal0017516==Ubx[bx-1] sr[1] e[s]/TM3, Sb[1] |FBst0001852 |dsx[24] FBal0017516==Ubx[bx-1] sr[1] e[s]/TM3, Sb[1] |FBst0001883 |Df(3R)dsx5, FBal0017516==Ubx[bx-1] sr[1] e[s]/TM1 |FBst0002229 |In(3R)Antp[B], Antp[B] p[p] Ubx[bx-1]/TM2, p[p] |FBst0002238 |Antp[50] p[p] FBal0017516==Ubx[bx-1] sr[1] e[1]/TM3, Sb[1] |FBst0002419 |Ki[1] hat[1] p[p] FBal0017516==Ubx[bx-1] sr[1] e[s]/TM3, Sb[1] |FBst0002420 |Ki[1] hat[2] p[p] FBal0017516==Ubx[bx-1] sr[1] e[s]/TM3, Sb[1] |FBst0003062 |Dp(3;3)sbd[104], Sb[sbd-2] ss[1] Ubx[bx-1]/In(3R)P, Sb[sbd-1] Ubx[D1] ro[1] ca[1] |FBst0003438 |ss[1] FBal0017516==Ubx[bx-1] Ubx[bxd-1]/TM1, Su(ss)[2] |FBst0003462 |ss[a] FBal0017516==Ubx[bx-1] Ubx[Cbx-1]/T(2;3)ap[Xa], ap[Xa] |FBst0004076 |y[2]; TM3, Sb[1] Ser[1]; T(3;4)bxd[101], ss[1] FBal0017516==Ubx[bx-1] Ubx[bxd-101] |Total=22 REFDSR { RDID|FBrf0040194 |Bender et al. |1983 ASAL|FBal0017516==Ubxbx-1 ORI|+ CLOC|89D6--9 |Insertion site LOCB|Proximity to gene: FBgn0003944==Ubx PHC|viable } REFDSR { RDID|FBrf0044226 |Peifer and Bender |1986 ASAL|FBal0017516==Ubxbx-1 ORI|+ CLOC|89D6--9 |Insertion site LOCB|Proximity to gene: FBgn0003944==Ubx PHC|viable } REF { REFM|FBrf0040194 |Bender et al. |1983 REFM|FBrf0044226 |Peifer and Bender |1986 REFM|FBrf0051664 |Castelli-Gair and Garcia-Bellido |1990 REFM|FBrf0051939 |Micol et al. |1990 REFM|FBrf0087590 |Martinez-Laborda et al. |1996 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0017516==Ubxbx-1 REFDSR { RDID|FBrf0027527 |Duncan and Kaufman |1975 PHP|Halteres are enlarged. } REFDSR { RDID|FBrf0037313 |Capdevila and Garcia-Bellido |1981 PHP|The frequency of variegated bithorax transformations seen in FBab0002874==Df(3R)red-P52 |heterozygotes is not increased in flies also heterozygous for FBal0017516==Ubxbx-1. } REFDSR { RDID|FBrf0039773 |Sanchez-Herrero and Morata |1983 PHP|Homozygotes have a stronger homeotic transformation phenotype than |hemizygous FBal0017516==Ubxbx-1/FBab0009957==Df(3R)P115 flies. | The occurrence of costa |(Co) bristles in the proximal haltere (medial structures) and medial |triple row (MTR) bristles in the distal haltere (distal structures) |increases with temperature in homozygotes but not in hemizygotes. |The temperature sensitive period for the increase in MTR and Co bristles |is during the third larval stage. PHM|haltere | conditional ts } REFDSR { RDID|FBrf0040194 |Bender et al. |1983 PHM|haltere | anterior |metathoracic leg | anterior |metathoracic segment | dorsal | adult } REFDSR { RDID|FBrf0042047 |Casanova et al. |1985 PHP|FBal0017516==Ubxbx-1 failed to show the "ppx" transformation at 17oC. } REFDSR { RDID|FBrf0044226 |Peifer and Bender |1986 PHP|Halteres are transformed to wings and are 3-15% of wing size, dorsal tissue |of T3 is incompletely transformed to metanotum, hypopleural plates are |incompletely transformed to sternopleural plates, 2-3 hypopleural bristles |are still present and the anterior third leg displays a weak transformation |to anterior second leg, as seen by the bristle pattern. PHM|haltere |metathoracic segment | dorsal |katepimeron |metathoracic leg | anterior } REFDSR { RDID|FBrf0045369 |Capdevila et al. |1986 PHP|Different genetic combinations of Pc alleles and Ubx alleles suggest |that the products of the bx region of Ubx are responsible for the "cbx" |phenotype of the Pc mutations and in the absence of Pc the overexpression |of bx gene products suppresses the pbx insufficiency phenotype in the |posterior segments. } REFDSR { RDID|FBrf0051664 |Castelli-Gair and Garcia-Bellido |1990 PHP|Does not affect the frequency of the FBgn0003862==trx bithorax-variegated phenotype |in heterozygous combination with FBab0002874==Df(3R)red-P52. } REFDSR { RDID|FBrf0064067 |Botas et al. |1988 PHP|Phenotype shows variable penetrance and expressivity, and erratic specificity. } REFDSR { RDID|FBrf0100109 |Kuzin et al. |1997 PHM|wing | posterior } REF { REFM|FBrf0027527 |Duncan and Kaufman |1975 REFM|FBrf0037313 |Capdevila and Garcia-Bellido |1981 REFM|FBrf0039773 |Sanchez-Herrero and Morata |1983 REFM|FBrf0040194 |Bender et al. |1983 REFM|FBrf0042047 |Casanova et al. |1985 REFM|FBrf0044226 |Peifer and Bender |1986 REFM|FBrf0045369 |Capdevila et al. |1986 REFM|FBrf0051664 |Castelli-Gair and Garcia-Bellido |1990 REFM|FBrf0064067 |Botas et al. |1988 REFM|FBrf0100109 |Kuzin et al. |1997 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014243 ICL 1 412 SYM 1 412{}Ubxbx-IS ASTR 1 - CLOC 1 89D6--9 REF 1 2 DT 1 6 Jan 2000 RESZ 452 ID|FBti0014243 SYM|412{}Ubxbx-IS ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0003944==Ubx REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|412{}Ubxbx-IS ASAL|FBal0017528==Ubxbx-IS CLOC|89D6--9 |Insertion site LOCB|Proximity to gene: FBgn0003944==Ubx } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } } # EOR TIR { RETE|ID 1 FBti0014733 ICL 1 412 SYM 1 412{}v1 ASTR 1 - CLOC 1 9F11 REF 1 5 DT 1 6 Jan 2000 RESZ 23906 ID|FBti0014733 SYM|412{}v1 ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0003965==v SK|FBst0000010 |amx[1] lz[g] v[1]/C(1)DX, y[1] f[1] |FBst0000013 |bo[1] FBal0017656==v[1] |FBst0000016 |C(1)RM, y[1] P{w[+mC]=lacW}5-45fD w[*] P{lacW}4-5fP P{lacW}3-52d P{lacW}3-76a/0/C(1;Y)13, FBal0017656==v[1] f[1] |FBst0000080 |peb[1] FBal0017656==v[1] |FBst0000082 |C(1;Y)7, y[1] FBal0017656==v[1] bb[-]: bb[-]/Dp(1;f)1185/C(1)DX, y[1] w[a] |FBst0000098 |sc[1] cv[1] FBal0017656==v[1] f[1] |FBst0000114 |sn[3] lz[y4] v[1]/C(1)DX, y[1] f[1] |FBst0000125 |Df(1)4b18, y[1] cv[1] FBal0017656==v[1] nonA[4b18] f[1] car[1]/FM0 |FBst0000131 |t[2] FBal0017656==v[1] f[1] |FBst0000133 |t[5] FBal0017656==v[1] r[12] |FBst0000137 |v[1] |FBst0000139 |v[1] f[1] su(f)[1] |FBst0000170 |Df(1)y-ac, FBal0017656==v[1] |FBst0000175 |y[1] pn[1] w[1] cm[1] ct[6] sn[3] oc[1] ras[2] FBal0017656==v[1] dy[1] g[2] f[1] os[o] car[1] sw[1]/In(1)sc[S1], In(1)dl-49, y[c4] sc[S1] v[Of] B[1] |FBst0000177 |y[1] sc[1] lz[g] FBal0017656==v[1] f[1]/C(1)DX, y[1] f[1] |FBst0000180 |y[1] FBal0017656==v[1] f[1] mal[F1] |FBst0000187 |y[2] cv[1] FBal0017656==v[1] f[1] |FBst0000668 |v[1]; bw[1] |FBst0000670 |v[1]; In(2R)bw[VDe1], bw[VDe1]/SM1 |FBst0000678 |Dp(1;1)Bx[r49k], FBal0017656==v[1] f[1] Bx[r49k] car[1]/In(1)sc[S1], In(1)dl-49, sc[S1] FBal0017656==v[1] f[1] B[1] |FBst0000679 |y[1] FBal0017656==v[1] su(Cbx)[1]; su(Hw)[2] Ubx[bx-1] Ubx[bxd-1]/T(2;3)ap[Xa], ap[Xa] |FBst0000698 |In(1)dl-49, tyl[1] bb[l]/C(1)RM, y[1] FBal0017656==v[1] |FBst0000700 |C(1;Y)1, y[1] FBal0017656==v[1] f[1] B[1]: y[+]/C(1)RM, y[2] su(w[a])[1] w[a] |FBst0000708 |R(1)2, cv[1] FBal0017656==v[1] f[1]/ClB |FBst0000709 |Df(1)mal6, In(1)dl-49, In(1)B[M1], y[1] FBal0017656==v[1] sn[X2] B[M1]/Dp(1;Y)y[+]mal[106], mal[106]/Df(1)mal3, y[2] ct[6] f[1], y[+] |FBst0000725 |In(1)bb[Df], y[1] FBal0017656==v[1] car[1]/In(1)AM, ptg[4] |FBst0000777 |In(1)B[M1], FBal0017656==v[1] B[M1] |FBst0000797 |In(1)sc[8], sc[8] cv[1] FBal0017656==v[1] f[1]/C(1)DX, y[1] f[1] |FBst0000829 |Dp(1;Y)2E, y[1]/v[1] car[1] l(1)64[1]/C(1)DX, y[1] f[1]; cn[1] bw[1] |FBst0000847 |Tp(1;3)w[vco], FBal0017656==v[1] f[1]: in[wvco]/ClB, B[36d] |FBst0000856 |v[1] gd[1]/FM3 |FBst0000899 |Df(1)mal3, y[2] ct[6] f[1]/Dp(1;Y)y[+]mal[106], mal[106]/C(1)RM, y[1] FBal0017656==v[1] f[1] mal[2] |FBst0000906 |Df(1)D15, FBal0017656==v[1] f[1]/C(1)DX, f[1]; Dp(1;4)r[+]/+ |FBst0000909 |Tp(1;2)rb[+]71g, ct[6] v[1]/C(1)DX, y[1] w[1] f[1] |FBst0000966 |Df(1)N12, ras[1] v[1]/FM6 |FBst0000973 |Df(1)mal10, In(1)sc[8], sc[8] B[1]/In(1)dl-49, FBal0017656==v[1] sn[X2] mal[2]/Dp(1;Y)y[+]mal[106], mal[106] |FBst0000981 |Dp(1;1)B[S]TMG, y[1] sc[4] m[1] f[1] B[S]/In(1)sc[7], In(1)AM, sc[7] ptg[4] FBal0017656==v[1] |FBst0001008 |y[2] dvr[1] FBal0017656==v[1] |FBst0001009 |Df(1)RA47, v[1]; Dp(1;2)v[+]65b/+ |FBst0001010 |y[2] ct[6] dvr[2] FBal0017656==v[1] f[1]/C(1)DX, y[1] f[1] |FBst0001030 |R(1;Y)EN, y[1] Tu[1]/0/C(1)RM, y[1] FBal0017656==v[1] bb[1] |FBst0001031 |v[1]; bw[1]; scy[1] |FBst0001037 |y[2] cv[1] FBal0017656==v[1] Had[m1]; bw[1] |FBst0001053 |y[2] sc[1] v[1]; su(Hw)[8] |FBst0001057 |Df(1)259, C(1;Y)6, w[1]/C(1)RM, y[1] FBal0017656==v[1] f[1]; Dp(1;4)174/+ |FBst0001105 |y[2] cv[1] FBal0017656==v[1] f[1]; rec[2] Ubx[bx-34e]/T(2;3)ap[Xa], ap[Xa] |FBst0001107 |In(1)Mud, y[1] Mud[1] ct[6] v[1]/FM6 |FBst0001158 |Df(1)rif, y[1] FBal0017656==v[1] f[1]/C(1)DX, y[1] w[1] f[1]; Dp(1;4)r[+]/+ |FBst0001162 |t[1] FBal0017656==v[1] m[74f] wy[74i] |FBst0001180 |y[1] sc[1] lz[g] FBal0017656==v[1] f[1]/FM3, v[Of]; In(2LR)f6/SM5 |FBst0001203 |t[1] FBal0017656==v[1] m[74f] f[1] |FBst0001207 |In(1)sx, sc[1] ec[1] cv[1] ct[6] v[1], sx[1]/sc[1] ec[1] cv[1] ct[6] FBal0017656==v[1] g[2] f[1] |FBst0001217 |C(1)RM, y[1] pn[1] v[1]/0 & C(1;Y)*, y[1] B[1]/0 |FBst0001239 |t[1] FBal0017656==v[1] m[74f] f[1]; ax[1] |FBst0001277 |cm[1] ct[6] FBal0017656==v[1] m[74f]/C(1)M4, y[2] |FBst0001278 |In(1)sc[7], sc[7] ct[6] FBal0017656==v[1] m[74f]/C(1)M4, y[2] |FBst0001293 |z[1] w[Bwx] t[1] FBal0017656==v[1] m[74f] |FBst0001294 |t[1] FBal0017656==v[1] m[74f] wy[74i] sd[1] os[s] |FBst0001301 |T(1;4)B[S], y[2] cv[1] FBal0017656==v[1] B[S] car[1] |FBst0001311 |C(1;YS)3, T(1;Y)W16, cv[1] FBal0017656==v[1] f[1]: y[+] B[S]/FM7a |FBst0001427 |C(1;YS)3, y[1] cv[1] FBal0017656==v[1] f[1]/C(1)DX, y[1] f[1] |FBst0001476 |Df(1)tR15, ras[1] v[1]/FM7a; Dp(1;2)E1, y[+]/+ |FBst0001488 |C(1)DX, y[1] FBal0017656==v[1] & C(1;Y)*, shi[1] y[1] FBal0017656==v[1] bb[1] |FBst0001509 |y[1] FBal0017656==v[1] |FBst0001512 |y[2] ras[1] FBal0017656==v[1] RpII215[1] shi[1]/FM7a, Df(1)FM7, l(1)*[*]/Dp(1;Y)y[+]v[+]#3 |FBst0001515 |y[1] cv[1] FBal0017656==v[1] f[1] car[1] |FBst0001532 |y[1] FBal0017656==v[1] f[1] B[1] fu[33]/Dp(1;Y)y[+] |FBst0001544 |y[1] FBal0017656==v[1] B[1] fu[33]/Dp(1;Y)y[+] & C(1)DX, y[1] f[1]/Dp(1;Y)y[+] |FBst0001570 |y[1] pn[1] w[1] cm[1] ct[6] sn[3] oc[1] ras[2] FBal0017656==v[1] dy[1] g[2] f[1] os[o]/FM6 |FBst0001612 |C(1)RM, y[1] FBal0017656==v[1] bb[1]/0; C(4)RM, ci[1] ey[R]/0 & C(1;Y)1, FBal0017656==v[1] f[1] B[1]/0; C(4)RM, ci[1] ey[R]/0 |FBst0001619 |y[1] FBal0017656==v[1] su(Cbx)[1]; Ubx[bx-1] Ubx[bxd-1]/T(2;3)ap[Xa], ap[Xa] |FBst0001631 |C(1;Y)*, y[1] w[a] & C(1)DX, y[1] v[1]/0 |FBst0001632 |v[1]; cur[1] rs[2] |FBst0001637 |y[1] cv[1] FBal0017656==v[1] Axs[D] car[1]/Dp(1;Y)y[+]/C(1)DX, y[1] f[1]; sv[spa-pol] |FBst0001935 |y[1] Hmr[1] FBal0017656==v[1] |FBst0002164 |Dp(1;f)65X[C2], y[+]/C(1)RA60g/C(1;Y)*, y[1] FBal0017656==v[1] f[1] car[1] |FBst0002174 |y[1] cv[1] swa[3] FBal0017656==v[1] f[1]/FM3 |FBst0002232 |y[2] su(s)[6] ras[2] FBal0017656==v[1] f[1] su(f)[1] |FBst0002324 |FM7a, In(1)nod-bd/y[1] w[a] ct[6] lz[1] FBal0017656==v[1] f[1]/Dp(1;Y)y[+]; sv[spa-pol] |FBst0002426 |cin[1] y[1] pn[1] FBal0017656==v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;2)H158, B[S], y[+]/? |FBst0002432 |cin[1] y[1] pn[1] FBal0017656==v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;2)B26, B[S], y[+]/? |FBst0002433 |cin[1] y[1] pn[1] FBal0017656==v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;3)B81, In(3)B81, B[S], y[+]/TM6 |FBst0002454 |C(1;Y)2, B[S], y[1] ct[6] f[1]/0 & C(1)RM, y[1] FBal0017656==v[1] bb[-]/0 |FBst0002486 |C(1;Y)2, y[+]/0 & C(1)RM, y[1] v[1]/0 |FBst0002487 |C(1;Y)2, y[1] B[1]/0 & C(1)RM, y[1] v[1]/0 |FBst0002494 |C(1;Y)1, y[1] w[A738]: y[+]/0 & C(1)RM, y[1] v[1]/0 |FBst0002496 |C(1;Y)8, y[1] su(w[a])[1] w[a]: y[+]; kni[ri-1] p[p] & C(1)RM, y[1] FBal0017656==v[1] bb[1]; kni[ri-1] p[p] |FBst0002498 |C(1;Y)2, y[1]/0 & C(1)RM, y[1] FBal0017656==v[1] bb[-]/0 |FBst0002501 |C(1;Y)2, B[S], y[1] FBal0017656==v[1] bb[-]/0 & C(1)RM, y[1] FBal0017656==v[1] bb[-] |FBst0002503 |C(1;Y)2, y[1] f[1] car[1]/0 & C(1)RM, y[1] FBal0017656==v[1] bb[1]/0 |FBst0002523 |y[1] v[1]/Dp(1;Y)B[S]Yy[+]; bw[1] |FBst0002545 |C(1;Y)2, y[1] f[1] B[S]/0 & C(1)RM, y[1] FBal0017656==v[1] bb[-]/0 |FBst0002546 |C(1;YS)3, B[S], y[1] cv[1] FBal0017656==v[1] f[1]/R(YL) & C(1)RM, y[1] FBal0017656==v[1] f[1]/R(YL) |FBst0002548 |C(1;Y)1, y[1] cv[1] B[1]/0 & C(1)RM, y[1] FBal0017656==v[1] bb[-]/0 |FBst0002549 |C(1;Y)1, y[1] cv[1] FBal0017656==v[1] B[1]/0 & C(1)RM, y[1] FBal0017656==v[1] bb[-]/0 |FBst0002550 |C(1)M4, y[2]/ct[n] oc[1] Hmr[1] FBal0017656==v[1] |FBst0002556 |C(1;Y)1, y[1] FBal0017656==v[1] f[1] B[1]: y[+]/0 & C(1)RM, y[1] v[1]/0 |FBst0002559 |C(YS)2/C(1;YL)1, y[1] FBal0017656==v[1] f[1] bb[-] & C(1)DX, y[1] f[1]/0 |FBst0002566 |cin[1] y[1] pn[1] FBal0017656==v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;2)R147, B[S], y[+]/? |FBst0002569 |cin[1] y[1] pn[1] FBal0017656==v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;3)G73, B[S], y[+]/TM6 |FBst0002578 |cin[1] y[1] pn[1] FBal0017656==v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;3)B172, B[S], y[+]/TM6 |FBst0002662 |cin[1] y[1] pn[1] FBal0017656==v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;2)D6, B[S], y[+]/? |FBst0003035 |y[1] cv[1] otu[2] FBal0017656==v[1] f[1]/FM3 |FBst0003044 |Df(1)R46, y[2] FBal0017656==v[1] f[1] wapl[4]/C(1)DX, y[1] w[1] f[1]/Dp(1;Y)y[+]mal[126] |FBst0003046 |y[1] cv[1] otu[11] FBal0017656==v[1] f[1]/FM3 |FBst0003109 |v[1] gd[7]/FM3 |FBst0003145 |y[1] cv[1] otu[4] FBal0017656==v[1] f[1]/FM0 |FBst0003147 |y[1] cv[1] otu[6] FBal0017656==v[1] f[1]/FM3 |FBst0003149 |cin[1] y[1] pn[1] FBal0017656==v[1] f[1] mal[1] l(1)20Cb[2]; Tp(3;Y)A76, B[S], y[+]/TM6 |FBst0003152 |cin[1] y[1] pn[1] FBal0017656==v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;3)P50, B[S], y[+]/TM6 |FBst0003162 |v[1] swa[1]/FM3 |FBst0003215 |Tp(1;3)JC153, v[1]/FM7a |FBst0003216 |Df(1)mal17, In(1)sc[S1L]sc[8R]/C(1)RM, y[1] FBal0017656==v[1] f[1] mal[1]/Dp(1;Y)y[+]mal[106], mal[106] |FBst0003293 |y[1] ec[1] cv[1] ct[1] FBal0017656==v[1] exd[1]/FM7c |FBst0003353 |seg[1] cv[1] v[1]/C(1)DX, y[1] f[1] |FBst0003370 |Df(1)su(s)83, y[1] cho[1] ras[1] v[1]/Dp(1;Y)y[2]sc/C(1)DX, y[1] f[1] |FBst0003479 |v[1] su(Cbx)[1]/C(1)DX, y[1] f[1] |FBst0003480 |y[1] FBal0017656==v[1] Rst(1)JH[3]/Dp(1;Y)y[+] |FBst0003487 |v[1] Rst(1)JH[D29] |FBst0003489 |v[1] Rst(1)JH[N6] |FBst0003490 |y[1] FBal0017656==v[1] Rst(1)JH[K17]/C(1)DX/Dp(1;Y)y[+]

|FBst0003493 |y[1] FBal0017656==v[1] Rst(1)JH[A3]/C(1)DX-P/Dp(1;Y)y[+]

|FBst0003659 |v[1] RpII215[3]/FM7a |FBst0003660 |v[1] RpII215[8]/FM7a/Dp(1;Y)y[+]v[+]#3 |FBst0003661 |v[1] RpII215[12]/FM7a/Dp(1;Y)y[+]v[+]#3 |FBst0003663 |v[1] RpII215[4] |FBst0003667 |cin[1] y[1] pn[1] FBal0017656==v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;3)B226, B[S], y[+]/TM6 |FBst0003680 |cin[1] y[1] pn[1] FBal0017656==v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;3)J132, B[S], y[+]/TM6 |FBst0003694 |Df(1)9a4-5, y[1] cv[1] FBal0017656==v[1] f[1] car[1]/FM7c |FBst0003698 |y[1] v[1]; C(4)RM, sv[spa-pol] |FBst0003708 |y[1] cm[1] Sxl[f1] FBal0017656==v[1] f[1]/FM7a/Dp(1;2;Y)w[+] |FBst0003719 |y[1] cm[1] Sxl[M1] FBal0017656==v[1] f[1]/FM7a/Dp(1;2;Y)w[+] |FBst0003752 |C(1)RM, y[1] FBal0017656==v[1] bb[-]/0/C(1;Y)129-16, y[2] y[+] su(w[a])[1] w[a] |FBst0003755 |In(1)sc[J1], l(1)1Ac[1] y[1] sc[J1] pn[1] t[2] FBal0017656==v[1] f[1] Tu[1] car[1]/In(1)sc[S1] In(1)S, y[c4] sc[S1] B[1] |FBst0003758 |C(1)RM, y[1] FBal0017656==v[1] bb[-]/0/C(1;Y)110-8, y[2] y[+] su(w[a])[1] w[a] |FBst0003804 |v[1]; Df(3L)vin66, TM3, Sb[1] Ser[1]/Ubx[51] |FBst0003896 |C(1)DX, y[1] f[1]/Sxl[f1] oc[1] ptg[1] FBal0017656==v[1] |FBst0003924 |C(1)RA, FBal0017656==v[1] f[1]/C(1;YL)C2, y[1] cv[1] FBal0017656==v[1] f[1] car[1] bb[-]/C(YS)1 |FBst0003927 |Df(1)C1/C(1)RM, y[1] FBal0017656==v[1] f[1]/Dp(1;Y)mal[+] |FBst0003928 |Dp(1;f)18; C(1)RM, y[1] pn[1] v[1]/C(1;Y)6, Df(1)259, w[1] |FBst0003929 |Dp(1;f)122; C(1)RM, y[1] FBal0017656==v[1] f[1]/C(1;Y)6, Df(1)259, w[1] |FBst0003930 |Dp(1;f)164; C(1)RM, y[1] v[1]/C(1;Y)6, Df(1)259, w[1] |FBst0003935 |Dp(1;1)Co/C(1)SB, In(1)y[4], y[4] cv[1] FBal0017656==v[1] f[1] bb[-]: y[2] su(w[a])[1] w[a] bb[-] |FBst0003939 |ClB, y[1]/Sxl[f2] sn[3] t[2] FBal0017656==v[1] f[1] car[1] |FBst0003959 |C(1)RM, sc[1] FBal0017656==v[1] f[1]/R(YL)/C(1;YS)6, In(1)EN2, w[1] oc[1] ptg[1] f[1] |FBst0003966 |In(1)dl-49, In(1)B[M1], oc[1] ptg[1] B[M1]/In(1)sc[S1L]sc[8R], y[c4] sc[8] sc[S1] w[1] sn[X2] sl[1]/R(YL)/C(1;YS)1, y[1] sn[1] oc[1] ptg[1] FBal0017656==v[1] |FBst0003969 |C(1)RM, y[1] FBal0017656==v[1] f[1]/R(YL)/C(1;YS)1 |FBst0003973 |y[1] FBal0017656==v[1] mel[1] mal[1] |FBst0004069 |C(1)DX, y[1] f[1]/lz[BS+46] ras[4] FBal0017656==v[1] |FBst0004073 |Tp(1;1)f[+ih], y[1] FBal0017656==v[1] f[X]; T(2;3)bw[VA], bw[VA]/L[2] l(2)*[*] |FBst0004134 |y[1] l(1)9Fl[A15] FBal0017656==v[1] f[1]/FM6 |FBst0004150 |y[1] sc[1] lz[g] FBal0017656==v[1] f[1]/C(1)DX, y[1] f[1] |FBst0004151 |y[1] cv[1] l(1)9Fk[F21] FBal0017656==v[1] f[1]/FM6 |FBst0004165 |y[1] cv[1] l(1)9Ec[2] FBal0017656==v[1] f[1]/FM6 |FBst0004181 |y[1] ac[1] FBal0017656==v[1] |FBst0004218 |fs(1)K254[1] sc[1] ec[1] FBal0017656==v[1] f[1]/C(1)DX, y[1] f[1] |FBst0004248 |C(1)RM, y[1] pn[1] v[1]/C(1;Y)1, y[1] B[1]/0; sv[spa-pol] |FBst0004256 |v[1]; bw[1]; sey[1] |FBst0004290 |y[1] cv[1] FBal0017656==v[1] f[1] Rex[1]/C(1)DX, y[1] f[1] |FBst0004294 |R(1;YL)19-20d, y[1] cv[1] v[1]/C(1)RM, y[1] |FBst0004309 |lf[1]/Dp(1;Y)B[S]/C(1)RM, y[1] FBal0017656==v[1] f[1] mal[1] |FBst0004331 |Dp(1;Y)B[S]y[31d]/C(1)DX, y[1] w[1] f[1]/C(1;YS)3, y[1] cv[1] FBal0017656==v[1] f[1] |FBst0004342 |v[1] f[1]; Dp(1;3)126/In(3R)P, Dfd[1] ca[1] |FBst0004458 |Dp(1;1)L-y[31d], Df(1)bb3a, y[1] y[31d] cv[1] FBal0017656==v[1] f[1]/C(1)DX, y[1] f[1] |FBst0004459 |Dp(1;1)L-y[+], Df(1)bb3a, y[1] y[+] cv[1] FBal0017656==v[1] f[1]/C(1)DX, y[1] f[1] |FBst0004472 |In(1)sc[8], sc[8] FBal0017656==v[1] f[1] mal[1] su(f)[1]/C(1)DX, y[1] f[1] |FBst0004473 |Dp(1;YS)sc[V1]/C(1;YL)1, y[1] w[1] FBal0017656==v[1] f[1]; e[11] |FBst0004485 |C(1)RM, y[1] sc[1] t[2] FBal0017656==v[1] f[1] car[1]/C(1;Y)1, y[1] y[+] w[1] sn[5] oc[1] ptg[1] v[1]/0 |FBst0004488 |C(1)RM, sc[1] FBal0017656==v[1] f[1]/C(1;YS)1, f[1]/Df(YS)st |FBst0004489 |C(1)RM, y[1]/C(1;YL)1, y[1] cv[1] FBal0017656==v[1] f[1] car[1]/C(YS)1 |FBst0004490 |C(1)RM, y[1] FBal0017656==v[1] f[1]/Dp(1;1)L-B[S] Df(1)bb3a, y[1] cv[1] FBal0017656==v[1] f[1] B[S] bb[-] |FBst0004491 |Df(YS)bb/w[1] sn[1] bb[*]/C(1)RM, y[1] FBal0017656==v[1] f[1] |FBst0004492 |cv[1] ct[1] FBal0017656==v[1] os[upd-1] mal[1]/FM7c |FBst0004494 |C(1)RM, y[1] FBal0017656==v[1] bb[-]/C(1;Y)112-17, y[2] su(w[a])[1] w[a]/0 |FBst0004497 |cv[1] FBal0017656==v[1] run[29]/FM6 |FBst0004555 |C(1;Y)6, y[1] fs(1)Yb[M104-2] cv[1] v[1]/FM7c |FBst0004568 |Yp1[ts1] w[1] cv[1] v[1]/C(1)DX, y[1] f[1] |FBst0004585 |sn[3] fs(1)M112[1] FBal0017656==v[1] f[1]/FM6 |FBst0004592 |y[1] pcx[3] cv[1] FBal0017656==v[1] f[1]/FM6 |FBst0004597 |y[1] cv[1] Sxl[f4] FBal0017656==v[1] f[1]/FM0 |FBst0004598 |y[1] cv[1] Sxl[f5] FBal0017656==v[1] f[1]/FM3 |FBst0004599 |y[1] cv[1] fs(1)C3[1] FBal0017656==v[1] f[1]/FM0 |FBst0004600 |y[1] cv[1] fs(1)C4[1] FBal0017656==v[1] f[1]/FM0 |FBst0004601 |y[1] cv[1] fs(1)C5[1] FBal0017656==v[1] f[1]/FM0 |FBst0004602 |y[1] cv[1] fs(1)C6[1] FBal0017656==v[1] f[1]/FM0 |FBst0004603 |y[1] cv[1] fs(1)M116[1] FBal0017656==v[1] f[1]/FM3 |FBst0004604 |y[1] cv[1] fs(1)M116[2] FBal0017656==v[1] f[1]/FM3 |FBst0004605 |y[1] cv[1] fs(1)M13[1] FBal0017656==v[1] f[1]/FM0 |FBst0004606 |y[1] cv[1] fs(1)M14[1] FBal0017656==v[1] f[1]/FM0 |FBst0004607 |y[1] cv[1] fs(1)M48[1] FBal0017656==v[1] f[1]/FM3 |FBst0004608 |y[1] cv[1] fs(1)M73[1] FBal0017656==v[1] f[1]/FM0 |FBst0004609 |y[1] cv[1] pt[4] FBal0017656==v[1] f[1]/FM3 |FBst0004611 |y[1] cv[1] sov[2] FBal0017656==v[1] f[1]/FM0 |FBst0004612 |y[1] cv[1] FBal0017656==v[1] yl[15] f[1]/FM0 |FBst0004613 |y[1] cv[1] FBal0017656==v[1] wisp[12-3147] f[1]/FM0 |FBst0004614 |y[1] cv[1] FBal0017656==v[1] fs(1)M30[1] f[1]/FM0 |FBst0004615 |y[1] fs(1)K10[4] cv[1] FBal0017656==v[1] f[1]/FM0 |FBst0004616 |y[1] fs(1)Ya[14-77] cv[1] FBal0017656==v[1] f[1]/FM3 |FBst0004617 |y[1] fs(1)Yb[M104-3] cv[1] FBal0017656==v[1] f[1]/FM0 |FBst0004619 |y[1] ovo[M1] cv[1] FBal0017656==v[1] f[1]/FM7c |FBst0004701 |v[1] l(1)10Bj[1] f[1] su(f)[1]/FM7a |FBst0004714 |y[1] dnc[M14] cv[1] FBal0017656==v[1] f[1]/FM7a |FBst0004716 |y[1] cv[1] FBal0017656==v[1] fs(1)M29[A151] f[1] car[1]/FM7a |FBst0004727 |y[1] cv[1] FBal0017656==v[1] f[1] juv[G17]/FM7a |FBst0004735 |y[1] FBal0017656==v[1] su(f)[6]/FM7a |FBst0004761 |y[*] cho[*] vtw[1]/C(1)RM, y[1] FBal0017656==v[1] bb[-] |FBst0004771 |y[1] pn[1] cv[1] FBal0017656==v[1] f[1] |FBst0004842 |y[1] cv[1] Cp36[dec2-1] FBal0017656==v[1] f[1]/FM0 |FBst0004917 |y[2] wy[1] l(1)dd4[2] car[1]/In(1)sc[S1], In(1)dl-49, sc[S1] FBal0017656==v[1] f[1] B[1]/Dp(1;Y)*, y[2] sc[+] |FBst0004926 |y[1] cv[1] FBal0017656==v[1] M(1)14C[815-29] f[1]/C(1)DX/Dp(1;Y)y[+]; Dp(1;4)r[+], f[K36]/sv[spa-pol] |FBst0004927 |y[1] cv[1] FBal0017656==v[1] M(1)14E[815-13] f[1]/FM7a; Dp(1;4)r[+]/sv[spa-pol] |FBst0004928 |y[1] cv[1] FBal0017656==v[1] l(1)15Db[815-14] f[1]/FM7a/Dp(1;Y)y[+]; sv[spa-pol] |FBst0004929 |y[1] cv[1] FBal0017656==v[1] l(1)15De[692-47] f[1]/FM7c |FBst0004930 |y[1] cv[1] FBal0017656==v[1] l(1)15Eb[692-19] f[1]/Dp(1;Y)y[+]/C(1)DX, y[1] f[1]; Dp(1;4)r[+]/sv[spa-pol] |FBst0005070 |y[1] scd[1] ras[1] FBal0017656==v[1] f[1] |FBst0005128 |C(1;Y)1, y[1] sn[3] l(1)dd4[1]/C(1)RM, y[1] v[1]; Dp(1;f)LJ9, y[+] |FBst0005271 |Df(1)D15, FBal0017656==v[1] f[1]/C(1)DX, y[1] f[1]; Dp(1;4)r[+]s |FBst0005272 |Df(1)r-D1, FBal0017656==v[1] f[1]/C(1)DX, y[1] f[1]; Dp(1;4)r[+]m |FBst0005277 |C(1;YL)1, y[1] cv[1] FBal0017656==v[1] g[2] exd[S136]/FM7c |FBst0005284 |cv[1] fs(1)h[1] v[1]/FM7c |FBst0005286 |sn[3] fs(1)h[4] v[1]/FM0 |FBst0005288 |stout[UA104] FBal0017656==v[1] f[1]/FM7c/Dp(1;Y)y[+] |FBst0005291 |y[1] Oce[WC1] FBal0017656==v[1] g[2] f[1] |FBst0005292 |y[1] nej[Q7] FBal0017656==v[1] f[1]/Dp(1;Y)FF1, y[+]/C(1)DX, y[1] w[1] f[1] |FBst0005293 |y[1] qed[1] FBal0017656==v[1] f[1]/FM7c/Dp(1;Y)y[+] |FBst0005294 |y[1] sn[3] FBal0017656==v[1] g[2] f[1] |FBst0005295 |y[1] w[1118] sn[3] FBal0017656==v[1] g[2] f[1]/Dp(1;Y)y[+] |FBst0005296 |y[1] w[1] cv[1] FBal0017656==v[1] UC119[UC119] f[1]/FM7c/Dp(1;Y)y[+] |FBst0005393 |ras[1] FBal0017656==v[1] l(1)10Bm[1]/In(1)dl-49, ac[Hw-1] m[2] g[4] |FBst0005459 |C(1;Y)6, y[1] w[*] P{w[+*]=white-un4}BE1305 mew[023]/C(1)RM, y[1] pn[1] v[1]; Dp(1;f)y[+] |FBst0005596 |Dp(1;Y)BSC1, y[+]/w[*] tsg[2]/C(1)RM, y[1] FBal0017656==v[1] |FBst0005734 |ras[1] FBal0017656==v[1] m[1] l(1)10Fd[1]/FM7c |FBst0005738 |v[1] ty[2]/FM7c |FBst0005794 |Dp(1;Y)BSC2, y[+]/w[*] tsg[2]/C(1)RM, y[1] FBal0017656==v[1] |FBst0005795 |Dp(1;Y)BSC4, y[+]/w[67c23] P{w[+mC]=lacW}l(1)G0060[G0060]/C(1)RM, y[1] FBal0017656==v[1] |FBst0005796 |Dp(1;Y)BSC5, y[+]/w[67c23] P{w[+mC]=lacW}l(1)G0060[G0060]/C(1)RM, y[1] FBal0017656==v[1] |FBst0005952 |C(1;Y)108-9, y[2] su(w[a])[1] w[a]/C(1)RM, y[1] FBal0017656==v[1] bb[1]/0 |FBst0005953 |C(1;Y)115-9, y[2] su(w[a])[1] w[a]/C(1)RM, y[1] FBal0017656==v[1] bb[1]/0 |FBst0005973 |Df(1)R44, y[1] FBal0017656==v[1] f[1]/Dp(1;Y)mal[+]/C(1)DX, y[1] f[1] |FBst0005975 |Df(1)mal5, y[2] ct[1] f[1]/Dp(1;Y)y[+]mal[106]/C(1)RM, y[1] FBal0017656==v[1] f[1] mal[2] |FBst0005984 |Df(1)D43L1, y[1] FBal0017656==v[1] f[1]/FM6/Dp(1;Y)y[+]mal[106] |FBst0006008 |Df(1)R25, y[1] v[1]/FM7a |FBst0006018 |Df(1)w67k30, lz[1] ras[1] v[1]/FM7c |FBst0006023 |y[1] cv[1] otu[5] FBal0017656==v[1] f[1]/FM3 |FBst0006024 |y[1] cv[1] otu[13] FBal0017656==v[1] f[1]/FM3 |FBst0006027 |y[1] ac[1] sc[1] pn[1] w[1] rb[1] cm[1] ct[1] sn[3] ras[4] FBal0017656==v[1] m[1] g[1] f[1] car[1]/FM6 |FBst0006031 |Df(1)su(f)4B, In(1)sc[S1L]sc[8R], In(1)dl-49, y[c4] sc[8] sc[S1] w[a] FBal0017656==v[1] f[1]/l(1)14[14]/Dp(1;Y)* |FBst0006039 |y[2] sc[1] z[1] w[*] N[spl-1] sn[3] FBal0017656==v[1] g[2] f[1]/FM7c |FBst0006220 |Df(1)y-X15/In(1)dl-49, FBal0017656==v[1] sn[X2] mal[2] |FBst0006328 |y[1] ac[Hw-1] FBal0017656==v[1] RpII215[Ubl]/FM7c |FBst0006467 |Dp(1;1)MMG, y[2] cv[1] FBal0017656==v[1] f[1], B[S] |FBst0006885 |y[2] sn[3] lz[1] ras[1] FBal0017656==v[1] m[1] |FBst0006936 |P{v[+t1.8]=hs-I-CreI.R}2A, v[1]; ry[506] |FBst0007128 |y[1] cv[1] mxc[22a-6] FBal0017656==v[1] f[1] car[1]/FM7c |FBst0007133 |y[1] cv[1] mxc[16a-1] FBal0017656==v[1] f[1] car[1]/FM7a |FBst0007368 |C(1)DX, y[1] f[1]/v[1] f[3N] car[1] |FBst0008492 |y[1] FBal0017656==v[1] hop[Tum]/Basc |FBst0010121 |Dp(1;Y)y[+], P{ry[+t7.2]=ry11}RY.1/C(1)*, y[1] FBal0017656==v[1] f[1]; ry[506] |FBst0200043 |v[1] |FBst0200123 |pn[1] FBal0017656==v[1] |FBst0200144 |Zn[1] FBal0017656==v[1] |FBst0200145 |Zn[1] FBal0017656==v[1] f[1] |FBst0200206 |v[1] f[2] |FBst0200207 |v[1]; red[1] bar[1] |FBst0200527 |cv[1] FBal0017656==v[1] dy[1] |FBst0200544 |y[40a] ec[1] cv[1] FBal0017656==v[1] si[2] dy[1] w[1] ap[40e] |FBst0200674 |v[1] |FBst0200741 |v[1] |FBst0200745 |y[1] FBal0017656==v[1] |FBst0200746 |v[1] ad[1] |FBst0200862 |v[1] pm[1] vl[1] |FBst0200927 |v[1] |FBst0200930 |v[1] |FBst0200932 |v[1] sc[1] sg[1] y[1] m[1] ch[1] |FBst0201026 |v[1] |FBst0201334 |v[1] |FBst0201343 |v[1] |FBst0201347 |v[1] |FBst1001734 |Dp(1;1)sc[V1], y[1] FBal0017656==v[1] f[1] car[1].y[+]/FM7 |FBst1001744 |In(1)sc[4L]sc[8R], y[1] cv[1] FBal0017656==v[1] B[1] bb[-]/Muller-5/y[+]Y |FBst1001745 |y[2] cv[1] FBal0017656==v[1] wy[1] car[1]/y[2] Balancer |FBst1001787 |y[2] cv[1] FBal0017656==v[1] wy[1] car[1], l(1)dd4[3]/Binsn |FBst1001815 |y[2] cv[1] FBal0017656==v[1] wy[1] car[1]/Binsn #55 potential ts deg4 |FBst1001816 |y[2] cv[1] FBal0017656==v[1] wy[1] car[1]/Binsn #183, potential ts leaky deg4 |Total=284 REFDSR { RDID|FBrf0049919 |Voelker et al. |1989 SYN|412{}v1 ASAL|FBal0017656==v1 MU|spontaneous CLOC|9F11 |Insertion site LOCB|Proximity to gene: FBgn0003965==v } REF { REFM|FBrf0049919 |Voelker et al. |1989 REFM|FBrf0051854 |Fridell et al. |1990 REFM|FBrf0052546 |Searles et al. |1990 REFM|FBrf0054124 |Pret and Searles |1991 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0017656==v1 REFDSR { RDID|FBrf0002379 |Sturtevant |1932 PHP|Non-autonomous in FBgn0003965==v+//v<up>1</up> gynandromorphs. } REFDSR { RDID|FBrf0003530 |Beadle and Ephrussi |1936 PHP|FBal0017656==v1 eye discs develop wild-type pigmentation when | transplanted into wild-type larvae. } REFDSR { RDID|FBrf0045718 |Zhimulev et al. |1987 PHP|vermilion eyes. } REFDSR { RDID|FBrf0051854 |Fridell et al. |1990 PHP|Trace amounts of wild type sized transcripts present in mutants (Searles |et al., 1990). } REFDSR { RDID|FBrf0054090 |Tearle |1991 PHP|Ocelli are unpigmented. FBal0017656==v1 blocks the pigmentation | of FBal0014447==rc2 flies. } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Eye color: bright red. |Eye color: white, with FBal0001342==bw1. |Ocellus color: colorless. PHM|pigment cell |ocellus pigment granule } REF { REFM|FBrf0002379 |Sturtevant |1932 REFM|FBrf0003530 |Beadle and Ephrussi |1936 REFM|FBrf0045718 |Zhimulev et al. |1987 REFM|FBrf0051854 |Fridell et al. |1990 REFM|FBrf0054090 |Tearle |1991 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014734 ICL 1 412 SYM 1 412{}v2 ASTR 1 - CLOC 1 9F11 REF 1 3 DT 1 6 Jan 2000 RESZ 799 ID|FBti0014734 SYM|412{}v2 ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0003965==v SK|FBst0000138 |Dp(1;1)Bx[r49k], FBal0017659==v[2] f[1] Bx[r49k] car[1]/C(1)DX, y[1] f[1] |FBst0000141 |v[2] fw[1] |FBst0200218 |y[2] FBal0017659==v[2] f[66] |FBst0200219 |y[1] w[am] FBal0017659==v[2] f[66] |FBst0201153 |y[1] FBal0017659==v[2] f[1] bb[1] |Total=5 REFDSR { RDID|FBrf0051854 |Fridell et al. |1990 SYN|412{}v2 ASAL|FBal0017659==v2 MU|spontaneous CLOC|9F11 |Insertion site LOCB|Proximity to gene: FBgn0003965==v } REF { REFM|FBrf0051854 |Fridell et al. |1990 REFM|FBrf0052546 |Searles et al. |1990 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0017659==v2 REFDSR { RDID|FBrf0005752 |Brehme and Demerec |1942 PHP|Malpighian tubule color: pale yellow. } REFDSR { RDID|FBrf0045718 |Zhimulev et al. |1987 PHP|vermilion eyes. } REFDSR { RDID|FBrf0051854 |Fridell et al. |1990 PHP|Trace amounts of wild type sized transcripts present in mutants (Searles |et al., 1990). } REFDSR { RDID|FBrf0052546 |Searles et al. |1990 PHP|Leaky mutation. } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Eye color: bright red at hatching but darkens rapidly. |RK2. PHM|pigment cell } REF { REFM|FBrf0005752 |Brehme and Demerec |1942 REFM|FBrf0045718 |Zhimulev et al. |1987 REFM|FBrf0051854 |Fridell et al. |1990 REFM|FBrf0052546 |Searles et al. |1990 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014737 ICL 1 412 SYM 1 412{}vk ASTR 1 - CLOC 1 9F11 REF 1 3 DT 1 6 Jan 2000 RESZ 460 ID|FBti0014737 SYM|412{}vk ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0003965==v REFDSR { RDID|FBrf0051854 |Fridell et al. |1990 SYN|412{}vk ASAL|FBal0017793==vk CLOC|9F11 |Insertion site LOCB|Proximity to gene: FBgn0003965==v } REF { REFM|FBrf0051854 |Fridell et al. |1990 REFM|FBrf0052546 |Searles et al. |1990 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0017793==vk REFDSR { RDID|FBrf0051854 |Fridell et al. |1990 PHP|Trace amounts of wild type sized transcripts present in mutants (Searles |et al., 1990). } REFDSR { RDID|FBrf0052546 |Searles et al. |1990 PHP|Leaky mutation. Suppressed by FBgn0003575==su(s) mutations. } REFDSR { RDID|FBrf0056344 |Bazin and Silber |1992 PHP|Not suppressed by FBal0016572==Su(vg)B271, | FBal0016573==Su(vg)E41 or FBal0016574==Su(vg)E61. } REF { REFM|FBrf0051854 |Fridell et al. |1990 REFM|FBrf0052546 |Searles et al. |1990 REFM|FBrf0056344 |Bazin and Silber |1992 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014738 ICL 1 412 SYM 1 412{}vs ASTR 1 - CLOC 1 9F11 REF 1 2 DT 1 6 Jan 2000 RESZ 425 ID|FBti0014738 SYM|412{}vs ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0003965==v REFDSR { RDID|FBrf0054124 |Pret and Searles |1991 SYN|412{}vs ASAL|FBal0033073==vs CLOC|9F11 |Insertion site LOCB|Proximity to gene: FBgn0003965==v } REF { REFM|FBrf0054124 |Pret and Searles |1991 REFM|FBrf0105495 |FlyBase |1992- } } # EOR TIR { RETE|ID 1 FBti0014740 ICL 1 412 SYM 1 412{}vg1 ASTR 1 - CLOC 1 49E1 REF 1 7 DT 1 6 Jan 2000 RESZ 1780 ID|FBti0014740 SYM|412{}vg1 ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0003975==vg SK|FBst0000432 |vg[1] |FBst0000433 |vg[1] bw[1] |FBst0002239 |b[1] l(2)35Be[1] pr[1]/In(2L)Cy, In(2R)Cy, al[2] Cy[1] pr[1] Bl[1] cn[2] FBal0017868==vg[1] c[1] sp[2] |FBst0002630 |Dp(2;2)Cam8, b[1]/In(2L)Cy, In(2R)Cy, al[2] Cy[1] pr[1] Bl[1] cn[2] FBal0017868==vg[1] c[1] sp[2] |FBst0003067 |LS(2)DTD52//DS(2)DTD52, FBal0017868==vg[1] |FBst0003132 |w[1]; FBal0017868==vg[1] |FBst0003155 |Adh[n7] wor[1] cn[1] vg[1]/CyO |FBst0003159 |Adh[n7] lace[2] cn[1] vg[1]/CyO |FBst0003160 |Adh[n10] gft[2] cn[1] vg[1]/CyO |FBst0003301 |al[1] dp[ov1] b[1] pr[1] cn[1] FBal0017868==vg[1] c[1] a[1] px[1] bw[1] mi[1] sp[1]/SM1 |FBst0003403 |Dp(2;2)Cam4, Dp(1;2)TE23CD, vg[1]/CyO, bw[1] |FBst0003541 |LS(2)DTD111, In(2L)Cy, (al[2]) Cy[1] (pr[1])//DS(2)DTD111, FBal0017868==vg[1] |FBst0003793 |po[1] FBal0017868==vg[1] |FBst0003980 |b[1] FBal0017868==vg[1] |FBst0004070 |vg[1]; e[11] |FBst0004757 |noc[35Ba-2] Adh[n11] cn[1] vg[1]/CyO |FBst0200749 |vg[1] |FBst0201147 |py[A2137] sca[1] cn[A6237] FBal0017868==vg[1] |Total=18 REFDSR { RDID|FBrf0047923 |Williams and Bell |1988 SYN|412{}vg1 ASAL|FBal0017868==vg1 MU|spontaneous CLOC|49E1 |Insertion site LOCB|Proximity to gene: FBgn0003975==vg } REF { REFM|FBrf0047923 |Williams and Bell |1988 REFM|FBrf0052606 |Williams et al. |1990 REFM|FBrf0054088 |Bazin et al. |1991 REFM|FBrf0064705 |Silber et al. |1993 REFM|FBrf0087809 |Zider et al. |1996 REFM|FBrf0099521 |Silber et al. |1997 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0017868==vg1 REFDSR { RDID|FBrf0036848 |Bownes and Roberts |1981 PHP|Homozygotes have vestigial wings. PHM|wing } REFDSR { RDID|FBrf0048692 |Williams et al. |1988 PHP|Homozygotes display an extreme FBgn0003975==vg phenotype when in the P-cytotype |or M-cytotype. } REFDSR { RDID|FBrf0051869 |Rabinow and Birchler |1990 PHP|No interaction with FBal0012671==mw2. } REFDSR { RDID|FBrf0051947 |Rabinow and Birchler |1990 PHP|Homozygotes have no wings. PHM|wing } REFDSR { RDID|FBrf0052606 |Williams et al. |1990 PHP|Strong FBgn0003975==vg phenotype. |Transheterozygotes with FBal0017976==vg83b27 exhibit wing bubbles | and unequal |wing deficiencies. PHM|wing } REFDSR { RDID|FBrf0064705 |Silber et al. |1993 PHP|Homozygotes display high sensitivity to fluorodeoxyuridine (FUdR), |an inhibitor of thymidylate synthetase and high resistance to aminopterin. } REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 PHM|(with vgE7) wing |(with vgdn) wing |(with vgn) wing |(with vgnG) wing |(with vgni) wing |(with vgni2) wing |(with vgno) wing |(with vgp) wing | conditional |(with vgpK) wing | conditional cs } REFDSR { RDID|FBrf0081135 |Agrawal et al. |1995 PHP|Wing imaginal discs are smaller than wild type due to cell death. } REFDSR { RDID|FBrf0083719 |Agrawal et al. |1995 PHP|Only 4/1692 wings with clones of FBal0009225==l(2)gl4 clones in a | FBal0017868==vg1 background |show clonal restoration of pattern. } REFDSR { RDID|FBrf0084908 |Couso et al. |1995 PHP|Most of the wing is missing, only some of the most proximal structures |remain. PHM|wing | distal } REFDSR { RDID|FBrf0090425 |Abu-Issa and Cavicchi |1996 PHP|Flies have reduced wings and halteres. PHM|wing |haltere } REFDSR { RDID|FBrf0090618 |Huang and Fischer-Vize |1996 PHP|No effect on the FBgn0005632==faf eye phenotype. } REFDSR { RDID|FBrf0090702 |Morcillo et al. |1996 PHP|FBal0002014==ctL32; FBal0035732==su(Hw)e2 flies | heterozygous for FBal0017868==vg1 display a significant |FBgn0004198==ct wing phenotype. } REFDSR { RDID|FBrf0099521 |Silber et al. |1997 PHP|Wing length increases with increasing temperature. PHM|wing | conditional cs } REFDSR { RDID|FBrf0104514 |Simmonds and Bell |1998 PHP|FBal0033094==vgWR2 produces a weak FBgn0003975==vg phenotype in combination | with FBal0017976==vg83b27. } REFDSR { RDID|FBrf0105294 |Paumard-Rigal et al. |1998 PHP|The formation of ectopic wing-like outgrowths caused by expression |of FBal0093754==vgScer\UAS.cZa under the control of | FBal0040487==Scer\GAL4ptc-559.1 is more strongly |reduced in a FBal0017868==vg1 homozygous background than in a | FBal0017868==vg1 heterozygous |background. } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|FBal0012865==Nfa-do-vg/FBal0012865==Nfa-do-vg; | FBal0017868==vg1/+ produces some wing notching. |FBal0017868==vg1/+ is strongly scalloped in combination with FBal0011972==Ma1. |wings, halteres reduced; small wing discs map location } REFDSR { RDID|FBrf0109032 |Rollins et al. |1999 PHM|wing } REFDSR { RDID|FBrf0141467 |Sudarsan et al. |2001 PHP|Of the indirect flight muscles in FBal0017868==vg1 mutants, the | dorsal medial |muscles are severely reduced and the dorso-ventral muscles (lateral |oblique dorsal muscles and |tergosternal muscles) are minimal or completely missing. PHM|dorsal medial muscle |lateral oblique dorsal muscle |tergosternal muscle } REFDSR { RDID|FBrf0145130 |Thumm and Kadowaki |2001 PHP|Heterozygotes have normal wing tissue. } REFDSR { RDID|FBrf0157154 |Whitworth and Russell |2003 PHP|In FBal0017868==vg1 wing discs, much of the wing pouch anlagen | fails to develop. PHM|dorsal mesothoracic disc } REFDSR { RDID|FBrf0158875 |Prasad et al. |2003 PHM|wing } REF { REFM|FBrf0036848 |Bownes and Roberts |1981 REFM|FBrf0048692 |Williams et al. |1988 REFM|FBrf0051869 |Rabinow and Birchler |1990 REFM|FBrf0051947 |Rabinow and Birchler |1990 REFM|FBrf0052606 |Williams et al. |1990 REFM|FBrf0064705 |Silber et al. |1993 REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0081135 |Agrawal et al. |1995 REFM|FBrf0083719 |Agrawal et al. |1995 REFM|FBrf0084908 |Couso et al. |1995 REFM|FBrf0090425 |Abu-Issa and Cavicchi |1996 REFM|FBrf0090618 |Huang and Fischer-Vize |1996 REFM|FBrf0090702 |Morcillo et al. |1996 REFM|FBrf0099521 |Silber et al. |1997 REFM|FBrf0104514 |Simmonds and Bell |1998 REFM|FBrf0105294 |Paumard-Rigal et al. |1998 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0109032 |Rollins et al. |1999 REFM|FBrf0141467 |Sudarsan et al. |2001 REFM|FBrf0145130 |Thumm and Kadowaki |2001 REFM|FBrf0157154 |Whitworth and Russell |2003 REFM|FBrf0158875 |Prasad et al. |2003 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014742 ICL 1 412 SYM 1 412{}vg18 ASTR 1 - CLOC 1 49E1 REF 1 2 DT 1 6 Jan 2000 RESZ 448 ID|FBti0014742 SYM|412{}vg18 ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0003975==vg REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|412{}vg18 ASAL|FBal0017873==vg18 MU|&ggr; ray CLOC|49E1 |Insertion site LOCB|Proximity to gene: FBgn0003975==vg } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } } # EOR TIR { RETE|ID 1 FBti0014751 ICL 1 412 SYM 1 412{}vg51h25 ASTR 1 - CLOC 1 49E1 REF 1 2 DT 1 6 Jan 2000 RESZ 444 ID|FBti0014751 SYM|412{}vg51h25 ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0003975==vg REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|412{}vg51h25 ASAL|FBal0017881==vg51h25 CLOC|49E1 |Insertion site LOCB|Proximity to gene: FBgn0003975==vg } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0017881==vg51h25 REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 PHP|Like FBal0017868==vg1 but wings larger. | FBal0017868==vg1/FBal0017881==vg51h25 show wing scallops. |RK1. } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014752 ICL 1 412 SYM 1 412{}vg74c5 ASTR 1 - CLOC 1 49E1 REF 1 2 DT 1 6 Jan 2000 RESZ 454 ID|FBti0014752 SYM|412{}vg74c5 ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0003975==vg REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|412{}vg74c5 ASAL|FBal0017918==vg74c5 MU|&ggr; ray CLOC|49E1 |Insertion site LOCB|Proximity to gene: FBgn0003975==vg } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0017918==vg74c5 REFDSR { RDID|FBrf0045930 |Alexandrov and Alexandrova |1987 PHP|Homozygotes have a FBal0017905==vgs wing phenotype and | intermediate haltere |phenotype. Postscutellars are wild-type. | FBal0017918==vg74c5/FBal0017976==vg83b27 transheterozygotes |have wild-type postscutellars, intermediate halteres and crumpled and |blistered wings. PHM|wing } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|homozygous wing phenotype like that of FBal0017905==vgs |halteres present (more or less) |postscutellar bristles present |homozygous viable |female-fertile? } REF { REFM|FBrf0045930 |Alexandrov and Alexandrova |1987 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014753 ICL 1 412 SYM 1 412{}vg76i2 ASTR 1 - CLOC 1 49E1 REF 1 2 DT 1 6 Jan 2000 RESZ 470 ID|FBti0014753 SYM|412{}vg76i2 ASTP|FBtp0011409==412 DT|6 Jan 2000 |6 Jan 2000 ICL|412 ASGN|FBgn0003975==vg REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|412{}vg76i2 ASAL|FBal0017925==vg76i2 MU|actinomycin D + &ggr; ray CLOC|49E1 |Insertion site LOCB|Proximity to gene: FBgn0003975==vg } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0017925==vg76i2 REFDSR { RDID|FBrf0045930 |Alexandrov and Alexandrova |1987 PHP|Homozygotes have a FBgn0003975==vg wing phenotype. Postscutellars and halteres |are missing. FBal0017925==vg76i2/FBal0017976==vg83b27 | transheterozygotes have crumpled |and blistered wings, and wild-type halteres and postscutellars. PHM|wing |haltere } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|homozygous wing phenotype like that of vg |halteres absent |postscutellar bristles absent |homozygous viable |female-fertile? } REF { REFM|FBrf0045930 |Alexandrov and Alexandrova |1987 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0025359 ICL 1 412 SYM 1 412{}vgTPa ASTR 1 - CLOC 1 49E1 REF 1 3 DT 1 7 Jul 2003 RESZ 659 ID|FBti0025359 SYM|412{}vgTPa SYN|412{}?{}vgTP ASTP|FBtp0011409==412 DT|7 Jul 2003 |7 Jul 2003 ICL|412 ID2|FBti0014754 ASGN|FBgn0003975==vg REFDSR { RDID|FBrf0064705 |Silber et al. |1993 SYN|412{}vgTPa ASAL|FBal0035915==vgTP CLOC|49E1 |Insertion site LOCB|Proximity to gene: FBgn0003975==vg } REFDSR { RDID|FBrf0105495 |FlyBase |1992- CC|One of two insertions associated with this allele; see FBti0025360==?{}vgTPb. } REF { REFM|FBrf0064705 |Silber et al. |1993 REFM|FBrf0099521 |Silber et al. |1997 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0035915==vgTP REFDSR { RDID|FBrf0064705 |Silber et al. |1993 PHP|Homozygotes display highly resistance to aminopterin. } REFDSR { RDID|FBrf0099521 |Silber et al. |1997 PHP|Wing length increases with increasing temperature. PHM|wing | conditional cs } REF { REFM|FBrf0064705 |Silber et al. |1993 REFM|FBrf0099521 |Silber et al. |1997 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014580 ICL 1 422 SYM 1 422{}pn1 ASTR 1 - CLOC 1 2E1 REF 1 3 DT 1 6 Jan 2000 RESZ 5505 ID|FBti0014580 SYM|422{}pn1 ASTP|FBtp0011410==422 DT|6 Jan 2000 |6 Jan 2000 ICL|422 ASGN|FBgn0003116==pn ARGS|FBgn0003116 SK|FBst0000104 |Df(1)ase-1, sc[ase-1] pn[1]/C(1)DX, y[1] f[1] |FBst0000174 |y[1] FBal0013871==pn[1] |FBst0000175 |y[1] FBal0013871==pn[1] w[1] cm[1] ct[6] sn[3] oc[1] ras[2] v[1] dy[1] g[2] f[1] os[o] car[1] sw[1]/In(1)sc[S1], In(1)dl-49, y[c4] sc[S1] v[Of] B[1] |FBst0000615 |Df(2L)sc19-1/SM6b; Dp(2;1)B19, Df(1)y-ac, sc[1] pn[1]: ed[1] dp[o2] cl[1] |FBst0000652 |Df(2L)sc19-6/SM6b; Dp(2;1)B19, Df(1)y-ac, sc[1] pn[1]: ed[1] dp[o2] cl[1] |FBst0000875 |pn[1]; pr[1] pk[1] cn[1]; ry[506] Dr[1] P{ry[+t7.2]=Delta2-3}99B/TM6 |FBst0001217 |C(1)RM, y[1] FBal0013871==pn[1] v[1]/0 & C(1;Y)*, y[1] B[1]/0 |FBst0001352 |cin[1] y[1] FBal0013871==pn[1] (v[1]) mal[1] l(1)20Cb[2]/In(1)sc[4L]sc[8R], y[1] cv[1] ABO-X[2]/Dp(1;Y)B[S] |FBst0001395 |C(1;Y)8, Dp(3;1)P115, y[2] sc[1] su(s)[2] FBal0013871==pn[1] sn[3]/0/C(1)M4, y[1] |FBst0001396 |C(1;Y)8, Dp(3;1)P115, y[1] FBal0013871==pn[1] sn[3], B[S]/0/C(1)M4 |FBst0001397 |C(1;Y)8, Dp(3;1)P115, y[1] FBal0013871==pn[1] sn[3], B[S]/0/C(1)M4 |FBst0001398 |C(1;Y)6, Dp(3;1)P115, y[2] sc[1] su(s)[2] FBal0013871==pn[1] sn[3], y[+]/0 & C(1)M4, y[1] |FBst0001429 |pn[1]; ry[506] Dr[1] P{ry[+t7.2]=Delta2-3}99B/TM6 |FBst0001505 |y[1] FBal0013871==pn[1] vs[148] |FBst0001570 |y[1] FBal0013871==pn[1] w[1] cm[1] ct[6] sn[3] oc[1] ras[2] v[1] dy[1] g[2] f[1] os[o]/FM6 |FBst0001611 |y[1] pn[1]; C(4)RM, ci[1] ey[R]/0 |FBst0002426 |cin[1] y[1] FBal0013871==pn[1] v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;2)H158, B[S], y[+]/? |FBst0002432 |cin[1] y[1] FBal0013871==pn[1] v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;2)B26, B[S], y[+]/? |FBst0002433 |cin[1] y[1] FBal0013871==pn[1] v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;3)B81, In(3)B81, B[S], y[+]/TM6 |FBst0002566 |cin[1] y[1] FBal0013871==pn[1] v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;2)R147, B[S], y[+]/? |FBst0002569 |cin[1] y[1] FBal0013871==pn[1] v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;3)G73, B[S], y[+]/TM6 |FBst0002578 |cin[1] y[1] FBal0013871==pn[1] v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;3)B172, B[S], y[+]/TM6 |FBst0002662 |cin[1] y[1] FBal0013871==pn[1] v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;2)D6, B[S], y[+]/? |FBst0002986 |Df(1)Pgd35, pn[1]/FM0 |FBst0003149 |cin[1] y[1] FBal0013871==pn[1] v[1] f[1] mal[1] l(1)20Cb[2]; Tp(3;Y)A76, B[S], y[+]/TM6 |FBst0003152 |cin[1] y[1] FBal0013871==pn[1] v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;3)P50, B[S], y[+]/TM6 |FBst0003667 |cin[1] y[1] FBal0013871==pn[1] v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;3)B226, B[S], y[+]/TM6 |FBst0003680 |cin[1] y[1] FBal0013871==pn[1] v[1] f[1] mal[1] l(1)20Cb[2]; T(Y;3)J132, B[S], y[+]/TM6 |FBst0003710 |C(1;Y)2, y[1] P{w[+mC]=lacW}5-45fD w[*] P{w[+mC]=lacW}4-5fP P{w[+mC]=lacW}3-52d P{w[+mC]=lacW}3-76a: y[+]/0/C(1)RM, y[1] FBal0013871==pn[1] |FBst0003713 |Df(1)bb452, y[1] FBal0013871==pn[1] cv[1] m[1] f[1]/FM7a, B[+]; TM2/Tp(3;3)Abd-B[iab6-Vno], Abd-B[iab6-Vno], Vno[1]; sv[spa-pol] |FBst0003716 |Df(1)bb456, y[1] FBal0013871==pn[1] cv[1] m[1] f[1]/FM7a, B[+]; TM2/Tp(3;3)Abd-B[iab6-Vno], Abd-B[iab6-Vno], Vno[1]; sv[spa-pol] |FBst0003717 |Df(1)bb74, y[1] FBal0013871==pn[1] cv[1] m[1] f[1]/FM7a, B[+]; TM2/Tp(3;3)Abd-B[iab6-Vno], Abd-B[iab6-Vno], Vno[1]; sv[spa-pol] |FBst0003755 |In(1)sc[J1], l(1)1Ac[1] y[1] sc[J1] FBal0013871==pn[1] t[2] v[1] f[1] Tu[1] car[1]/In(1)sc[S1] In(1)S, y[c4] sc[S1] B[1] |FBst0003812 |Df(2L)sc19-3/In(2L)Cy[L]t[R] In(2R)Cy, Cy[1] amos[Roi-1] cn[2] sp[2] (or[*]); Dp(2;1)B19, y[1] ac[1] sc[1] FBal0013871==pn[1] ed[1] dp[o2] cl[1] |FBst0003813 |Df(2L)sc19-4/In(2L)Cy[L]t[R] In(2R)Cy, Cy[1] amos[Roi-1] cn[2] sp[2] (or[*]); Dp(2;1)B19, y[1] ac[1] sc[1] FBal0013871==pn[1] ed[1] dp[o2] cl[1] |FBst0003928 |Dp(1;f)18; C(1)RM, y[1] FBal0013871==pn[1] v[1]/C(1;Y)6, Df(1)259, w[1] |FBst0004248 |C(1)RM, y[1] FBal0013871==pn[1] v[1]/C(1;Y)1, y[1] B[1]/0; sv[spa-pol] |FBst0004596 |y[1] ac[1] sc[1] FBal0013871==pn[1] |FBst0004771 |y[1] FBal0013871==pn[1] cv[1] v[1] f[1] |FBst0005459 |C(1;Y)6, y[1] w[*] P{w[+*]=white-un4}BE1305 mew[023]/C(1)RM, y[1] FBal0013871==pn[1] v[1]; Dp(1;f)y[+] |FBst0006027 |y[1] ac[1] sc[1] FBal0013871==pn[1] w[1] rb[1] cm[1] ct[1] sn[3] ras[4] v[1] m[1] g[1] f[1] car[1]/FM6 |FBst0006033 |Pgd[n39] FBal0013871==pn[1] Zw[lo2a] |FBst0200123 |pn[1] v[1] |FBst0200124 |pn[1] j[1] ir[1] |FBst0200348 |pn[1] |FBst0201336 |pn[1] |FBst1001498 |sc[2] pn[1]/ CDX, y[1] f[1] |FBst1001733 |Dp(1;1)sc[V1], y[1] FBal0013871==pn[1] ec[1] rb[1] m[1] f[1].y[+]/FM7/Y |FBst1001735 |y[1] pn[1]/y[+]Y |FBst1001736 |y[1] pn[1]; sv[spa-pol] |FBst1001738 |y[1] FBal0013871==pn[1] sn[*]/FM6/y[+]Y |Total=51 REFDSR { RDID|FBrf0067208 |Frolov et al. |1994 SYN|422{}pn1 ASAL|FBal0013871==pn1 MU|spontaneous CLOC|2E1 |Insertion site LOCB|Proximity to gene: FBgn0003116==pn } REF { REFM|FBrf0067208 |Frolov et al. |1994 REFM|FBrf0091186 |Timmons and Shearn |1996 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0013871==pn1 REFDSR { RDID|FBrf0054148 |Teng et al. |1991 PHM|pigment cell } REFDSR { RDID|FBrf0064770 |Zinyk et al. |1993 PHP|Suppresses FBal0005547==hopTum lethality to same extent as FBal0000811==awdK. } REFDSR { RDID|FBrf0091186 |Timmons and Shearn |1996 PHM|pigment cell } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Eye color: brownish-red. PHM|pigment cell } REF { REFM|FBrf0054148 |Teng et al. |1991 REFM|FBrf0064770 |Zinyk et al. |1993 REFM|FBrf0091186 |Timmons and Shearn |1996 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014582 ICL 1 422 SYM 1 422{}pn54c ASTR 1 - CLOC 1 2E1 REF 1 2 DT 1 6 Jan 2000 RESZ 446 ID|FBti0014582 SYM|422{}pn54c ASTP|FBtp0011410==422 DT|6 Jan 2000 |6 Jan 2000 ICL|422 ASGN|FBgn0003116==pn ARGS|FBgn0003116 REFDSR { RDID|FBrf0067208 |Frolov et al. |1994 SYN|422{}pn54c ASAL|FBal0035431==pn54c CLOC|2E1 |Insertion site LOCB|Proximity to gene: FBgn0003116==pn } REF { REFM|FBrf0067208 |Frolov et al. |1994 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0035431==pn54c REFDSR { RDID|FBrf0054148 |Teng et al. |1991 PHM|pigment cell } REF { REFM|FBrf0054148 |Teng et al. |1991 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0005258 ICL 1 P SYM 1 1360{P{PZ}}eyc04012b ASTR 1 + CLOC 1 - REF 1 4 DT 1 27 Aug 2002 RESZ 2242 ID|FBti0005258 SYM|1360{P{PZ}}eyc04012b SYN|1360{P{PZ}}l(2)0401204012 |4012 |P1363 |P{PZ}l(2)0401204012 |l(2)04012 ASTP|FBtp0000210==P{PZ} DT|27 Aug 2002 |3 Jan 1998 ICL|P INSITU| 1 ID2|FBti0000343 ASGN|FBgn0027659==eyc |FBgn0010564==l(2)04012a |FBgn0014447==Ecol\lacZ ASTR|FBtr0004799==Ecol\lacZeyc-04012bRA SK|FBst0011363 |cn[1] 1360{P{ry[+t7.2]=PZ}}eyc[04012b], l(2)04012a[04012a]/CyO; ry[506] |Total=1 REFDSR { RDID|FBrf0067338 |BDGP Project Members |1994-1999 SYN|P{PZ}l(2)0401204012 ASAL|FBal0085609==Ecol\lacZeyc-04012b |FBal0137262==eyc04012b MU|P-element activity LOCB|Proximity to gene: FBgn0010564==l(2)04012a DBAF|AQ025621.1 Dual_flanking_Example.JPG } REFDSR { RDID|FBrf0083714 |Meister and Braun |1995.10 SYN|P1363 CVBODPC|In wandering third instar larva, no detectable &bgr;-gal staining. } REFDSR { RDID|FBrf0102844 |Harvie et al. |1998 SYN|4012 CVBODP|transcript distribution deduced from reporter protein | L prothoracic gland

| L | third instar stage 2 larval optic lobe

| L | third instar stage 2 larval ventral ganglion

CC|Insertion of FBtp0000210==P{PZ} element into a FBgn0005673==1360 transposable element. } REFDSR { RDID|FBrf0103143 |Jackle and Janning |1998.8.10 CVBODPC|In embryos, expression in anterior spiracle not certain; expression in | midgut and brain is relatively weak. CVBODP|transcript distribution deduced from reporter protein | E

segmentally repeated | E embryonic/larval pharynx

| E gastric caecum

| E embryonic/larval midgut

| E embryonic/larval hindgut

| E anterior spiracle

| E larval brain | presumptive

| E mesoderm

| E embryonic/larval somatic muscle

| E embryonic peripheral nervous system

| E embryonic/larval tracheal system

} REF { REFM|FBrf0067338 |BDGP Project Members |1994-1999 REFM|FBrf0083714 |Meister and Braun |1995.10 REFM|FBrf0102844 |Harvie et al. |1998 REFM|FBrf0103143 |Jackle and Janning |1998.8.10 } ALESR { ASYM|FBal0137262==eyc04012b REFDSR { RDID|FBrf0141505 |Sang and Ready |2002 PHP|FBal0137262==eyc04012b homozygotes and | FBal0137262==eyc04012b/FBab0002027==Df(2R)Px2 animals show |disturbances in rhabdomere topology similar to the | FBal0137261==eyc1 phenotype. |FBal0137262==eyc04012b animals show mild fusion of the abdominal tergites. PHM|(with Df(2R)Px2) rhabdomere |rhabdomere |abdominal tergite } REF { REFM|FBrf0141505 |Sang and Ready |2002 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0019536 ICL 1 1360 SYM 1 1360{}17 ASTR 1 - CLOC 1 2B1-2B1 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019536 SYM|1360{}17 SYN|TE19536 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}17 CLOC|2B1-2B1 LOCB|genomic location inferred from flanking sequence DBAF|AE003421.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019546 ICL 1 1360 SYM 1 1360{}27 ASTR 1 - CLOC 1 3B1-3B2 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019546 SYM|1360{}27 SYN|TE19546 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}27 CLOC|3B1-3B2 LOCB|genomic location inferred from flanking sequence DBAF|AE003425.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019595 ICL 1 1360 SYM 1 1360{}76 ASTR 1 - CLOC 1 6C12-6C12 REF 1 2 DT 1 21 Aug 2003 RESZ 347 ID|FBti0019595 SYM|1360{}76 SYN|TE19595 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}76 CLOC|6C12-6C12 LOCB|genomic location inferred from flanking sequence DBAF|AE003438.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019613 ICL 1 1360 SYM 1 1360{}94 ASTR 1 - CLOC 1 9B1-9B1 REF 1 2 DT 1 21 Aug 2003 RESZ 345 ID|FBti0019613 SYM|1360{}94 SYN|TE19613 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}94 CLOC|9B1-9B1 LOCB|genomic location inferred from flanking sequence DBAF|AE003449.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019634 ICL 1 1360 SYM 1 1360{}115 ASTR 1 - CLOC 1 11C1-11C1 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019634 SYM|1360{}115 SYN|TE19634 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}115 CLOC|11C1-11C1 LOCB|genomic location inferred from flanking sequence DBAF|AE003490.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019637 ICL 1 1360 SYM 1 1360{}136 ASTR 1 - CLOC 1 13B4-13B4 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019637 SYM|1360{}136 SYN|TE19637 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}136 CLOC|13B4-13B4 LOCB|genomic location inferred from flanking sequence DBAF|AE003498.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019639 ICL 1 1360 SYM 1 1360{}154 ASTR 1 - CLOC 1 16F7-16F7 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019639 SYM|1360{}154 SYN|TE19639 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}154 CLOC|16F7-16F7 LOCB|genomic location inferred from flanking sequence DBAF|AE003507.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019662 ICL 1 1360 SYM 1 1360{}190 ASTR 1 - CLOC 1 19E7-19E7 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019662 SYM|1360{}190 SYN|TE19662 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}190 CLOC|19E7-19E7 LOCB|genomic location inferred from flanking sequence DBAF|AE003569.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019709 ICL 1 1360 SYM 1 1360{}237 ASTR 1 - CLOC 1 20A5-20A5 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019709 SYM|1360{}237 SYN|TE19709 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}237 CLOC|20A5-20A5 LOCB|genomic location inferred from flanking sequence DBAF|AE003122.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019717 ICL 1 1360 SYM 1 1360{}245 ASTR 1 - CLOC 1 20B1-20B1 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019717 SYM|1360{}245 SYN|TE19717 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}245 CLOC|20B1-20B1 LOCB|genomic location inferred from flanking sequence DBAF|AE003574.5 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019770 ICL 1 1360 SYM 1 1360{}389 ASTR 1 - CLOC 1 35F1-35F1 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019770 SYM|1360{}389 SYN|TE19770 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}389 CLOC|35F1-35F1 LOCB|genomic location inferred from flanking sequence DBAF|AE003650.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019771 ICL 1 1360 SYM 1 1360{}396 ASTR 1 - CLOC 1 36C6-36C6 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019771 SYM|1360{}396 SYN|TE19771 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}396 CLOC|36C6-36C6 LOCB|genomic location inferred from flanking sequence DBAF|AE003654.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019780 ICL 1 1360 SYM 1 1360{}420 ASTR 1 - CLOC 1 38A3-38A3 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019780 SYM|1360{}420 SYN|TE19780 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}420 CLOC|38A3-38A3 LOCB|genomic location inferred from flanking sequence DBAF|AE003664.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019799 ICL 1 1360 SYM 1 1360{}441 ASTR 1 - CLOC 1 38C2-38C2 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019799 SYM|1360{}441 SYN|TE19799 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}441 CLOC|38C2-38C2 LOCB|genomic location inferred from flanking sequence DBAF|AE003666.5 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019825 ICL 1 1360 SYM 1 1360{}478 ASTR 1 - CLOC 1 38F4-38F4 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019825 SYM|1360{}478 SYN|TE19825 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}478 CLOC|38F4-38F4 LOCB|genomic location inferred from flanking sequence DBAF|AE003668.5 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019828 ICL 1 1360 SYM 1 1360{}483 ASTR 1 - CLOC 1 39A5-39A5 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019828 SYM|1360{}483 SYN|TE19828 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}483 CLOC|39A5-39A5 LOCB|genomic location inferred from flanking sequence DBAF|AE003669.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019831 ICL 1 1360 SYM 1 1360{}493 ASTR 1 - CLOC 1 39D5-39D5 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019831 SYM|1360{}493 SYN|TE19831 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}493 CLOC|39D5-39D5 LOCB|genomic location inferred from flanking sequence DBAF|AE003670.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019839 ICL 1 1360 SYM 1 1360{}502 ASTR 1 - CLOC 1 39E2-39E2 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019839 SYM|1360{}502 SYN|TE19839 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}502 CLOC|39E2-39E2 LOCB|genomic location inferred from flanking sequence DBAF|AE003781.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019840 ICL 1 1360 SYM 1 1360{}503 ASTR 1 - CLOC 1 39E2-39E2 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019840 SYM|1360{}503 SYN|TE19840 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}503 CLOC|39E2-39E2 LOCB|genomic location inferred from flanking sequence DBAF|AE003781.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019841 ICL 1 1360 SYM 1 1360{}504 ASTR 1 - CLOC 1 39E2-39E2 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019841 SYM|1360{}504 SYN|TE19841 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}504 CLOC|39E2-39E2 LOCB|genomic location inferred from flanking sequence DBAF|AE003781.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019842 ICL 1 1360 SYM 1 1360{}505 ASTR 1 - CLOC 1 39E2-39E2 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019842 SYM|1360{}505 SYN|TE19842 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}505 CLOC|39E2-39E2 LOCB|genomic location inferred from flanking sequence DBAF|AE003781.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019847 ICL 1 1360 SYM 1 1360{}517 ASTR 1 - CLOC 1 39F3-39F3 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019847 SYM|1360{}517 SYN|TE19847 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}517 CLOC|39F3-39F3 LOCB|genomic location inferred from flanking sequence DBAF|AE003781.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019243 ICL 1 1360 SYM 1 1360{}528 ASTR 1 - CLOC 1 40E3-40E3 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019243 SYM|1360{}528 SYN|TE19243 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}528 CLOC|40E3-40E3 LOCB|genomic location inferred from flanking sequence DBAF|AE003782.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019857 ICL 1 1360 SYM 1 1360{}542 ASTR 1 - CLOC 1 40F4-40F4 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019857 SYM|1360{}542 SYN|TE19857 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}542 CLOC|40F4-40F4 LOCB|genomic location inferred from flanking sequence DBAF|AE003783.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019861 ICL 1 1360 SYM 1 1360{}548 ASTR 1 - CLOC 1 40F6-40F6 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019861 SYM|1360{}548 SYN|TE19861 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}548 CLOC|40F6-40F6 LOCB|genomic location inferred from flanking sequence DBAF|AE003783.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019864 ICL 1 1360 SYM 1 1360{}551 ASTR 1 - CLOC 1 40F7-40F7 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019864 SYM|1360{}551 SYN|TE19864 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}551 CLOC|40F7-40F7 LOCB|genomic location inferred from flanking sequence DBAF|AE003783.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019876 ICL 1 1360 SYM 1 1360{}569 ASTR 1 - CLOC 1 40F7-40F7 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019876 SYM|1360{}569 SYN|TE19876 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}569 CLOC|40F7-40F7 LOCB|genomic location inferred from flanking sequence DBAF|AE002603.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019262 ICL 1 1360 SYM 1 1360{}573 ASTR 1 - CLOC 1 40F7-40F7 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019262 SYM|1360{}573 SYN|TE19262 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}573 CLOC|40F7-40F7 LOCB|genomic location inferred from flanking sequence DBAF|AE002603.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019895 ICL 1 1360 SYM 1 1360{}608 ASTR 1 - CLOC 1 41E5-41E5 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019895 SYM|1360{}608 SYN|TE19895 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}608 CLOC|41E5-41E5 LOCB|genomic location inferred from flanking sequence DBAF|AE003788.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019896 ICL 1 1360 SYM 1 1360{}610 ASTR 1 - CLOC 1 41E5-41E5 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019896 SYM|1360{}610 SYN|TE19896 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}610 CLOC|41E5-41E5 LOCB|genomic location inferred from flanking sequence DBAF|AE003788.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019902 ICL 1 1360 SYM 1 1360{}636 ASTR 1 - CLOC 1 41F2-41F2 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019902 SYM|1360{}636 SYN|TE19902 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}636 CLOC|41F2-41F2 LOCB|genomic location inferred from flanking sequence DBAF|AE003787.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019905 ICL 1 1360 SYM 1 1360{}644 ASTR 1 - CLOC 1 41F2-41F2 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019905 SYM|1360{}644 SYN|TE19905 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}644 CLOC|41F2-41F2 LOCB|genomic location inferred from flanking sequence DBAF|AE003787.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019916 ICL 1 1360 SYM 1 1360{}661 ASTR 1 - CLOC 1 41F3-41F3 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019916 SYM|1360{}661 SYN|TE19916 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}661 CLOC|41F3-41F3 LOCB|genomic location inferred from flanking sequence DBAF|AE003786.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019917 ICL 1 1360 SYM 1 1360{}666 ASTR 1 - CLOC 1 41F3-41F3 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019917 SYM|1360{}666 SYN|TE19917 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}666 CLOC|41F3-41F3 LOCB|genomic location inferred from flanking sequence DBAF|AE003786.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019920 ICL 1 1360 SYM 1 1360{}676 ASTR 1 - CLOC 1 41F5-41F5 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019920 SYM|1360{}676 SYN|TE19920 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}676 CLOC|41F5-41F5 LOCB|genomic location inferred from flanking sequence DBAF|AE003786.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019922 ICL 1 1360 SYM 1 1360{}680 ASTR 1 - CLOC 1 41F5-41F5 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019922 SYM|1360{}680 SYN|TE19922 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}680 CLOC|41F5-41F5 LOCB|genomic location inferred from flanking sequence DBAF|AE003786.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019937 ICL 1 1360 SYM 1 1360{}700 ASTR 1 - CLOC 1 41F6-41F6 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019937 SYM|1360{}700 SYN|TE19937 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}700 CLOC|41F6-41F6 LOCB|genomic location inferred from flanking sequence DBAF|AE003786.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019939 ICL 1 1360 SYM 1 1360{}702 ASTR 1 - CLOC 1 41F6-41F6 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019939 SYM|1360{}702 SYN|TE19939 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}702 CLOC|41F6-41F6 LOCB|genomic location inferred from flanking sequence DBAF|AE003786.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019275 ICL 1 1360 SYM 1 1360{}709 ASTR 1 - CLOC 1 42A15-42A15 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0019275 SYM|1360{}709 SYN|TE19275 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}709 CLOC|42A15-42A15 LOCB|genomic location inferred from flanking sequence DBAF|AE003789.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019969 ICL 1 1360 SYM 1 1360{}747 ASTR 1 - CLOC 1 42B1-42B2 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019969 SYM|1360{}747 SYN|TE19969 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}747 CLOC|42B1-42B2 LOCB|genomic location inferred from flanking sequence DBAF|AE003789.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019978 ICL 1 1360 SYM 1 1360{}780 ASTR 1 - CLOC 1 44D3-44D3 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019978 SYM|1360{}780 SYN|TE19978 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}780 CLOC|44D3-44D3 LOCB|genomic location inferred from flanking sequence DBAF|AE003836.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019279 ICL 1 1360 SYM 1 1360{}795 ASTR 1 - CLOC 1 46D1-46D2 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019279 SYM|1360{}795 SYN|TE19279 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}795 CLOC|46D1-46D2 LOCB|genomic location inferred from flanking sequence DBAF|AE003831.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019992 ICL 1 1360 SYM 1 1360{}829 ASTR 1 - CLOC 1 51A4-51A4 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019992 SYM|1360{}829 SYN|TE19992 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}829 CLOC|51A4-51A4 LOCB|genomic location inferred from flanking sequence DBAF|AE003814.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019993 ICL 1 1360 SYM 1 1360{}835 ASTR 1 - CLOC 1 51F11-51F11 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0019993 SYM|1360{}835 SYN|TE19993 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}835 CLOC|51F11-51F11 LOCB|genomic location inferred from flanking sequence DBAF|AE003811.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020017 ICL 1 1360 SYM 1 1360{}906 ASTR 1 - CLOC 1 62A2-62A2 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0020017 SYM|1360{}906 SYN|TE20017 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}906 CLOC|62A2-62A2 LOCB|genomic location inferred from flanking sequence DBAF|AE003471.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020018 ICL 1 1360 SYM 1 1360{}907 ASTR 1 - CLOC 1 62A2-62A2 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0020018 SYM|1360{}907 SYN|TE20018 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}907 CLOC|62A2-62A2 LOCB|genomic location inferred from flanking sequence DBAF|AE003471.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020116 ICL 1 1360 SYM 1 1360{}1005 ASTR 1 - CLOC 1 71B4-71B4 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020116 SYM|1360{}1005 SYN|TE20116 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1005 CLOC|71B4-71B4 LOCB|genomic location inferred from flanking sequence DBAF|AE003532.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020143 ICL 1 1360 SYM 1 1360{}1032 ASTR 1 - CLOC 1 75A8-75A8 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020143 SYM|1360{}1032 SYN|TE20143 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1032 CLOC|75A8-75A8 LOCB|genomic location inferred from flanking sequence DBAF|AE003522.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020155 ICL 1 1360 SYM 1 1360{}1044 ASTR 1 - CLOC 1 75E1-75E2 REF 1 3 DT 1 21 Aug 2003 RESZ 464 ID|FBti0020155 SYM|1360{}1044 SYN|1360 1044 |TE20155 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1044 CLOC|75E1-75E2 LOCB|genomic location inferred from flanking sequence DBAF|AE003519.3 } REFDSR { RDID|FBrf0179132 |Bellen et al. |2004 SYN|1360 1044 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 REFM|FBrf0179132 |Bellen et al. |2004 } } # EOR TIR { RETE|ID 1 FBti0020193 ICL 1 1360 SYM 1 1360{}1082 ASTR 1 - CLOC 1 78D4-78D4 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020193 SYM|1360{}1082 SYN|TE20193 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1082 CLOC|78D4-78D4 LOCB|genomic location inferred from flanking sequence DBAF|AE003594.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020194 ICL 1 1360 SYM 1 1360{}1083 ASTR 1 - CLOC 1 78D4-78D4 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020194 SYM|1360{}1083 SYN|TE20194 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1083 CLOC|78D4-78D4 LOCB|genomic location inferred from flanking sequence DBAF|AE003594.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020207 ICL 1 1360 SYM 1 1360{}1096 ASTR 1 - CLOC 1 80A1-80A1 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020207 SYM|1360{}1096 SYN|TE20207 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1096 CLOC|80A1-80A1 LOCB|genomic location inferred from flanking sequence DBAF|AE003598.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020224 ICL 1 1360 SYM 1 1360{}1113 ASTR 1 - CLOC 1 80C5-80C5 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020224 SYM|1360{}1113 SYN|TE20224 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1113 CLOC|80C5-80C5 LOCB|genomic location inferred from flanking sequence DBAF|AE002786.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020225 ICL 1 1360 SYM 1 1360{}1114 ASTR 1 - CLOC 1 80C5-80C5 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020225 SYM|1360{}1114 SYN|TE20225 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1114 CLOC|80C5-80C5 LOCB|genomic location inferred from flanking sequence DBAF|AE002786.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020229 ICL 1 1360 SYM 1 1360{}1118 ASTR 1 - CLOC 1 80D1-80D1 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020229 SYM|1360{}1118 SYN|TE20229 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1118 CLOC|80D1-80D1 LOCB|genomic location inferred from flanking sequence DBAF|AE002786.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020230 ICL 1 1360 SYM 1 1360{}1119 ASTR 1 - CLOC 1 80D1-80D1 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020230 SYM|1360{}1119 SYN|TE20230 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1119 CLOC|80D1-80D1 LOCB|genomic location inferred from flanking sequence DBAF|AE002786.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020240 ICL 1 1360 SYM 1 1360{}1129 ASTR 1 - CLOC 1 80D3-80D3 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020240 SYM|1360{}1129 SYN|TE20240 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1129 CLOC|80D3-80D3 LOCB|genomic location inferred from flanking sequence DBAF|AE002786.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020243 ICL 1 1360 SYM 1 1360{}1132 ASTR 1 - CLOC 1 80D3-80D3 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020243 SYM|1360{}1132 SYN|TE20243 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1132 CLOC|80D3-80D3 LOCB|genomic location inferred from flanking sequence DBAF|AE002786.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020244 ICL 1 1360 SYM 1 1360{}1133 ASTR 1 - CLOC 1 80D3-80D3 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020244 SYM|1360{}1133 SYN|TE20244 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1133 CLOC|80D3-80D3 LOCB|genomic location inferred from flanking sequence DBAF|AE002656.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020249 ICL 1 1360 SYM 1 1360{}1138 ASTR 1 - CLOC 1 80D5-80D5 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020249 SYM|1360{}1138 SYN|TE20249 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1138 CLOC|80D5-80D5 LOCB|genomic location inferred from flanking sequence DBAF|AE002656.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020271 ICL 1 1360 SYM 1 1360{}1160 ASTR 1 - CLOC 1 80E2-80E2 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020271 SYM|1360{}1160 SYN|TE20271 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1160 CLOC|80E2-80E2 LOCB|genomic location inferred from flanking sequence DBAF|AE002656.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020273 ICL 1 1360 SYM 1 1360{}1162 ASTR 1 - CLOC 1 80E3-80E3 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020273 SYM|1360{}1162 SYN|TE20273 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1162 CLOC|80E3-80E3 LOCB|genomic location inferred from flanking sequence DBAF|AE002656.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020282 ICL 1 1360 SYM 1 1360{}1171 ASTR 1 - CLOC 1 80F3-80F3 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020282 SYM|1360{}1171 SYN|TE20282 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1171 CLOC|80F3-80F3 LOCB|genomic location inferred from flanking sequence DBAF|AE002665.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020291 ICL 1 1360 SYM 1 1360{}1180 ASTR 1 - CLOC 1 80F5-80F5 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020291 SYM|1360{}1180 SYN|TE20291 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1180 CLOC|80F5-80F5 LOCB|genomic location inferred from flanking sequence DBAF|AE002665.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020301 ICL 1 1360 SYM 1 1360{}1198 ASTR 1 - CLOC 1 82C2-82C2 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020301 SYM|1360{}1198 SYN|TE20301 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1198 CLOC|82C2-82C2 LOCB|genomic location inferred from flanking sequence DBAF|AE003606.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019290 ICL 1 1360 SYM 1 1360{}1201 ASTR 1 - CLOC 1 82C3-82C3 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0019290 SYM|1360{}1201 SYN|TE19290 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1201 CLOC|82C3-82C3 LOCB|genomic location inferred from flanking sequence DBAF|AE003606.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020305 ICL 1 1360 SYM 1 1360{}1206 ASTR 1 - CLOC 1 82C4-82C4 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020305 SYM|1360{}1206 SYN|TE20305 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1206 CLOC|82C4-82C4 LOCB|genomic location inferred from flanking sequence DBAF|AE003605.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019309 ICL 1 1360 SYM 1 1360{}1226 ASTR 1 - CLOC 1 83C4-83C4 REF 1 3 DT 1 21 Aug 2003 RESZ 450 ID|FBti0019309 SYM|1360{}1226 SYN|CR31553 |TE19309 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0104946 |FlyBase |1996- SYN|CR31553 } REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1226 CLOC|83C4-83C4 LOCB|genomic location inferred from flanking sequence DBAF|AE003601.3 } REF { REFM|FBrf0104946 |FlyBase |1996- REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020322 ICL 1 1360 SYM 1 1360{}1257 ASTR 1 - CLOC 1 84E2-84E2 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020322 SYM|1360{}1257 SYN|TE20322 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1257 CLOC|84E2-84E2 LOCB|genomic location inferred from flanking sequence DBAF|AE003676.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019330 ICL 1 1360 SYM 1 1360{}1258 ASTR 1 - CLOC 1 84E6-84E6 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0019330 SYM|1360{}1258 SYN|TE19330 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1258 CLOC|84E6-84E6 LOCB|genomic location inferred from flanking sequence DBAF|AE003677.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020323 ICL 1 1360 SYM 1 1360{}1270 ASTR 1 - CLOC 1 85B4-85B4 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020323 SYM|1360{}1270 SYN|TE20323 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1270 CLOC|85B4-85B4 LOCB|genomic location inferred from flanking sequence DBAF|AE003680.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019361 ICL 1 1360 SYM 1 1360{}1299 ASTR 1 - CLOC 1 87B12-87B13 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0019361 SYM|1360{}1299 SYN|TE19361 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1299 CLOC|87B12-87B13 LOCB|genomic location inferred from flanking sequence DBAF|AE003696.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019418 ICL 1 1360 SYM 1 1360{}1408 ASTR 1 - CLOC 1 95A1-95A1 REF 1 3 DT 1 21 Aug 2003 RESZ 768 ID|FBti0019418 SYM|1360{}1408 SYN|CR31276 |TE19418 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 CLOC|95A1-95A1 LOCB|genomic location inferred from flanking sequence DBAF|AE003743.3 } REFDSR { RDID|FBrf0166453 |FlyBase Genome Annotators |2004 SYN|1360{}1408 CLOC|95A1-95A1 LOCB|genomic location inferred from flanking sequence CC|"CR31276" was annotated as a "miscellaneous curator's observation" in | release 3.1 of the genome annotation, but has been deleted in release 3.2 | as it corresponded to the FBti0019418==1360{}1408 insertion. } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 REFM|FBrf0166453 |FlyBase Genome Annotators |2004 } } # EOR TIR { RETE|ID 1 FBti0019460 ICL 1 1360 SYM 1 1360{}1457 ASTR 1 - CLOC 1 99E3-99E3 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0019460 SYM|1360{}1457 SYN|TE19460 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1457 CLOC|99E3-99E3 LOCB|genomic location inferred from flanking sequence DBAF|AE003773.2 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020393 ICL 1 1360 SYM 1 1360{}1463 ASTR 1 - CLOC 1 100A6-100A6 REF 1 3 DT 1 21 Aug 2003 RESZ 452 ID|FBti0020393 SYM|1360{}1463 SYN|CR31011 |TE20393 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0104946 |FlyBase |1996- SYN|CR31011 } REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1463 CLOC|100A6-100A6 LOCB|genomic location inferred from flanking sequence DBAF|AE003775.2 } REF { REFM|FBrf0104946 |FlyBase |1996- REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020400 ICL 1 1360 SYM 1 1360{}1476 ASTR 1 - CLOC 1 102A1-102A1 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0020400 SYM|1360{}1476 SYN|TE20400 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1476 CLOC|102A1-102A1 LOCB|genomic location inferred from flanking sequence DBAF|AE003845.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020403 ICL 1 1360 SYM 1 1360{}1479 ASTR 1 - CLOC 1 102A3-102A3 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0020403 SYM|1360{}1479 SYN|TE20403 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1479 CLOC|102A3-102A3 LOCB|genomic location inferred from flanking sequence DBAF|AE003845.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020404 ICL 1 1360 SYM 1 1360{}1480 ASTR 1 - CLOC 1 102A3-102A3 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0020404 SYM|1360{}1480 SYN|TE20404 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1480 CLOC|102A3-102A3 LOCB|genomic location inferred from flanking sequence DBAF|AE003845.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020405 ICL 1 1360 SYM 1 1360{}1481 ASTR 1 - CLOC 1 102A3-102A3 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0020405 SYM|1360{}1481 SYN|TE20405 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1481 CLOC|102A3-102A3 LOCB|genomic location inferred from flanking sequence DBAF|AE003845.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019472 ICL 1 1360 SYM 1 1360{}1482 ASTR 1 - CLOC 1 102A4-102A4 REF 1 3 DT 1 21 Aug 2003 RESZ 439 ID|FBti0019472 SYM|1360{}1482 SYN|TE19472 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 CLOC|102A4-102A4 LOCB|genomic location inferred from flanking sequence DBAF|AE003845.4 } REFDSR { RDID|FBrf0179424 |Ryder et al. |2004 SYN|1360{}1482 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 REFM|FBrf0179424 |Ryder et al. |2004 } } # EOR TIR { RETE|ID 1 FBti0019477 ICL 1 1360 SYM 1 1360{}1488 ASTR 1 - CLOC 1 102B1-102B1 REF 1 3 DT 1 21 Aug 2003 RESZ 439 ID|FBti0019477 SYM|1360{}1488 SYN|TE19477 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 CLOC|102B1-102B1 LOCB|genomic location inferred from flanking sequence DBAF|AE003844.4 } REFDSR { RDID|FBrf0179424 |Ryder et al. |2004 SYN|1360{}1488 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 REFM|FBrf0179424 |Ryder et al. |2004 } } # EOR TIR { RETE|ID 1 FBti0019479 ICL 1 1360 SYM 1 1360{}1491 ASTR 1 - CLOC 1 102B1-102B1 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0019479 SYM|1360{}1491 SYN|TE19479 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1491 CLOC|102B1-102B1 LOCB|genomic location inferred from flanking sequence DBAF|AE003844.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019484 ICL 1 1360 SYM 1 1360{}1498 ASTR 1 - CLOC 1 102B5-102B5 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0019484 SYM|1360{}1498 SYN|TE19484 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1498 CLOC|102B5-102B5 LOCB|genomic location inferred from flanking sequence DBAF|AE003844.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020414 ICL 1 1360 SYM 1 1360{}1502 ASTR 1 - CLOC 1 102B5-102B5 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0020414 SYM|1360{}1502 SYN|TE20414 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1502 CLOC|102B5-102B5 LOCB|genomic location inferred from flanking sequence DBAF|AE003844.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020415 ICL 1 1360 SYM 1 1360{}1503 ASTR 1 - CLOC 1 102B5-102B5 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0020415 SYM|1360{}1503 SYN|TE20415 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1503 CLOC|102B5-102B5 LOCB|genomic location inferred from flanking sequence DBAF|AE003844.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019485 ICL 1 1360 SYM 1 1360{}1504 ASTR 1 - CLOC 1 102B5-102B5 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0019485 SYM|1360{}1504 SYN|TE19485 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1504 CLOC|102B5-102B5 LOCB|genomic location inferred from flanking sequence DBAF|AE003844.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020418 ICL 1 1360 SYM 1 1360{}1507 ASTR 1 - CLOC 1 102B6-102B7 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0020418 SYM|1360{}1507 SYN|TE20418 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1507 CLOC|102B6-102B7 LOCB|genomic location inferred from flanking sequence DBAF|AE003844.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020419 ICL 1 1360 SYM 1 1360{}1508 ASTR 1 - CLOC 1 102B7-102B7 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0020419 SYM|1360{}1508 SYN|TE20419 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1508 CLOC|102B7-102B7 LOCB|genomic location inferred from flanking sequence DBAF|AE003844.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019488 ICL 1 1360 SYM 1 1360{}1512 ASTR 1 - CLOC 1 102B8-102B8 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0019488 SYM|1360{}1512 SYN|TE19488 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1512 CLOC|102B8-102B8 LOCB|genomic location inferred from flanking sequence DBAF|AE003844.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020422 ICL 1 1360 SYM 1 1360{}1514 ASTR 1 - CLOC 1 102C1-102C1 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0020422 SYM|1360{}1514 SYN|TE20422 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1514 CLOC|102C1-102C1 LOCB|genomic location inferred from flanking sequence DBAF|AE003844.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020423 ICL 1 1360 SYM 1 1360{}1515 ASTR 1 - CLOC 1 102C1-102C1 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0020423 SYM|1360{}1515 SYN|TE20423 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1515 CLOC|102C1-102C1 LOCB|genomic location inferred from flanking sequence DBAF|AE003844.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019494 ICL 1 1360 SYM 1 1360{}1520 ASTR 1 - CLOC 1 102D1-102D1 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0019494 SYM|1360{}1520 SYN|TE19494 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1520 CLOC|102D1-102D1 LOCB|genomic location inferred from flanking sequence DBAF|AE003843.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019496 ICL 1 1360 SYM 1 1360{}1525 ASTR 1 - CLOC 1 102D5-102D5 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0019496 SYM|1360{}1525 SYN|TE19496 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1525 CLOC|102D5-102D5 LOCB|genomic location inferred from flanking sequence DBAF|AE003843.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020432 ICL 1 1360 SYM 1 1360{}1530 ASTR 1 - CLOC 1 102E5-102E5 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0020432 SYM|1360{}1530 SYN|TE20432 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1530 CLOC|102E5-102E5 LOCB|genomic location inferred from flanking sequence DBAF|AE003843.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020434 ICL 1 1360 SYM 1 1360{}1533 ASTR 1 - CLOC 1 102E5-102E5 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0020434 SYM|1360{}1533 SYN|TE20434 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1533 CLOC|102E5-102E5 LOCB|genomic location inferred from flanking sequence DBAF|AE003843.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019500 ICL 1 1360 SYM 1 1360{}1536 ASTR 1 - CLOC 1 102F2-102F2 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0019500 SYM|1360{}1536 SYN|TE19500 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1536 CLOC|102F2-102F2 LOCB|genomic location inferred from flanking sequence DBAF|AE003847.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019502 ICL 1 1360 SYM 1 1360{}1539 ASTR 1 - CLOC 1 102F3-102F3 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0019502 SYM|1360{}1539 SYN|TE19502 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1539 CLOC|102F3-102F3 LOCB|genomic location inferred from flanking sequence DBAF|AE003846.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019507 ICL 1 1360 SYM 1 1360{}1543 ASTR 1 - CLOC 1 102F4-102F4 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0019507 SYM|1360{}1543 SYN|TE19507 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1543 CLOC|102F4-102F4 LOCB|genomic location inferred from flanking sequence DBAF|AE003846.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020437 ICL 1 1360 SYM 1 1360{}1545 ASTR 1 - CLOC 1 102F4-102F4 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0020437 SYM|1360{}1545 SYN|TE20437 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1545 CLOC|102F4-102F4 LOCB|genomic location inferred from flanking sequence DBAF|AE003846.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020438 ICL 1 1360 SYM 1 1360{}1546 ASTR 1 - CLOC 1 102F4-102F4 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0020438 SYM|1360{}1546 SYN|TE20438 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1546 CLOC|102F4-102F4 LOCB|genomic location inferred from flanking sequence DBAF|AE003846.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019516 ICL 1 1360 SYM 1 1360{}1558 ASTR 1 - CLOC 1 102F8-102F8 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0019516 SYM|1360{}1558 SYN|TE19516 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1558 CLOC|102F8-102F8 LOCB|genomic location inferred from flanking sequence DBAF|AE003846.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0019518 ICL 1 1360 SYM 1 1360{}1561 ASTR 1 - CLOC 1 102F8-102F8 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0019518 SYM|1360{}1561 SYN|TE19518 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1561 CLOC|102F8-102F8 LOCB|genomic location inferred from flanking sequence DBAF|AE003846.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020446 ICL 1 1360 SYM 1 1360{}1565 ASTR 1 - CLOC 1 102F8-102F8 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0020446 SYM|1360{}1565 SYN|TE20446 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1565 CLOC|102F8-102F8 LOCB|genomic location inferred from flanking sequence DBAF|AE003846.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020451 ICL 1 1360 SYM 1 1360{}1570 ASTR 1 - CLOC 1 102F8-102F8 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0020451 SYM|1360{}1570 SYN|TE20451 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1570 CLOC|102F8-102F8 LOCB|genomic location inferred from flanking sequence DBAF|AE003846.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020452 ICL 1 1360 SYM 1 1360{}1571 ASTR 1 - CLOC 1 102F8-102F8 REF 1 2 DT 1 21 Aug 2003 RESZ 353 ID|FBti0020452 SYM|1360{}1571 SYN|TE20452 ASTP|FBtp0011398==1360 DT|21 Aug 2003 |21 Aug 2003 ICL|1360 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1360{}1571 CLOC|102F8-102F8 LOCB|genomic location inferred from flanking sequence DBAF|AE003846.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0014399 ICL 1 ? SYM 1 1360{}da1 ASTR 1 - CLOC 1 31D11--E1 REF 1 5 DT 1 26 Mar 2002 RESZ 909 ID|FBti0014399 SYM|1360{}da1 SYN|?{}da1 ASTP|FBtp0011398==1360 DT|26 Mar 2002 |6 Jan 2000 ICL|? ASGN|FBgn0000413==da SK|FBst0000273 |da[1] pr[1] cn[1]/SM5 |Total=1 REFDSR { RDID|FBrf0055585 |Keyes et al. |1992 PHC|lethal | maternal effect | conditional ts } REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|?{}da1 ASAL|FBal0002214==da1 MU|spontaneous CLOC|31D11--E1 |Insertion site LOCB|Proximity to gene: FBgn0000413==da } REFDSR { RDID|FBrf0068461 |Cummings and Cronmiller |1994 PHC|(with da2) lethal } REFDSR { RDID|FBrf0138569 |Castanon et al. |2001 PHC|lethal | conditional ts } REF { REFM|FBrf0055585 |Keyes et al. |1992 REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0068461 |Cummings and Cronmiller |1994 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0138569 |Castanon et al. |2001 } ALESR { ASYM|FBal0002214==da1 REFDSR { RDID|FBrf0041411 |Uenoyama |1984 PHP|FBal0016680==Sxlf1 heterozygous female progeny derived from | heterozygous FBal0002214==da1 |mothers have reduced viability. The viability is increased if the |FBal0016680==Sxlf1/+ progeny are also carrying | FBal0012357==msl-31, and is decreased |if the FBal0002214==da1/+ mothers are also carrying | FBal0012357==msl-31. The frequency |of sex transformation in FBal0016680==Sxlf1/+ female progeny | derived from FBal0002214==da1/+ |mothers is increased if either the mothers or the progeny are homozygous |for FBal0012357==msl-31. The frequency of morphological | abnormalities seen |... (see FBal0002214==da1 report) } REFDSR { RDID|FBrf0054060 |Bopp et al. |1991 PHP|At the restrictive temperature (25oC) less than 1% of females derived |from homozygous mothers eclose. At the permissive temperature (18oC) |the viability of these females derived from homozygous mothers is 100%. } REFDSR { RDID|FBrf0078360 |Estes et al. |1995 PHP|Homozygous females have no female offspring due to failure to properly |regulate the FBgn0003659==Sxl gene in the zygote. } REFDSR { RDID|FBrf0094140 |Bell |1954 PHP|Homozygous females when mated to any male produce normal sons but no |daughters. Otherwise, FBgn0000413==da mutant cannot be distinguished from wild |type. } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|(=da); viable; temperature-sensitive hypomorph; strong |daughterless maternal effect above 22oC; lethal |with Df or amorphic alleles; lethal at 29oC } REFDSR { RDID|FBrf0106007 |Anand et al. |1998 PHP|Does not interact with FBal0094602==Sxldlf, | FBal0094543==fl(1)3535 or FBal0094542==fl(1)3546. } REFDSR { RDID|FBrf0138569 |Castanon et al. |2001 PHP|Homozygotes survive at 18oC and die at 25oC. |FBal0002214==da1 homozygous embryos lacking maternal and zygotic | FBgn0000413==da have defects |in mesodermal development. The mesoderm migrates properly, however, |further mesodermal development is impaired. Somatic muscle development |is severely suppressed, embryos have reduced numbers of aberrantly |placed syncitial muscles. Heart development is also repressed. PHM|embryonic/larval somatic muscle |mesoderm |embryonic/larval heart } REF { REFM|FBrf0041411 |Uenoyama |1984 REFM|FBrf0054060 |Bopp et al. |1991 REFM|FBrf0078360 |Estes et al. |1995 REFM|FBrf0094140 |Bell |1954 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0106007 |Anand et al. |1998 REFM|FBrf0138569 |Castanon et al. |2001 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0019679 ICL 1 1731 SYM 1 1731{}207 ASTR 1 - CLOC 1 20A1-20A1 REF 1 2 DT 1 21 Aug 2003 RESZ 349 ID|FBti0019679 SYM|1731{}207 SYN|TE19679 ASTP|FBtp0011400==1731 DT|21 Aug 2003 |21 Aug 2003 ICL|1731 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1731{}207 CLOC|20A1-20A1 LOCB|genomic location inferred from flanking sequence DBAF|AE003568.3 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0020325 ICL 1 1731 SYM 1 1731{}1272 ASTR 1 - CLOC 1 85B4-85B4 REF 1 2 DT 1 21 Aug 2003 RESZ 351 ID|FBti0020325 SYM|1731{}1272 SYN|TE20325 ASTP|FBtp0011400==1731 DT|21 Aug 2003 |21 Aug 2003 ICL|1731 REFDSR { RDID|FBrf0155828 |Kaminker et al. |2002 SYN|1731{}1272 CLOC|85B4-85B4 LOCB|genomic location inferred from flanking sequence DBAF|AE003680.4 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155828 |Kaminker et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0015144 ICL 1 ? SYM 1 ?{}anon-4Caverzwickt ASTR 1 - CLOC 1 4C REF 1 2 DT 1 6 Jan 2000 RESZ 431 ID|FBti0015144 SYM|?{}anon-4Caverzwickt DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0014102==anon-4Ca REFDSR { RDID|FBrf0064240 |Poeck et al. |1991 SYN|?{}anon-4Caverzwickt ASAL|FBal0065901==anon-4Caverzwickt CLOC|4C |Insertion site LOCB|Proximity to gene: FBgn0014102==anon-4Ca } REF { REFM|FBrf0064240 |Poeck et al. |1991 REFM|FBrf0105495 |FlyBase |1992- } } # EOR TIR { RETE|ID 1 FBti0002824 ICL 1 ? SYM 1 ?{}Antp72j ASTR 1 - CLOC 1 84A6--B2 REF 1 2 DT 1 5 Feb 1999 RESZ 630 ID|FBti0002824 SYM|?{}Antp72j DT|5 Feb 1999 |24 Jun 1997 ICL|? ASGN|FBgn0000095==Antp SK|FBst0002162 |pb[6] pb[12] Antp[72j]/TM3, Sb[1] |FBst0002255 |pb[6] FBal0000572==Antp[72j] |Total=2 REFDSR { RDID|FBrf0039012 |Scott et al. |1983 ASAL|FBal0000572==Antp72j MU|spontaneous CLOC|84A6--B2 |Insertion site LOCB|Proximity to gene: FBgn0000095==Antp PHC|viable CC|Insertion determined to be repetitive; approximately 8.3kb; not shown to | coorelate with mutant phenotype. } REF { REFM|FBrf0039012 |Scott et al. |1983 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0000572==Antp72j REFDSR { RDID|FBrf0039012 |Scott et al. |1983 PHP|Antennae to leg transformations. PHM|leg | ectopic |antenna } REF { REFM|FBrf0039012 |Scott et al. |1983 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0002825 ICL 1 ? SYM 1 ?{}AntpScx ASTR 1 - CLOC 1 84A6--B2 REF 1 5 DT 1 5 Feb 1999 RESZ 1379 ID|FBti0002825 SYM|?{}AntpScx DT|5 Feb 1999 |24 Jun 1997 ICL|? ASGN|FBgn0000095==Antp |FBgn0003339==Scr SK|FBst0002250 |ru[1] h[1] st[1] kni[ri-1] FBal0000617==Antp[Scx] p[p] e[s]/TM3, Sb[1] |FBst0002257 |Antp[Scx] p[p] Sb[sbd-2] Ubx[bx-3] Ubx[pbx-1]/TM3, Sb[1] |FBst0003407 |ru[1] h[1] st[1] cp[1] in[1] kni[ri-1] FBal0000617==Antp[Scx] p[p] cu[1] e[1]/TM3, Sb[1] |Total=3 REFDSR { RDID|FBrf0027527 |Duncan and Kaufman |1975 PHC|lethal | recessive } REFDSR { RDID|FBrf0034841 |Kaufman et al. |1980 PHC|lethal | recessive } REFDSR { RDID|FBrf0039012 |Scott et al. |1983 ASAL|FBal0000617==AntpScx MU|spontaneous CLOC|84A6--B2 |Insertion site LOCB|Proximity to gene: FBgn0000095==Antp PHC|lethal | recessive CC|Insertion determined to be repetitive; approximately 3kb; not shown to | coorelate with mutant phenotype. } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHC|lethal | recessive } REFDSR { RDID|FBrf0149025 |Southworth and Kennison |2002 ASAL|FBal0138396==ScrScx PHC|(with Antp1) lethal |(with Antp23) lethal } REF { REFM|FBrf0027527 |Duncan and Kaufman |1975 REFM|FBrf0034841 |Kaufman et al. |1980 REFM|FBrf0039012 |Scott et al. |1983 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0149025 |Southworth and Kennison |2002 } ALESR { ASYM|FBal0138396==ScrScx REFDSR { RDID|FBrf0149025 |Southworth and Kennison |2002 PHP|Heterozygous males have an average of 2.7 ectopic sex comb teeth per |second leg. The number of sex comb teeth on the first leg is normal. |FBal0138396==ScrScx/FBal0015280==Scr4 males have the | same average number of sex comb |teeth per first leg as FBal0015280==Scr4/+ males. |Heterozygous males have an average of 0.1 ectopic sex comb teeth per |third leg. |FBal0138396==ScrScx/FBal0015278==Scr2 males have an | average of 1.3 ectopic sex comb teeth |... (see FBal0138396==ScrScx report) PHM|mesothoracic leg & sex comb | ectopic |metathoracic leg & sex comb | ectopic |(with Scr2) mesothoracic leg & sex comb | ectopic |(with Scr4) mesothoracic leg & sex comb | ectopic |(with Scr4) metathoracic leg & sex comb | ectopic |(with Scr4, Dp(3;Y)77ab) mesothoracic leg & sex comb | ectopic |(with Scr4, Dp(3;Y)77ab) metathoracic leg & sex comb | ectopic |(with ScrTpl9) mesothoracic leg & sex comb | ectopic |(with ScrTpl9) metathoracic leg & sex comb | ectopic } REF { REFM|FBrf0149025 |Southworth and Kennison |2002 } } # EO ALESR ALESR { ASYM|FBal0000617==AntpScx REFDSR { RDID|FBrf0027527 |Duncan and Kaufman |1975 PHP|Sex combs are present on all male legs. PHM|sex comb | ectopic } REFDSR { RDID|FBrf0034841 |Kaufman et al. |1980 PHP|Sex comb teeth are produced on the basitarsus of all six legs (transformation |of meso- and metathoracic into prothoracic legs). PHM|sex comb |mesothoracic leg |metathoracic leg } REFDSR { RDID|FBrf0034853 |Lewis et al. |1980 PHP|Transformation of meso- and metathoracic legs to prothoracic leg identity. PHM|mesothoracic leg |metathoracic leg } REFDSR { RDID|FBrf0039012 |Scott et al. |1983 PHP|Partial transformation of second and third legs into first legs. PHM|mesothoracic leg |metathoracic leg } REFDSR { RDID|FBrf0043249 |Dura et al. |1985 PHP|Enhanced by FBal0013723==ph-d2. } REFDSR { RDID|FBrf0046404 |Kennison and Russell |1987 PHP|Suppressed by a duplication carrying FBgn0003042==Pc+. } REFDSR { RDID|FBrf0073734 |Lewis et al. |1980 PHP|Transformation of meso- and metathoracic leg to prothoracic leg identity. PHM|mesothoracic leg |metathoracic leg } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Sex combs may be present on all six legs of male. At least |one extra sex comb present in 75-90% of males. Third pair of |legs less often affected than second. |RK2. PHM|sex comb |mesothoracic leg |metathoracic leg } REFDSR { RDID|FBrf0110811 |Sinclair et al. |1984 PHP|Between 44.4% and 61.5% of heterozygous males have an extra sex combs |phenotype. PHM|leg |sex comb | ectopic } REF { REFM|FBrf0027527 |Duncan and Kaufman |1975 REFM|FBrf0034841 |Kaufman et al. |1980 REFM|FBrf0034853 |Lewis et al. |1980 REFM|FBrf0039012 |Scott et al. |1983 REFM|FBrf0043249 |Dura et al. |1985 REFM|FBrf0046404 |Kennison and Russell |1987 REFM|FBrf0073734 |Lewis et al. |1980 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0110811 |Sinclair et al. |1984 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014268 ICL 1 ? SYM 1 ?{}btl-a ASTR 1 - CLOC 1 102C2--3 REF 1 4 DT 1 6 Jan 2000 RESZ 762 ID|FBti0014268 SYM|?{}btl-a DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0005666==bt REFDSR { RDID|FBrf0016176 |Hochman et al. |1964 PHC|lethal | recessive } REFDSR { RDID|FBrf0022724 |Hochman |1971 PHC|lethal } REFDSR { RDID|FBrf0079869 |Ayme-Southgate et al. |1995 SYN|?{}btl-a ASAL|FBal0027983==btl-a CLOC|102C2--3 |Insertion site LOCB|Proximity to gene: FBgn0005666==bt PHC|lethal | embryonic | recessive |(with btD) lethal | embryonic } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHC|lethal | embryonic | recessive } REF { REFM|FBrf0016176 |Hochman et al. |1964 REFM|FBrf0022724 |Hochman |1971 REFM|FBrf0079869 |Ayme-Southgate et al. |1995 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0027983==btl-a REFDSR { RDID|FBrf0079869 |Ayme-Southgate et al. |1995 PHP|Homozygotes die as late embryos and do not have spontaneous muscle |contractions. FBal0001328==btD/FBal0027983==btl-a | transheterozygotes die as embryos. } REF { REFM|FBrf0079869 |Ayme-Southgate et al. |1995 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014101 ICL 1 ? SYM 1 ?{}BxM ASTR 1 - CLOC 1 17C3--4 REF 1 2 DT 1 6 Jan 2000 RESZ 407 ID|FBti0014101 SYM|?{}BxM DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0000242==Bx REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|?{}BxM ASAL|FBal0001443==BxM MU|spontaneous CLOC|17C3--4 |Insertion site LOCB|Proximity to gene: FBgn0000242==Bx } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } } # EOR TIR { RETE|ID 1 FBti0014994 ICL 1 P SYM 1 ?{}can8 ASTR 1 - CLOC 1 67D12 REF 1 3 DT 1 23 Jul 2001 RESZ 537 ID|FBti0014994 SYM|?{}can8 SYN|P{}can8 DT|23 Jul 2001 |6 Jan 2000 ICL|P ASGN|FBgn0011569==can REFDSR { RDID|FBrf0087570 |Lin et al. |1996 SYN|P{}can8 ASAL|FBal0049380==can8 CLOC|67D12 |Insertion site LOCB|Proximity to gene: FBgn0011569==can PHC|male sterile | recessive } REFDSR { RDID|FBrf0135773 |Hiller et al. |2001 PHC|male sterile } REF { REFM|FBrf0087570 |Lin et al. |1996 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0135773 |Hiller et al. |2001 } ALESR { ASYM|FBal0049380==can8 REFDSR { RDID|FBrf0087570 |Lin et al. |1996 PHP|Early stages of spermatogenesis up through mature primary spermatocytes |are present and normal. Postmeiotic stages are completely absent. |Mutant testes have an abundance of mature primary spermatocytes with |large, round nuclei and prominent nucleoli. |Spermatocytes arrest in the G2/M transition of meiosis I with partial |chromosome condensation. PHM|testis |spermatocyte } REF { REFM|FBrf0087570 |Lin et al. |1996 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014995 ICL 1 P SYM 1 ?{}can9 ASTR 1 - CLOC 1 67D12 REF 1 3 DT 1 23 Jul 2001 RESZ 537 ID|FBti0014995 SYM|?{}can9 SYN|P{}can9 DT|23 Jul 2001 |6 Jan 2000 ICL|P ASGN|FBgn0011569==can REFDSR { RDID|FBrf0087570 |Lin et al. |1996 SYN|P{}can9 ASAL|FBal0049381==can9 CLOC|67D12 |Insertion site LOCB|Proximity to gene: FBgn0011569==can PHC|male sterile | recessive } REFDSR { RDID|FBrf0135773 |Hiller et al. |2001 PHC|male sterile } REF { REFM|FBrf0087570 |Lin et al. |1996 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0135773 |Hiller et al. |2001 } ALESR { ASYM|FBal0049381==can9 REFDSR { RDID|FBrf0087570 |Lin et al. |1996 PHP|Early stages of spermatogenesis up through mature primary spermatocytes |are present and normal. Postmeiotic stages are completely absent. |Mutant testes have an abundance of mature primary spermatocytes with |large, round nuclei and prominent nucleoli. Early stages of spermatogenesis |up through mature primary spermatocytes are present and normal. Postmeiotic |stages are completely absent. Mutant testes have an abundance of mature |primary spermatocytes with large, round nuclei and prominent nucleoli. |... (see FBal0049381==can9 report) PHM|testis |spermatocyte } REF { REFM|FBrf0087570 |Lin et al. |1996 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0016955 ICL 1 ? SYM 1 ?{}cg1 ASTR 1 - CLOC 1 50E1 REF 1 2 DT 1 25 Dec 2000 RESZ 602 ID|FBti0016955 SYM|?{}cg1 DT|25 Dec 2000 |25 Dec 2000 ICL|? ASGN|FBgn0000289==cg SK|FBst0000252 |cg[1] c[1]/SM5 |FBst0000253 |cg[1] c[1]/In(2LR)U, U[1] |FBst0000292 |dw-24E[1] l(2)cg[1] cg[1]/SM5 |Total=3 REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHC|female sterile | recessive } REFDSR { RDID|FBrf0130102 |Svendsen et al. |2000 SYN|?{}cg1 ASAL|FBal0001596==cg1 MU|spontaneous CLOC|50E1 |Insertion site LOCB|Proximity to gene: FBgn0000289==cg } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0130102 |Svendsen et al. |2000 } ALESR { ASYM|FBal0001596==cg1 REFDSR { RDID|FBrf0007527 |Beatty |1949 PHP|Oogenesis highly irregular. } REFDSR { RDID|FBrf0052918 |Diaz-Benjumea and Garcia-Bellido |1990 PHP|Terminal gaps in wing vein L4 and homozygotes have intercalary gaps in wing | vein L5. |Also abnormalities in legs and in oogenesis. PHM|wing vein L4 |wing vein L5 |leg } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Sex combs of male extremely large. Number of sex comb teeth increased |from 10 to 18; number of bractless bristles increased; width of distal |portion of basitarsus increased 1.6 fold; total number of bristles on |basitarsus increased in both sexes (FBrf0065640; FBrf0063395). Some |distortion and shortening of legs. Wings show gap in vein L4 between |posterior crossvein and margin. Wings slightly curved. Effects result from |a combination of overgrowth and irregular folding of imaginal rudiments |... (see FBal0001596==cg1 report) PHM|sex comb |wing vein L4 |wing } REFDSR { RDID|FBrf0129753 |Campbell and Tomlinson |2000 PHP|Homozygous and FBal0001596==cg1/FBal0008129==cg07659 | flies have gaps in wing vein L4. |Homozygous and FBal0001596==cg1/FBal0008129==cg07659 | males have extra sex comb teeth. PHM|wing vein L4 |(with cg07659) wing vein L4 |sex comb | supernumerary |(with cg07659) sex comb | supernumerary } REFDSR { RDID|FBrf0130102 |Svendsen et al. |2000 PHP|Homozygotes have phenotypes in the wing, leg and antenna. |Approximately 10% of | FBal0001596==cg1/FBal0008129==cg07659 and 50% of FBal0001596==cg1/FBal0119302==cg3 |animals eclose to adult stages, with most of the remaining animals |dying as pharate adults. |FBal0001596==cg1/FBal0001596==cg1, | FBal0001596==cg1/FBal0008129==cg07659 and | FBal0001596==cg1/FBal0119302==cg3 flies have |defects in some combination of the posterior compartment longitudinal |veins L4 and L5. Defects in vein L4, ranging from a slight thinning |... (see FBal0001596==cg1 report) PHM|wing |leg |antenna |wing vein L4 |wing vein L5 |(with cg07659) wing vein L4 |(with cg07659) wing vein L5 |(with cg3) wing vein L4 |(with cg3) wing vein L5 |(with cg07659) wing vein L2 |wing margin | anterior |(with cg3) wing margin | anterior |(with cg07659) wing margin | anterior |sex comb | supernumerary |mesothoracic leg |(with cg07659) ventral thoracic disc |(with cg07659) sex comb | supernumerary |(with cg07659) prothoracic tibial transverse bristle row | supernumerary |(with cg3) wing | posterior compartment |(with cg07659) wing | posterior compartment } REFDSR { RDID|FBrf0131401 |Song et al. |2000 PHP|FBal0001596==cg1/FBal0125097==cgk11504 | transheterozygotes show pleiotropic defects in |bristle number, wing venation and oogenesis. PHM|(with cgk11504) wing vein |(with cgk11504) macrochaeta } REF { REFM|FBrf0007527 |Beatty |1949 REFM|FBrf0052918 |Diaz-Benjumea and Garcia-Bellido |1990 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0129753 |Campbell and Tomlinson |2000 REFM|FBrf0130102 |Svendsen et al. |2000 REFM|FBrf0131401 |Song et al. |2000 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0016968 ICL 1 ? SYM 1 ?{}cg3 ASTR 1 - CLOC 1 50E1 REF 1 2 DT 1 25 Dec 2000 RESZ 410 ID|FBti0016968 SYM|?{}cg3 DT|25 Dec 2000 |25 Dec 2000 ICL|? ASGN|FBgn0000289==cg REFDSR { RDID|FBrf0130102 |Svendsen et al. |2000 SYN|?{}cg3 ASAL|FBal0119302==cg3 CLOC|50E1 |Insertion site LOCB|Proximity to gene: FBgn0000289==cg PHC|lethal | recessive } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0130102 |Svendsen et al. |2000 } ALESR { ASYM|FBal0119302==cg3 REFDSR { RDID|FBrf0130102 |Svendsen et al. |2000 PHP|Most homozygotes survive until the pharate adult stage. |Approximately 50% of FBal0001596==cg1/FBal0119302==cg3 | animals eclose to adult stages, |with most of the remaining animals dying as pharate adults. FBal0001596==cg1/FBal0119302==cg3 |flies have defects in some combination of the posterior compartment |longitudinal veins L4 and L5. Defects in vein L4, ranging from a slight |thinning of the vein to gaps of increasing size are seen in 100% of |wings. Defects in wing vein L5 are seen in less than 25% of flies. |... (see FBal0119302==cg3 report) PHM|(with cg1) wing vein L4 |(with cg1) wing vein L5 |(with cg1) wing margin | anterior |(with cg07659) prothoracic tibial preapical bristle | supernumerary |(with cg07659) sex comb | supernumerary |(with cg1) wing | posterior compartment |(with cg07659) wing | anterior compartment |(with cg07659) ventral thoracic disc | anterior compartment } REF { REFM|FBrf0130102 |Svendsen et al. |2000 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014281 ICL 1 ? SYM 1 ?{}ci36 ASTR 1 - CLOC 1 102A1--3 REF 1 2 DT 1 6 Jan 2000 RESZ 443 ID|FBti0014281 SYM|?{}ci36 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0004859==ci SK|FBst0000643 |ci[36] |Total=1 REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|?{}ci36 ASAL|FBal0001645==ci36 MU|spontaneous CLOC|102A1--3 |Insertion site LOCB|Proximity to gene: FBgn0004859==ci } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0001645==ci36 REFDSR { RDID|FBrf0073755 |Locke and Tartof |1994 PHP|Homozygous viable. } REFDSR { RDID|FBrf0092613 |Locke and Hanna |1996 PHM|wing vein } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Less extreme than FBal0001644==ci1. Ranges from appearance of a plexus |in L4 between crossveins to gaps in L4 and L5 posterior |to crossveins. |RK3. } REF { REFM|FBrf0073755 |Locke and Tartof |1994 REFM|FBrf0092613 |Locke and Hanna |1996 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0016967 ICL 1 ? SYM 1 ?{}cin ASTR 1 - CLOC 1 102A1--3 REF 1 2 DT 1 25 Dec 2000 RESZ 481 ID|FBti0016967 SYM|?{}cin DT|25 Dec 2000 |25 Dec 2000 ICL|? ASGN|FBgn0004859==ci REFDSR { RDID|FBrf0129753 |Campbell and Tomlinson |2000 SYN|?{}cin ASAL|FBal0119295==cin CLOC|102A1--3 |Insertion site LOCB|Proximity to gene: FBgn0004859==ci PHC|(with ciD) lethal | pupal |(with ci94) lethal | pupal } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0129753 |Campbell and Tomlinson |2000 } ALESR { ASYM|FBal0119295==cin REFDSR { RDID|FBrf0129753 |Campbell and Tomlinson |2000 PHP|A small percentage of flies have wing duplications and most flies have |enlarged antennae. |FBal0119295==cin/FBal0045443==ci94 imaginal discs show overgrowth. PHM|wing |antenna |(with ci94) ventral thoracic disc |(with ci94) dorsal mesothoracic disc } REF { REFM|FBrf0129753 |Campbell and Tomlinson |2000 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014283 ICL 1 ? SYM 1 ?{}ciW ASTR 1 - CLOC 1 102A1--3 REF 1 2 DT 1 6 Jan 2000 RESZ 439 ID|FBti0014283 SYM|?{}ciW DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0004859==ci SK|FBst0000646 |ci[W] |Total=1 REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|?{}ciW ASAL|FBal0001653==ciW MU|spontaneous CLOC|102A1--3 |Insertion site LOCB|Proximity to gene: FBgn0004859==ci } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0001653==ciW REFDSR { RDID|FBrf0052918 |Diaz-Benjumea and Garcia-Bellido |1990 PHP|Lack all longitudinal and transverse veins and affect morphogenesis |of legs and eyes. } REFDSR { RDID|FBrf0073755 |Locke and Tartof |1994 PHP|Homozygous viable. } REFDSR { RDID|FBrf0087686 |Sanchez-Herrero et al. |1996 PHP|Homozygotes occasionally show overgrowth in the anterior compartment |of the wing. FBal0001651==ciD/FBal0001653==ciW flies | have abnormal legs. PHM|wing | anterior compartment |(with ciD) leg } REFDSR { RDID|FBrf0088080 |Dominguez et al. |1996 PHP|Wings from homozygotes have, at low penetrance, a mirror symmetrical |outgrowth composed of anterior wing material, resembling duplications |caused by ectopic FBgn0000490==dpp expression. PHM|wing } REFDSR { RDID|FBrf0092613 |Locke and Hanna |1996 PHM|wing vein } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Homozygote is extreme ci type. Wings sometimes almost |twice normal width, arclike, and virtually lack veins. |Often present is a well-organized pattern of venation |in which the posterior crossvein flows smoothly into |L5. Legs lumpy, sex combs larger than normal, antennae |enlarged, eyes smaller and extra bristles present. |Heterozygote shows gap in L4 in 80% of flies. FBal0001653==ciW |... (see FBal0001653==ciW report) } REFDSR { RDID|FBrf0108513 |Dominguez |1999 PHP|When analyzed in large clones in the developing eye the packing in |the ommatidial clusters is disrupted. PHM|ommatidial cluster } REFDSR { RDID|FBrf0129753 |Campbell and Tomlinson |2000 PHP|Heterozygotes show variable loss of vein L4 tissue. PHM|wing vein L4 } REFDSR { RDID|FBrf0130102 |Svendsen et al. |2000 PHP|Heterozygotes show wing vein L4 defects. PHM|wing vein L4 } REF { REFM|FBrf0052918 |Diaz-Benjumea and Garcia-Bellido |1990 REFM|FBrf0073755 |Locke and Tartof |1994 REFM|FBrf0087686 |Sanchez-Herrero et al. |1996 REFM|FBrf0088080 |Dominguez et al. |1996 REFM|FBrf0092613 |Locke and Hanna |1996 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0108513 |Dominguez |1999 REFM|FBrf0129753 |Campbell and Tomlinson |2000 REFM|FBrf0130102 |Svendsen et al. |2000 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014284 ICL 1 ? SYM 1 ?{}cm1 ASTR 1 - CLOC 1 6E4 REF 1 2 DT 1 6 Jan 2000 RESZ 1330 ID|FBti0014284 SYM|?{}cm1 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0000330==cm SK|FBst0000021 |cm[1] |FBst0000022 |cm[1] ct[6] |FBst0000175 |y[1] pn[1] w[1] FBal0001720==cm[1] ct[6] sn[3] oc[1] ras[2] v[1] dy[1] g[2] f[1] os[o] car[1] sw[1]/In(1)sc[S1], In(1)dl-49, y[c4] sc[S1] v[Of] B[1] |FBst0001277 |cm[1] ct[6] v[1] m[74f]/C(1)M4, y[2] |FBst0001282 |cm[1] m[74f] sd[1] os[s] |FBst0001319 |Tp(1;2)w-ec, ec[64d] FBal0001720==cm[1] ct[6] sn[3]/C(1)DX, y[1] w[1] f[1] |FBst0001570 |y[1] pn[1] w[1] FBal0001720==cm[1] ct[6] sn[3] oc[1] ras[2] v[1] dy[1] g[2] f[1] os[o]/FM6 |FBst0003169 |cm[1] ct[6] mys[ts1] |FBst0003708 |y[1] FBal0001720==cm[1] Sxl[f1] v[1] f[1]/FM7a/Dp(1;2;Y)w[+] |FBst0003719 |y[1] FBal0001720==cm[1] Sxl[M1] v[1] f[1]/FM7a/Dp(1;2;Y)w[+] |FBst0004679 |cm[1] l(1)7Dd[4]/FM7a |FBst0006027 |y[1] ac[1] sc[1] pn[1] w[1] rb[1] FBal0001720==cm[1] ct[1] sn[3] ras[4] v[1] m[1] g[1] f[1] car[1]/FM6 |Total=12 REFDSR { RDID|FBrf0112254 |Mullins et al. |1999 SYN|?{}cm1 ASAL|FBal0001720==cm1 MU|spontaneous CLOC|6E4 |Insertion site LOCB|Proximity to gene: FBgn0000330==cm } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0112254 |Mullins et al. |1999 } ALESR { ASYM|FBal0001720==cm1 REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Eye color: translucent dark ruby. |Eye color: deep orange, with FBal0016127==st1. |Eye color: lighter than FBal0001342==bw1, with FBal0001342==bw1. |Malpighian tubule color: very pale yellow. |RK1. PHM|pigment cell |Malpighian tubule } REFDSR { RDID|FBrf0112254 |Mullins et al. |1999 PHP|Eye color: darker than wild type. |Dramatic reduction in number of secondary and tertiary pigment granules |surrounding the ommatidium. Outer rhabdomeres are also occasionally |missing. PHM|pigment cell |secondary pigment cell pigment granule |tertiary pigment cell pigment granule |rhabdomere } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0112254 |Mullins et al. |1999 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014285 ICL 1 ? SYM 1 ?{}cm4 ASTR 1 - CLOC 1 6E4 REF 1 2 DT 1 6 Jan 2000 RESZ 388 ID|FBti0014285 SYM|?{}cm4 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0000330==cm REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|?{}cm4 ASAL|FBal0001723==cm4 CLOC|6E4 |Insertion site LOCB|Proximity to gene: FBgn0000330==cm } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0001723==cm4 REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|reverts spontaneously |unstable } REF { REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014286 ICL 1 ? SYM 1 ?{}cosV1 ASTR 1 - CLOC 1 43B1--2 REF 1 2 DT 1 6 Jan 2000 RESZ 410 ID|FBti0014286 SYM|?{}cosV1 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0000352==cos REFDSR { RDID|FBrf0096304 |Sisson et al. |1997 SYN|?{}cosV1 ASAL|FBal0001778==cosV1 MU|spontaneous \? CLOC|43B1--2 |Insertion site LOCB|Proximity to gene: FBgn0000352==cos } REF { REFM|FBrf0096304 |Sisson et al. |1997 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0001778==cosV1 REFDSR { RDID|FBrf0065539 |Preat et al. |1993 PHP|Phenotypic interactions when in combination with FBgn0000352==cos. } REFDSR { RDID|FBrf0076434 |Capdevila and Guerrero |1994 PHP|Viable mutation. Wing phenotype is similar to the phenotype resulting |from ectopic expression of FBal0039403==hhScer\UAS.cCa, induction | of overgrowth with |a mirror image duplication of structures of the anterior and posterior |compartments. PHM|wing | posterior compartment |wing | anterior compartment } REFDSR { RDID|FBrf0087686 |Sanchez-Herrero et al. |1996 PHP|FBal0001784==Cos2 | FBal0001778==cosV1/FBal0001782==cosV5 flies have | abnormal legs. FBal0031366==fuJ; FBal0001784==Cos2 |FBal0001778==cosV1/FBal0001782==cosV5 flies show a | FBgn0000352==cos phenotype in the thorax and |legs. PHM|leg } REFDSR { RDID|FBrf0096304 |Sisson et al. |1997 PHP|Displays adult pattern duplications in the presence of semidominant |alleles of FBgn0000353==Cos. } REFDSR { RDID|FBrf0098968 |Sanchez et al. |1997 PHP|FBal0001778==cosV1/FBal0001782==cosV5 females show | duplication of the dorsal vaginal |plate with an increment in the number of sensilla trichodea and loss |of the ventral vaginal plate. The eighth tergite and vulva are reduced. |Anal plates are abnormal. |FBal0001778==cosV1/FBal0001782==cosV5 males show | fusion of the lateral plates and the |claspers. The hypandrium phragma is reduced. PHM|female gonopod | dorsal |female gonopod | ventral |genital arch |vulva |epiproct |hypoproct |lateral plate |clasper |hypandrial process } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|class III allele |FBal0001782==cosV5 >= FBal0001781==cosV4 = | FBal0001778==cosV1 >= FBal0001779==cosV2 >= FBal0001780==cosV3 } REF { REFM|FBrf0065539 |Preat et al. |1993 REFM|FBrf0076434 |Capdevila and Guerrero |1994 REFM|FBrf0087686 |Sanchez-Herrero et al. |1996 REFM|FBrf0096304 |Sisson et al. |1997 REFM|FBrf0098968 |Sanchez et al. |1997 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0024409 ICL 1 ? SYM 1 ?{}Cyp6g1PSU-R ASTR 1 - CLOC 1 48E7 REF 1 2 DT 1 3 Apr 2003 RESZ 373 ID|FBti0024409 SYM|?{}Cyp6g1PSU-R DT|3 Apr 2003 |3 Apr 2003 ICL|? ASGN|FBgn0025454==Cyp6g1 REFDSR { RDID|FBrf0155239 SYN|?{}Cyp6g1PSU-R ASAL|FBal0141853==Cyp6g1PSU-R CLOC|48E7 |Insertion site LOCB|Proximity to gene: FBgn0025454==Cyp6g1 } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0155239 } ALESR { ASYM|FBal0141853==Cyp6g1PSU-R REFDSR { RDID|FBrf0155239 PHP|The "PSU-R" strain shows dominant complete resistance to DDT. } REF { REFM|FBrf0155239 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014881 ICL 1 ? SYM 1 ?{}Dfd1 ASTR 1 - CLOC 1 84A5 REF 1 2 DT 1 6 Jan 2000 RESZ 1881 ID|FBti0014881 SYM|?{}Dfd1 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0000439==Dfd SK|FBst0000480 |Df(3R)ry27, FBal0002374==Dfd[1] cu[1] kar[1]/TM3, Sb[1] |FBst0000487 |Dl[11]/In(3R)P, FBal0002374==Dfd[1] ca[1] |FBst0000488 |Dl[12]/In(3R)P, FBal0002374==Dfd[1] ca[1] |FBst0000495 |dwh[1]/In(3R)P, FBal0002374==Dfd[1] ca[1] |FBst0000632 |wk[1]/In(3R)P, FBal0002374==Dfd[1] ca[1] |FBst0000800 |Dfd[1] p[p] |FBst0000857 |T(2;3)101, ru[1] h[1] e[4] ro[1] ca[1]/In(3R)P, FBal0002374==Dfd[1] ca[1] |FBst0000859 |T(2;3)109, p[p]/In(3R)P, FBal0002374==Dfd[1] ca[1] |FBst0000891 |T(3;4)c/In(3R)P, FBal0002374==Dfd[1] ca[1] |FBst0000893 |T(3;4)e, h[1] th[1] st[1] cu[1] sr[1] e[s] ca[1]/In(3R)P, FBal0002374==Dfd[1] ca[1] |FBst0000895 |Dp(4;3)f, h[1] th[1] st[1] cu[1] sr[1] e[s] ca[1]/In(3R)P, FBal0002374==Dfd[1] |FBst0001714 |Df(3R)M86D, FBal0002374==Dfd[1] p[p]/TM3, Ser[1] |FBst0002213 |ftz[6] FBal0002374==Dfd[1] p[p]/TM3, Sb[1] |FBst0002341 |Dfd[1]/TM3, Sb[1] |FBst0002439 |Dfd[1] Gld[n2] p[p]/TM3, Sb[1] |FBst0004071 |T(3;4)Dubinin/In(3R)P, FBal0002374==Dfd[1] |FBst0004342 |v[1] f[1]; Dp(1;3)126/In(3R)P, FBal0002374==Dfd[1] ca[1] |FBst0004463 |In(3L)D, rho[ve-1] R[1] D[3] st[1] Ubx[1] e[4] Pr[1] ca[1]/In(3R)P, FBal0002374==Dfd[1] ca[1] |FBst0004464 |M(3)40l30[1]/In(3L)P, In(3R)P, FBal0002374==Dfd[1] ca[1] |Total=19 REFDSR { RDID|FBrf0051400 |McGinnis et al. |1990 SYN|?{}Dfd1 ASAL|FBal0002374==Dfd1 MU|spontaneous CLOC|84A5 |Insertion site LOCB|Proximity to gene: FBgn0000439==Dfd } REF { REFM|FBrf0051400 |McGinnis et al. |1990 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0002374==Dfd1 REFDSR { RDID|FBrf0046135 |Regulski et al. |1987 PHP|Adult head defects. } REFDSR { RDID|FBrf0051116 |McGinnis et al. |1990 PHP|Adults have ventral eye and orbital tissue missing. } REFDSR { RDID|FBrf0051400 |McGinnis et al. |1990 PHP|Loss of ventral eye and orbital regions in the adult head. Head defects |phenocopied by FBal0038716==Dfdhs.PK constructs and heat-shock | constructs of the |human Hox4.2 in cells of the eye disc during third larval instar development. PHM|ocellus | adult } REFDSR { RDID|FBrf0051503 |Chadwick et al. |1990 PHP|Adult head deformations: lower eye and orbital structures are absent. |Homozygotes have bulbous growths in the place of missing eye tissue, |these may be duplications of the second antennal segment. } REFDSR { RDID|FBrf0103357 |Saget et al. |1998 PHP|Heterozygous males have ectopic antero-ventral bristles on the head. PHM|head bristle | ectopic |adult head |head bristle } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|dominant |Eyes reduced ventrally and anteriorly, or furrowed. Vibrissae tufted. |Extremely variable, often overlapping wild type, but usually |excellent character with Ly or at 19oC. Classifiable in |single dose in triploids (Schultz, 1934). |Muller reported an occasional homozygote as extreme dwarf with flimsy wings. |RK2. } REF { REFM|FBrf0046135 |Regulski et al. |1987 REFM|FBrf0051116 |McGinnis et al. |1990 REFM|FBrf0051400 |McGinnis et al. |1990 REFM|FBrf0051503 |Chadwick et al. |1990 REFM|FBrf0103357 |Saget et al. |1998 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014401 ICL 1 ? SYM 1 ?{}dlg12 ASTR 1 - CLOC 1 10B6--10 REF 1 5 DT 1 6 Jan 2000 RESZ 832 ID|FBti0014401 SYM|?{}dlg12 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0001624==dlg1 REFDSR { RDID|FBrf0049482 |Woods and Bryant |1989 SYN|?{}dlg12 ASAL|FBal0002671==dlg12 MU|X ray CLOC|10B6--10 |Insertion site LOCB|Proximity to gene: FBgn0001624==dlg1 PHC|lethal | recessive | conditional ts } REFDSR { RDID|FBrf0049894 |Perrimon et al. |1989 PHC|lethal | conditional ts } REFDSR { RDID|FBrf0088171 |Guan et al. |1996 PHC|lethal | recessive | conditional ts } REFDSR { RDID|FBrf0098920 |Goode and Perrimon |1997 PHC|lethal | recessive | conditional ts } REF { REFM|FBrf0049482 |Woods and Bryant |1989 REFM|FBrf0049894 |Perrimon et al. |1989 REFM|FBrf0088171 |Guan et al. |1996 REFM|FBrf0098920 |Goode and Perrimon |1997 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0002671==dlg12 REFDSR { RDID|FBrf0049482 |Woods and Bryant |1989 PHP|Completely lethal at 25oC, homozygotes show 75% viability at 18oC. |Females exhibit a maternal-effect embryonic lethality when fertilized |by FBal0002671==dlg12 sperm even at the permissive temperature. | This lethality |can be rescued by wild-type sperm. } REFDSR { RDID|FBrf0049894 |Perrimon et al. |1989 PHP|Embryos exhibit defects associated with dorsal closure and head involution. } REFDSR { RDID|FBrf0088171 |Guan et al. |1996 PHP|Temperature-sensitive allele. At the permissive temperature (18oC), |hemizygotes show a hypomorphic phenotype, developing small imaginal |disc tumors. Type I boutons appear similar to wild-type in these |animals. At the restrictive temperature (29oC), hemizygotes show |a similar phenotype to FBal0002675==dlg16 or | FBal0002683==dlg114 hemizygotes, developing |large tumors in the brain and imaginal discs. The subsynaptic reticulum |at type I boutons is poorly developed in these animals. |... (see FBal0002671==dlg12 report) PHM|imaginal disc | conditional ts |larval brain | conditional ts |postsynaptic membrane } REFDSR { RDID|FBrf0098920 |Goode and Perrimon |1997 PHP|FBal0002671==dlg12/FBal0002674==dlg15 animals are | viable and have completely normal egg |chambers at 18oC. After 6 hours at 25oC, follicle cells | exit the |follicular epithelium and intermingle with germ cells at the anterior |and posterior poles of the egg chamber. Cells that remain in the epithelium |retain their polarized characteristics, whereas those that have exited |the epithelium have an apolar morphology. Nurse cells extend processes |to meet the invasive follicle cells. Follicle cells at the anterior |... (see FBal0002671==dlg12 report) PHM|follicle cell | conditional ts } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Homozygotes fail to survive when raised at 25oC; |when raised at 18oC however, 37% survival attained; |hemizygous females show 65-70% survival at 18oC, |but are also lethal at 25oC. Survival at 18oC |nearly complete in heterozygotes with FBal0002674==dlg15 and |FBal0002687==dlg118 and survival at 25oC is 4% and 95% |respectively. Embryos produced by matings between |... (see FBal0002671==dlg12 report) } REFDSR { RDID|FBrf0174574 |Szafranski and Goode |2004 PHP|Delamination and migration of border follicle cells are both accelerated |in FBal0002671==dlg12 heterozygotes. |In FBal0002671==dlg12/FBal0002674==dlg15 flies the | border follicle cells have much reduced |polarity. Delamination of these cells is delayed, but their migration |is accelerated. PHM|border follicle cell |(with dlg15) border follicle cell } REF { REFM|FBrf0049482 |Woods and Bryant |1989 REFM|FBrf0049894 |Perrimon et al. |1989 REFM|FBrf0088171 |Guan et al. |1996 REFM|FBrf0098920 |Goode and Perrimon |1997 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0174574 |Szafranski and Goode |2004 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0002861 ICL 1 ? SYM 1 ?{}Dll10 ASTR 1 - CLOC 1 60E2 REF 1 2 DT 1 5 Feb 1999 RESZ 641 ID|FBti0002861 SYM|?{}Dll10 DT|5 Feb 1999 |24 Jun 1997 ICL|? ASGN|FBgn0000157==Dll REFDSR { RDID|FBrf0050642 |Cohen et al. |1989 ASAL|FBal0001007==Dll10 MU|PM hybrid dysgenesis CLOC|60E2 |Insertion site LOCB|Proximity to gene: FBgn0000157==Dll CC|8kb insertion, unidentified; within 13kb intron. See also FBti0002860==P{}60E.a, a | P-element insertion also on the FBal0001007==Dll10 chromosome, | 70kb 3' of the FBgn0000157==Dll transcript. } REF { REFM|FBrf0050642 |Cohen et al. |1989 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0001007==Dll10 REFDSR { RDID|FBrf0050642 |Cohen et al. |1989 PHP|Fails to develop limbs. } REF { REFM|FBrf0050642 |Cohen et al. |1989 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0015265 ICL 1 ? SYM 1 ?{}Dsim\lzL ASTR 1 - CLOC 1 - REF 1 2 DT 1 6 Jan 2000 RESZ 410 ID|FBti0015265 SYM|?{}Dsim\lzL DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0018267==Dsim\lz REFDSR { RDID|FBrf0105876 |Loreto et al. |1998 SYN|?{}Dsim\lzL ASAL|FBal0095813==Dsim\lzL LOCB|Proximity to gene: FBgn0018267==Dsim\lz PHC|female sterile | recessive } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0105876 |Loreto et al. |1998 } ALESR { ASYM|FBal0095813==Dsim\lzL REFDSR { RDID|FBrf0105876 |Loreto et al. |1998 PHP|The eyes are reduced in size in mutant flies and the surface of the |eye has a glistening appearance and altered pigmentation. The tarsal |claws are reduced. Homozygous females are sterile; the spermathecae |and parovaria are absent. |Eye color: brown. PHM|eye |tarsus |spermathecal duct |female accessory gland } REF { REFM|FBrf0105876 |Loreto et al. |1998 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0015255 ICL 1 ? SYM 1 ?{}Dsp11 ASTR 1 - CLOC 1 14B14--15 REF 1 2 DT 1 1 May 2001 RESZ 526 ID|FBti0015255 SYM|?{}Dsp11 SYN|?{}Dsp15101 |?{}bss5101 DT|1 May 2001 |6 Jan 2000 ICL|? ASGN|FBgn0011764==Dsp1 REFDSR { RDID|FBrf0105889 |Mosrin-Huaman et al. |1998 SYN|?{}bss5101 ASAL|FBal0094567==Dsp11 CLOC|14B14--15 |Insertion site LOCB|Proximity to gene: FBgn0011764==Dsp1 PHC|lethal | recessive | partially |sterile | recessive | partially } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0105889 |Mosrin-Huaman et al. |1998 } ALESR { ASYM|FBal0094567==Dsp11 REFDSR { RDID|FBrf0105889 |Mosrin-Huaman et al. |1998 PHP|Few hemizygous males survive to adulthood. They have severe morphological |and physiological defects; they walk with difficulty, can hardly fly |and have severely impaired fertility. These flies die prematurely |(50% die within 5 days of eclosion). |Few homozygous females survive to adulthood. They have the same phenotypical |characteristics as hemizygous males. The females achieve complete |oogenesis but lay few eggs. At 26oC these eggs do not hatch into |... (see FBal0094567==Dsp11 report) PHM|egg |abdominal 5 ventral denticle belt |abdominal 4 ventral denticle belt |embryonic/first instar larval cuticle } REFDSR { RDID|FBrf0127514 |Decoville et al. |2000 PHP|Homozygotes are poorly fertile and only 50% of eggs lead to viable |larvae. Embryos which do not give rise to larvae stop development |before the cellular blastoderm stage. } REFDSR { RDID|FBrf0132331 |Decoville et al. |2001 PHP|Homozygous adults do not show paralysis after vibration of the culture |vial. |Homozygotes and hemizygotes die prematurely, show very low fertility |and have various homeotic transformations. |The first type of transformation corresponds to a T1 to T2 transformation; |hemizygous males have reduced sex combs, with an average of 6 teeth |(compared to the 11 seen in wild type). The size of the sex comb never |... (see FBal0094567==Dsp11 report) PHM|sex comb |haltere |wing | ectopic |metathoracic laterotergite |scutum | ectopic |adult abdominal segment 6 |adult abdominal segment 5 | ectopic |adult abdominal segment 4 |abdominal sternite bristle | ectopic |metathoracic segment | anterior compartment } REF { REFM|FBrf0105889 |Mosrin-Huaman et al. |1998 REFM|FBrf0127514 |Decoville et al. |2000 REFM|FBrf0132331 |Decoville et al. |2001 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014410 ICL 1 ? SYM 1 ?{}dsxT ASTR 1 - CLOC 1 84E5--6 REF 1 3 DT 1 6 Jan 2000 RESZ 454 ID|FBti0014410 SYM|?{}dsxT DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0000504==dsx REFDSR { RDID|FBrf0051864 |Nagoshi and Baker |1990 SYN|?{}dsxT ASAL|FBal0003205==dsxT MU|spontaneous CLOC|84E5--6 |Insertion site LOCB|Proximity to gene: FBgn0000504==dsx } REF { REFM|FBrf0051864 |Nagoshi and Baker |1990 REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0003205==dsxT REFDSR { RDID|FBrf0046300 |Nothiger et al. |1987 PHP|Only affects XX flies: the terminalia of XX heterozygous flies carry |abnormal male and female elements, with the female genitalia anterior |to the male genitalia. The male genitalia are well developed, but |the penis apparatus is reduced, the hypandrium is mostly absent and |many bristles are abnormal. The female vaginal plate is always present, |but is reduced in size with abnormal bristles. There is often a mass |of yellow, chitinized material between the vaginal plates, which is |... (see FBal0003205==dsxT report) PHM|female terminalia |female genitalia |female gonopod |prothoracic leg | female |female analia |anal plate | female |genitalia } REFDSR { RDID|FBrf0076142 |Nagoshi et al. |1995 PHP|No more than 26% of XX | FBal0003205==dsxT/FBal0003154==dsx1 mutant | pseudomales produce |gonads with the most severe group 1 pseudotestes phenotype. The remaining |pseudomales have a less severe phenotype, with viable germ cells. |FBal0013357==otu10 and Df(1)otu-P&Dgr;1 cause an increase in | severity of |this phenotype: over 70% of the resulting gonads were of group 1. PHM|germ cell } REF { REFM|FBrf0046300 |Nothiger et al. |1987 REFM|FBrf0076142 |Nagoshi et al. |1995 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014444 ICL 1 ? SYM 1 ?{}en1 ASTR 1 - CLOC 1 47F17--48A1 REF 1 3 DT 1 6 Jan 2000 RESZ 766 ID|FBti0014444 SYM|?{}en1 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0000577==en SK|FBst0000256 |chl[1] en[1]/SM5 |FBst0000265 |cn[1] en[1]/SM5 |FBst0001146 |pwn[1] en[1]/SM5; mwh[1] jv[1]/TM1 |FBst0001424 |cn[1] FBal0003716==en[1] L[rm] nw[B] Bc[1] Pu[2] Pin[B]/SM5 |FBst0003065 |cn[1] en[1]/SM5; Dp(2;3)Su-en/TM1 |Total=5 REFDSR { RDID|FBrf0042028 |Poole et al. |1985 PHC|lethal } REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|?{}en1 ASAL|FBal0003716==en1 MU|spontaneous CLOC|47F17--48A1 |Insertion site LOCB|Proximity to gene: FBgn0000577==en } REF { REFM|FBrf0042028 |Poole et al. |1985 REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0003716==en1 REFDSR { RDID|FBrf0005419 |Brasted |1941 PHP|In males, extra sex comb often present smaller than normal and in |mirror-image position in posterior compartment. PHM|sex comb | ectopic } REFDSR { RDID|FBrf0013911 |Tokunaga |1961 PHM|prothoracic tarsal segment | posterior compartment } REFDSR { RDID|FBrf0024005 |Garcia-Bellido and Santamaria |1972 PHP|Duplications of transverse rows in female prothoracic leg, extra |bristles in mesothoracic and metathoracic tarsi. PHM|mesothoracic tibial transverse bristle row |metathoracic tibial transverse bristle row } REFDSR { RDID|FBrf0027996 |Morata and Lawrence |1975 PHP|Clones of FBal0003716==en1 cells of posterior compartment origin | fail to |respect anterior-posterior compartment border in wing disc as do |FBal0012675==mwh1 clones in wing discs of | FBal0003716==en1 homozygotes. PHM|dorsal mesothoracic disc | posterior compartment | somatic clone |dorsal mesothoracic disc | anterior/posterior compartment boundary | somatic clone } REFDSR { RDID|FBrf0028554 |Lawrence and Morata |1976 PHP|Clones of FBal0003716==en1 cells of posterior compartment origin | fail to |respect anterior-posterior compartment border in wing disc as do |FBal0012675==mwh1 clones in wing discs of | FBal0003716==en1 homozygotes. PHM|dorsal mesothoracic disc | posterior compartment | somatic clone |dorsal mesothoracic disc | anterior/posterior compartment boundary | somatic clone } REFDSR { RDID|FBrf0033468 |Lawrence et al. |1979 PHP|Duplications of transverse rows in female prothoracic leg, extra |bristles in mesothoracic and metathoracic tarsi. PHM|mesothoracic tibial transverse bristle row |metathoracic tibial transverse bristle row } REFDSR { RDID|FBrf0037911 |Lawrence and Struhl |1982 PHP|Homozygous clones in the wing are frequently lost in the posterior |but not the anterior compartment. PHM|wing | posterior compartment | somatic clone } REFDSR { RDID|FBrf0039205 |Morata et al. |1983 PHP|At 29oC the third segment of the antenna is larger than wild-type |in homozygous flies, and a bristle close to the border is often enlarged. |This phenotype is enhanced by the FBgn0005562==M(3)65F mutation. FBal0003716==en1/FBal0003717==en2 |transheterozygotes have abnormal antennae, the phenotype increasing |at higher temperatures (25 or 29oC). At 29oC the posterior compartment |of the second segment is almost always abnormal, having extra anterior-like |bristles which are often arranged in a mirror-image symmetry with respect |... (see FBal0003716==en1 report) PHM|antenna |antennal segment 3 |(with en2) antennal segment 2 | posterior compartment } REFDSR { RDID|FBrf0039215 |Epper and Sanchez |1983 PHP|Male FBal0003716==en1 homozygotes have abnormal genitalia, with a reduction |in the number of clasper teeth, rudimentary dorsal parameres of the |penis apparatus, and often incomplete rotation of the penis apparatus. |Viable heteroallelic combinations with other FBgn0000577==en alleles show a more |extreme phenotype, with a reduction in the genital arch process, hypandrium |and hypandrial phragma as well. Extra genital arch and anal plate |bristles are sometimes seen. |... (see FBal0003716==en1 report) PHM|hypandrium |penis |genital arch |clasper |female gonopod } REFDSR { RDID|FBrf0041008 |Eberlein |1984 PHP|Shows wing to haltere transformation in FBal0003716==en1/FBal0003743==en28. PHM|(with en28) wing } REFDSR { RDID|FBrf0042022 |Kuner et al. |1985 PHP|Severe thoracic morphological defects. } REFDSR { RDID|FBrf0043525 |Gubb |1985 PHP|The posterior wing is an abnormal shape in homozygous flies. The posterior |wing veins have a variable disrupted pattern, with the anterior crossvein |(ACV) often being absent or reduced and vein III often appearing slightly |thickened. The campaniform sensillum associated with the ACV is often |absent, while the campaniform sensilla of vein III may be increased |in number. Campaniform sensilla are often found in the posterior wing, |where they may or may not be associated with vein tissue. Many posterior |... (see FBal0003716==en1 report) PHM|wing | posterior |anterior crossvein |wing vein L3 |sensillum campaniformium of anterior crossvein |sensillum campaniformium |posterior hair |alar lobe |scutellum |prothoracic leg } REFDSR { RDID|FBrf0046012 |Grau and Simpson |1987 PHP|In FBal0001792==Cos10, FBal0003716==en1 double mutants | the duplications characteristic |of FBal0001792==Cos10 only occur in the original anterior | compartment, and not |in the transformed posterior compartment, indicating that the FBal0001792==Cos10 |duplications develop as a position response. } REFDSR { RDID|FBrf0049488 |Condie and Brower |1989 PHP|Homozygous adults have abnormal wings, with a posterior to anterior |transformation. The sex comb on the male prothoracic leg is partially |duplicated posteriorly. The posterior wing is grossly disrupted in |FBal0003716==en1/FBal0003717==en2 transheterozygotes, | rarely having an organized fourth |or fifth vein. The sex comb on the male prothoracic leg is duplicated |posteriorly, more distal leg segments are fused and terminal claws |are sometimes missing. The arista and other anterior elements of the |... (see FBal0003716==en1 report) PHM|wing |wing vein L4 |wing vein L5 |sex comb } REFDSR { RDID|FBrf0051823 |Hama et al. |1990 PHP|Heterozygotes with FBal0034516==enXho23 and | FBal0034515==enSac27 display wing vein abnormalities. } REFDSR { RDID|FBrf0058044 |Held |1993 PHP|Additional bristles in the second leg. PHM|mesothoracic tarsal bristle longitudinal row 2 |mesothoracic tarsal bristle longitudinal row 2.5 } REFDSR { RDID|FBrf0076129 |Felsenfeld and Kennison |1995 PHP|Mutation has no effect on the FBal0005484==hhMrt phenotype. } REFDSR { RDID|FBrf0076146 |Sturtevant and Bier |1995 PHP|Coordinate mutant. } REFDSR { RDID|FBrf0079370 |Schwartz et al. |1995 PHP|Viable. } REFDSR { RDID|FBrf0079938 |Chase and Baker |1995 PHP|Heterozygotes with FBal0016052==enspt display the FBgn0000577==en and | spermatheca phenotypes |at 25oC. } REFDSR { RDID|FBrf0080091 |Hidalgo |1994 PHP|FBal0031487==hhbar3 in combination with | FBab0022271==Df(2R)enE/FBal0003716==en1 causes a phenotype |reminiscent of a weak FBgn0000490==dpp mutation is produced, narrowing of the |space between wing veins 3 and 4. Posterior wing clones affect adjacent |cells of the anterior compartment and cause an overall reduction in |wing size. } REFDSR { RDID|FBrf0092613 |Locke and Hanna |1996 PHP|Homozygotes exhibit a variety of wing vein alterations in the posterior |compartment of the wing. |Transheterozygotes with FBal0034506==enEnci have a posterior | specific wing phenotype: |bristles characteristic of the anterior wing margin are present on |the posterior wing margin. Males have duplicated sex combs on the |prothoracic legs. PHM|wing & macrochaeta |sex comb |wing vein |wing | posterior compartment } REFDSR { RDID|FBrf0103326 |Maschat et al. |1998 PHP|2% of homozygotes and 5% of | FBal0003716==en1/FBal0003769==en54 flies have a gap | in the |fourth wing vein at 25oC. PHM|wing vein L4 } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|viable } REF { REFM|FBrf0005419 |Brasted |1941 REFM|FBrf0013911 |Tokunaga |1961 REFM|FBrf0024005 |Garcia-Bellido and Santamaria |1972 REFM|FBrf0027996 |Morata and Lawrence |1975 REFM|FBrf0028554 |Lawrence and Morata |1976 REFM|FBrf0033468 |Lawrence et al. |1979 REFM|FBrf0037911 |Lawrence and Struhl |1982 REFM|FBrf0039205 |Morata et al. |1983 REFM|FBrf0039215 |Epper and Sanchez |1983 REFM|FBrf0041008 |Eberlein |1984 REFM|FBrf0042022 |Kuner et al. |1985 REFM|FBrf0043525 |Gubb |1985 REFM|FBrf0046012 |Grau and Simpson |1987 REFM|FBrf0049488 |Condie and Brower |1989 REFM|FBrf0051823 |Hama et al. |1990 REFM|FBrf0058044 |Held |1993 REFM|FBrf0076129 |Felsenfeld and Kennison |1995 REFM|FBrf0076146 |Sturtevant and Bier |1995 REFM|FBrf0079370 |Schwartz et al. |1995 REFM|FBrf0079938 |Chase and Baker |1995 REFM|FBrf0080091 |Hidalgo |1994 REFM|FBrf0092613 |Locke and Hanna |1996 REFM|FBrf0103326 |Maschat et al. |1998 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0015054 ICL 1 ? SYM 1 ?{}Est-6unspecified ASTR 1 - CLOC 1 69A1 REF 1 2 DT 1 6 Jan 2000 RESZ 424 ID|FBti0015054 SYM|?{}Est-6unspecified DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0000592==Est-6 REFDSR { RDID|FBrf0052539 |Brady et al. |1990 SYN|?{}Est-6unspecified ASAL|FBal0058970==Est-6unspecified CLOC|69A1 |Insertion site LOCB|Proximity to gene: FBgn0000592==Est-6 } REF { REFM|FBrf0052539 |Brady et al. |1990 REFM|FBrf0105495 |FlyBase |1992- } } # EOR TIR { RETE|ID 1 FBti0014459 ICL 1 ? SYM 1 ?{}fliI2:19B ASTR 1 - CLOC 1 19F5 REF 1 3 DT 1 31 May 2000 RESZ 549 ID|FBti0014459 SYM|?{}fliI2:19B SYN|?{}fliI2/19B DT|31 May 2000 |6 Jan 2000 ICL|? ASGN|FBgn0000709==fliI REFDSR { RDID|FBrf0064390 |Campbell et al. |1993 PHC|lethal | recessive } REFDSR { RDID|FBrf0083951 |de Couet et al. |1995 SYN|?{}fliI2/19B ASAL|FBal0031278==fliI2:19B CLOC|19F5 |Insertion site LOCB|Proximity to gene: FBgn0000709==fliI } REF { REFM|FBrf0064390 |Campbell et al. |1993 REFM|FBrf0083951 |de Couet et al. |1995 REFM|FBrf0105495 |FlyBase |1992- } } # EOR TIR { RETE|ID 1 FBti0002826 ICL 1 ? SYM 1 ?{}ftz11 ASTR 1 - CLOC 1 84A6 REF 1 5 DT 1 5 Sep 2000 RESZ 1541 ID|FBti0002826 SYM|?{}ftz11 SYN|?{}ftzW20 |?{}ftzw20 DT|5 Sep 2000 |24 Jun 1997 ICL|? ASGN|FBgn0001077==ftz SK|FBst0001841 |y[1]; FBal0004816==ftz[11] red[1] e[1]/TM3, Sb[1] |FBst0002027 |Ki[1] Dfd[12] FBal0004816==ftz[11] e[1]/TM3, Sb[1] |FBst0002042 |zen[7] FBal0004816==ftz[11] e[1]/TM3, Sb[1] |FBst0002224 |Ki[1] FBal0004816==ftz[11] p[p]/TM3, Sb[1] |FBst0002225 |Df(3R)p25, Ki[1] FBal0004816==ftz[11] e[1]/TM3, Sb[1] |Total=5 REFDSR { RDID|FBrf0039012 |Scott et al. |1983 SYN|?{}ftz11 ASAL|FBal0004816==ftz11 MU|ethyl methanesulfonate CLOC|84A6 |Insertion site LOCB|Proximity to gene: FBgn0001077==ftz PHC|lethal | recessive CC|Insertion determined to be repetitive; approximately 3kb; not shown to | coorelate with mutant phenotype. |Insertion determined to be repetitive element of appoximately 3kb; | correlation with the mutant phenotype asssumed but not proven. } REFDSR { RDID|FBrf0040502 |Weiner et al. |1984 ASAL|FBal0004816==ftz11 MU|ethyl methanesulfonate PHC|lethal | embryonic | pair rule } REFDSR { RDID|FBrf0040715 |Wakimoto et al. |1984 PHC|lethal | embryonic } REFDSR { RDID|FBrf0073734 |Lewis et al. |1980 PHC|lethal | recessive } REF { REFM|FBrf0039012 |Scott et al. |1983 REFM|FBrf0040502 |Weiner et al. |1984 REFM|FBrf0040715 |Wakimoto et al. |1984 REFM|FBrf0073734 |Lewis et al. |1980 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0004816==ftz11 REFDSR { RDID|FBrf0040502 |Weiner et al. |1984 PHM|embryonic epidermis |denticle belt } REFDSR { RDID|FBrf0040715 |Wakimoto et al. |1984 PHP|FBal0004816==ftz11/FBab0002646==Df(3R)Scr show abnormal | segmentation of the germ band, |with at least half the segments missing. The segmentation of the ventral |nerve cord is also affected. The labial lobe cannot be seen, and the |H piece of the larval mouthparts is missing in late embryos. Dorsal |closure is disrupted. PHM|dorsal closure stage embryo |central nervous system | embryonic |hypostomal sclerite } REFDSR { RDID|FBrf0046027 |Bender et al. |1987 PHM|epidermis | embryonic |embryonic nervous system } REFDSR { RDID|FBrf0048119 |Jack et al. |1988 PHP|Odd numbered denticle bands missing. } REFDSR { RDID|FBrf0049007 |Doe et al. |1988 PHP|FBtp0005207==P{ftzK}; FBal0004816==ftz11/FBal0004818==ftz13 | individuals die as embryos or larvae. |66% of FBtp0000074==P{ftzG}; | FBal0004816==ftz11/FBal0004818==ftz13 individuals | survive to adulthood. |FBtp0005207==P{ftzK}; FBal0004816==ftz11/FBal0004818==ftz13 | embryos are identified by weak segmentation |defects in the CNS. } REFDSR { RDID|FBrf0049576 |Lawrence and Johnston |1989 PHP|The eve stripes mature as wild-type. } REFDSR { RDID|FBrf0054059 |Parkhurst and Ish-Horowicz |1991 PHP|Interacts with FBal0030148==RpII140wimp maternal effect. } REFDSR { RDID|FBrf0055876 |Panzer et al. |1992 PHP|Parasegments 1 and 2 are fused and the salivary gland placodes occupy |the posterior half of the fused parasegment in the FBgn0003339==Scr expression |domain. PHM|parasegment 1 |parasegment 2 } REFDSR { RDID|FBrf0056133 |Tabata et al. |1992 PHP|ftz embryos lack even-numbered hh stripes. } REFDSR { RDID|FBrf0084489 |Welte et al. |1995 PHP|Heterozygotes with FBal0004823==ftzUal1 exhibit a higher | frequency of heat shock |induced transformation of abdominal segment 1 than those embryos carrying |three wild type copies of FBgn0001077==ftz (FBab0003681==Dp(3;3)D1/+). An addition of another |wild type FBgn0001077==ftz to these embryos results in another modest increase |in frequency of transformation. } REFDSR { RDID|FBrf0086468 |Hyduk and Percival-Smith |1996 PHP|Mutant embryos are deficient for cuticular structures derived from |the even numbered parasegments. PHM|parasegment 2 |parasegment 10 |parasegment 12 |parasegment 14 |parasegment 4 |parasegment 10 |parasegment 12 |parasegment 14 |parasegment 6 |parasegment 10 |parasegment 12 |parasegment 14 |parasegment 8 |parasegment 10 |parasegment 12 |parasegment 14 |epidermis | embryonic } REFDSR { RDID|FBrf0130058 |Rusch and Kaufman |2000 PHP|The maxillary and labial lobes are fused in mutant embryos. PHM|embryonic labial segment |embryonic maxillary segment } REF { REFM|FBrf0040502 |Weiner et al. |1984 REFM|FBrf0040715 |Wakimoto et al. |1984 REFM|FBrf0046027 |Bender et al. |1987 REFM|FBrf0048119 |Jack et al. |1988 REFM|FBrf0049007 |Doe et al. |1988 REFM|FBrf0049576 |Lawrence and Johnston |1989 REFM|FBrf0054059 |Parkhurst and Ish-Horowicz |1991 REFM|FBrf0055876 |Panzer et al. |1992 REFM|FBrf0056133 |Tabata et al. |1992 REFM|FBrf0084489 |Welte et al. |1995 REFM|FBrf0086468 |Hyduk and Percival-Smith |1996 REFM|FBrf0130058 |Rusch and Kaufman |2000 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0016757 ICL 1 ? SYM 1 ?{}ftz12 ASTR 1 - CLOC 1 - REF 1 3 DT 1 4 Dec 2000 RESZ 577 ID|FBti0016757 SYM|?{}ftz12 DT|4 Dec 2000 |16 Nov 2000 ICL|? ASGN|FBgn0001077==ftz SK|FBst0003311 |h[41] th[1] st[1] FBal0004817==ftz[12] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] |Total=1 REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 ASAL|FBal0004817==ftz12 MU|ethyl methanesulfonate CC|Unattributed statement that this allele is associated with a 5-kb insertion | in the transcribed region. } REF { REFM|FBrf0039012 |Scott et al. |1983 REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } } # EOR TIR { RETE|ID 1 FBti0014467 ICL 1 ? SYM 1 ?{}fw34e ASTR 1 - CLOC 1 11A1 REF 1 2 DT 1 6 Jan 2000 RESZ 526 ID|FBti0014467 SYM|?{}fw34e DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0001083==fw SK|FBst0000194 |y[2S] FBal0004903==fw[34e] |Total=1 REFDSR { RDID|FBrf0091112 |Leshko-Lindsay and Corces |1997 SYN|?{}fw34e ASAL|FBal0004903==fw34e CLOC|11A1 |Insertion site LOCB|Proximity to gene: FBgn0001083==fw PHC|lethal | partially |lethal | female | pupal } REF { REFM|FBrf0091112 |Leshko-Lindsay and Corces |1997 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0004903==fw34e REFDSR { RDID|FBrf0091112 |Leshko-Lindsay and Corces |1997 PHP|Mild defects in eye morphology. Defects in the development of the |mechanosensory bristles including the macrochaetae, microchaetae and |bristles surrounding the eye. Shortened head and scutellum. |FBal0004903==fw34e/FBab0000482==Df(1)KA10 transheterozygotes do | not produce any viable |adult females, female lethal phase occurs in the pupal stages. PHM|retina |macrochaeta |microchaeta |eye & macrochaeta |adult head |scutellum } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Originally showed eye surface medium folded; bristles |much gnarled. Schultz and Curry report that stock in |1940 showed gnarled bristles and eye small but no |vertical fold. |RK2. } REF { REFM|FBrf0091112 |Leshko-Lindsay and Corces |1997 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0015044 ICL 1 ? SYM 1 ?{}fwU2 ASTR 1 - CLOC 1 11A1 REF 1 2 DT 1 6 Jan 2000 RESZ 431 ID|FBti0015044 SYM|?{}fwU2 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0001083==fw REFDSR { RDID|FBrf0091112 |Leshko-Lindsay and Corces |1997 SYN|?{}fwU2 ASAL|FBal0057359==fwU2 CLOC|11A1 |Insertion site LOCB|Proximity to gene: FBgn0001083==fw PHC|lethal | partially } REF { REFM|FBrf0091112 |Leshko-Lindsay and Corces |1997 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0057359==fwU2 REFDSR { RDID|FBrf0091112 |Leshko-Lindsay and Corces |1997 PHP|Eyes are reduced in size and exhibit deep penetrating furrows in the |retina that reach the basement membrane. Adjacent to the furrows the |lamina has depressions. Ommatidial pattern is severely disorganized |(appear as bent not straight columns and ommatidia are often missing |in the retinal epithelium producing large gaps between the columns) |and the ommatidia show altered morphology (lose hexagonal shape and |appear flattened or rounded, number and spacing of photoreceptors is |... (see FBal0057359==fwU2 report) PHM|retina |ommatidium |lamina |interommatidial bristle |photoreceptor cell |cone cell |pigment cell |macrochaeta |microchaeta |eye & macrochaeta |adult head |scutellum } REF { REFM|FBrf0091112 |Leshko-Lindsay and Corces |1997 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0015043 ICL 1 ? SYM 1 ?{}fwU3 ASTR 1 - CLOC 1 11A1 REF 1 2 DT 1 6 Jan 2000 RESZ 408 ID|FBti0015043 SYM|?{}fwU3 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0001083==fw REFDSR { RDID|FBrf0091112 |Leshko-Lindsay and Corces |1997 SYN|?{}fwU3 ASAL|FBal0057358==fwU3 CLOC|11A1 |Insertion site LOCB|Proximity to gene: FBgn0001083==fw } REF { REFM|FBrf0091112 |Leshko-Lindsay and Corces |1997 REFM|FBrf0105495 |FlyBase |1992- } } # EOR TIR { RETE|ID 1 FBti0014468 ICL 1 ? SYM 1 ?{}fz28 ASTR 1 - CLOC 1 70D4--5 REF 1 2 DT 1 6 Jan 2000 RESZ 398 ID|FBti0014468 SYM|?{}fz28 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0001085==fz REFDSR { RDID|FBrf0051945 |Adler et al. |1990 SYN|?{}fz28 ASAL|FBal0004944==fz28 MU|&ggr; ray CLOC|70D4--5 |Insertion site LOCB|Proximity to gene: FBgn0001085==fz } REF { REFM|FBrf0051945 |Adler et al. |1990 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0004944==fz28 REFDSR { RDID|FBrf0051945 |Adler et al. |1990 PHP|Moderate phenotype. } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Moderate thoracic bristle phenotype; moderate wing-hair disorientation. PHM|macrochaeta & thorax | adult |wing hair } REF { REFM|FBrf0051945 |Adler et al. |1990 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014996 ICL 1 ? SYM 1 ?{}fzGD4b ASTR 1 - CLOC 1 70D4--5 REF 1 2 DT 1 6 Jan 2000 RESZ 391 ID|FBti0014996 SYM|?{}fzGD4b DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0001085==fz REFDSR { RDID|FBrf0051945 |Adler et al. |1990 SYN|?{}fzGD4b ASAL|FBal0049583==fzGD4b CLOC|70D4--5 |Insertion site LOCB|Proximity to gene: FBgn0001085==fz } REF { REFM|FBrf0051945 |Adler et al. |1990 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0049583==fzGD4b REFDSR { RDID|FBrf0051945 |Adler et al. |1990 PHP|Moderate phenotype. } REF { REFM|FBrf0051945 |Adler et al. |1990 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014997 ICL 1 ? SYM 1 ?{}fzGL3a ASTR 1 - CLOC 1 70D4--5 REF 1 2 DT 1 6 Jan 2000 RESZ 391 ID|FBti0014997 SYM|?{}fzGL3a DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0001085==fz REFDSR { RDID|FBrf0051945 |Adler et al. |1990 SYN|?{}fzGL3a ASAL|FBal0049586==fzGL3a CLOC|70D4--5 |Insertion site LOCB|Proximity to gene: FBgn0001085==fz } REF { REFM|FBrf0051945 |Adler et al. |1990 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0049586==fzGL3a REFDSR { RDID|FBrf0051945 |Adler et al. |1990 PHP|Moderate phenotype. } REF { REFM|FBrf0051945 |Adler et al. |1990 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0015598 ICL 1 ? SYM 1 ?{}g1 ASTR 1 - CLOC 1 12B4--6 REF 1 2 DT 1 31 May 2000 RESZ 1362 ID|FBti0015598 SYM|?{}g1 DT|31 May 2000 |31 May 2000 ICL|? ASGN|FBgn0001087==g SK|FBst0000936 |Df(1)64c18, FBal0004957==g[1] sd[1]/Dp(1;2;Y)w[+]/C(1)DX, y[1] w[1] f[1] |FBst0003958 |g[1] |FBst0004306 |dec-1[2] sc[1] v[24] FBal0004957==g[1] f[1]/FM3 |FBst0004314 |fs(1)A1304[1] FBal0004957==g[1] f[1]/FM3 |FBst0004657 |l(1)2Cc[2] g[1]/FM7a |FBst0004668 |l(1)3Da[5] sn[3] g[1]/FM7a |FBst0004922 |Hk[1] FBal0004957==g[1] sd[1] l(1)15Bb[R31] f[1]/C(1)DX; Dp(1;4)r[+]/+ |FBst0004923 |Hk[1] FBal0004957==g[1] sd[1] l(1)15Dc[R3] f[1]/C(1)DX; Dp(1;4)r[+]/+ |FBst0004924 |Hk[1] FBal0004957==g[1] sd[1] l(1)15Dd[R12] f[1]/C(1)DX; Dp(1;4)r[+]/+ |FBst0006027 |y[1] ac[1] sc[1] pn[1] w[1] rb[1] cm[1] ct[1] sn[3] ras[4] v[1] m[1] FBal0004957==g[1] f[1] car[1]/FM6 |FBst0006888 |tsg[4] g[1]/FM7c |FBst0200120 |g[1] |FBst0200187 |g[1]; cn[1]; e[1] |FBst0201169 |g[1]; cn[1]; e[1], skew[1] |FBst0201170 |g[1]; cn[1]; e[1]; ey[1] |FBst0201171 |g[1] |Total=16 REFDSR { RDID|FBrf0125153 |Lloyd et al. |1999 SYN|?{}g1 ASAL|FBal0004957==g1 MU|spontaneous CLOC|12B4--6 |Insertion site LOCB|Proximity to gene: FBgn0001087==g } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0125153 |Lloyd et al. |1999 } ALESR { ASYM|FBal0004957==g1 REFDSR { RDID|FBrf0054090 |Tearle |1991 PHP|Lightly pigmented eyes and some pigment deposition in the ocelli. PHM|pigment cell } REFDSR { RDID|FBrf0125153 |Lloyd et al. |1999 PHP|Eye color: red pigments are reduced to 57 +/- 2% of wild-type levels, |brown pigments are reduced to 25 +/- 3% of wild-type levels in females. |Red pigments are reduced to 72 +/- 4% of wild-type levels, brown pigments |are reduced to 66 +/- 1% of wild-type levels in males. |Malpighian tubule color: colorless (wild-type color is orange). |Testis color: pale yellow (wild-type color is bright yellow). PHM|pigment cell |Malpighian tubule |testis sheath } REFDSR { RDID|FBrf0127175 |Kretzschmar et al. |2000 PHP|Eye color: the drosopterin (red pigment) content of | FBal0004957==g1 flies is |reduced compared to wild type. |Eye color: the drosopterin (red pigment) content of | FBal0004957==g1 FBal0014434==rb1 |double mutant flies is reduced to 18% of wild type. |Eye color: the xanthommatin (brown pigment) content of | FBal0004957==g1 flies |is reduced to 58% of wild type. |Eye color: the xanthommatin (brown pigment) content of | FBal0004957==g1 FBal0014434==rb1 |... (see FBal0004957==g1 report) PHM|pigment cell } REF { REFM|FBrf0054090 |Tearle |1991 REFM|FBrf0125153 |Lloyd et al. |1999 REFM|FBrf0127175 |Kretzschmar et al. |2000 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0015599 ICL 1 ? SYM 1 ?{}g3 ASTR 1 - CLOC 1 12B4--6 REF 1 2 DT 1 31 May 2000 RESZ 394 ID|FBti0015599 SYM|?{}g3 DT|31 May 2000 |31 May 2000 ICL|? ASGN|FBgn0001087==g REFDSR { RDID|FBrf0125153 |Lloyd et al. |1999 SYN|?{}g3 ASAL|FBal0004960==g3 MU|spontaneous CLOC|12B4--6 |Insertion site LOCB|Proximity to gene: FBgn0001087==g } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0125153 |Lloyd et al. |1999 } ALESR { ASYM|FBal0004960==g3 REFDSR { RDID|FBrf0093727 |Simpson et al. |1997 PHP|Eye color: dull brownish. |Flies have reduced pigmentation throughout the body; pigment granules |are still visible in the ommatidia but contain less pigment than |wild-type. PHM|pigment granule } REFDSR { RDID|FBrf0095986 |Ooi et al. |1997 PHP|Eyes exhibit pigmentation defects and reduced number of pigment granules. PHM|pigment cell } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Like FBal0004957==g1, but gives lighter orange in combination with |FBgn0003965==v. Has 21% normal red pigment and 47% normal brown pigment |(Nolte, 1959). Malpighian tubes extremely |pale yellow (Brehme and Demerec, 1942). |RK1. } REFDSR { RDID|FBrf0125153 |Lloyd et al. |1999 PHP|Eye color: red pigments are reduced to 45 +/- 1% of wild-type levels, |brown pigments are reduced to 70 +/- 8% of wild-type levels in females. |Red pigments are reduced to 50 +/- 3% of wild-type levels, brown pigments |are reduced to 52 +/- 5% of wild-type levels in males. |Malpighian tubule color: colorless (wild-type color is orange). |Testis color: yellow (wild-type color is bright yellow). PHM|pigment cell |Malpighian tubule |testis sheath } REFDSR { RDID|FBrf0129983 |Mullins et al. |2000 PHP|In an assay for larval motility, FBal0004960==g3 mutants | performed as well as |wild-type larvae. In locomotor assays testing olfactory response to |propionic acid, FBal0004960==g3 mutants perform significantly | less well than |wild-type larvae. } REF { REFM|FBrf0093727 |Simpson et al. |1997 REFM|FBrf0095986 |Ooi et al. |1997 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0125153 |Lloyd et al. |1999 REFM|FBrf0129983 |Mullins et al. |2000 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0015600 ICL 1 ? SYM 1 ?{}g4 ASTR 1 - CLOC 1 12B4--6 REF 1 2 DT 1 31 May 2000 RESZ 1241 ID|FBti0015600 SYM|?{}g4 DT|31 May 2000 |31 May 2000 ICL|? ASGN|FBgn0001087==g SK|FBst0000009 |amx[1]/In(1)dl-49, m[2] FBal0004961==g[4] |FBst0000243 |In(1)dl-49, In(1)Hw[2], y[1] ac[Hw-2] m[2] g[4]/C(1)RM, y[1] w[1] f[1] |FBst0000793 |In(1)sc[7], In(1)AM, sc[7] ptg[4]/In(1)dl-49, y[1] ac[Hw-1] m[2] FBal0004961==g[4] |FBst0001418 |In(1)sc[4], y[1] sc[4] wy[74i] f[1] fu[1] car[1] ABO-X[1]/In(1)dl-49, y[1] ac[Hw-1] m[2] FBal0004961==g[4] |FBst0003963 |In(1)dl-49, Sxl[f1] v[Of] g[4]/R(YL)/C(1;YS)1, oc[1] ptg[1] |FBst0003964 |In(1)dl-49, y[1] ac[Hw-1] m[2] FBal0004961==g[4] f[5]/R(1)2, In(1)w[vC] |FBst0005393 |ras[1] v[1] l(1)10Bm[1]/In(1)dl-49, ac[Hw-1] m[2] FBal0004961==g[4] |FBst0006019 |Df(1)w258-11, y[1]/In(1)dl-49, y[1] ac[Hw-1] m[2] FBal0004961==g[4] |FBst1001484 |Df(1)sc[4]/ In(1)dl-49, y[1] Hw [1] m[2] g[4]/y[2]Y67g |Total=9 REFDSR { RDID|FBrf0125153 |Lloyd et al. |1999 SYN|?{}g4 ASAL|FBal0004961==g4 MU|X ray CLOC|12B4--6 |Insertion site LOCB|Proximity to gene: FBgn0001087==g } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0125153 |Lloyd et al. |1999 } ALESR { ASYM|FBal0004961==g4 REFDSR { RDID|FBrf0005752 |Brehme and Demerec |1942 PHP|Malpighian tubule color: extremely pale yellow. PHM|Malpighian tubule } REFDSR { RDID|FBrf0012680 |Nolte |1959 PHP|22% normal red pigment and 23% normal brown pigment. PHM|pigment cell } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Eye color: like FBal0004958==g2. |RK1. PHM|pigment cell } REFDSR { RDID|FBrf0125153 |Lloyd et al. |1999 PHP|Eye color: red pigments are reduced to 25 +/- 1% of wild-type levels, |brown pigments are reduced to 28 +/- 5% of wild-type levels in females. |Red pigments are reduced to 38 +/- 3% of wild-type levels, brown pigments |are reduced to 37 +/- 3% of wild-type levels in males. |Malpighian tubule color: very pale-clear (wild-type color is orange). |Testis color: yellow (wild-type color is bright yellow). PHM|pigment cell |Malpighian tubule |testis sheath } REF { REFM|FBrf0005752 |Brehme and Demerec |1942 REFM|FBrf0012680 |Nolte |1959 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0125153 |Lloyd et al. |1999 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0015610 ICL 1 ? SYM 1 ?{}g61 ASTR 1 - CLOC 1 12B4--6 REF 1 2 DT 1 31 May 2000 RESZ 382 ID|FBti0015610 SYM|?{}g61 DT|31 May 2000 |31 May 2000 ICL|? ASGN|FBgn0001087==g REFDSR { RDID|FBrf0125153 |Lloyd et al. |1999 SYN|?{}g61 ASAL|FBal0095411==g61 CLOC|12B4--6 |Insertion site LOCB|Proximity to gene: FBgn0001087==g } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0125153 |Lloyd et al. |1999 } } # EOR TIR { RETE|ID 1 FBti0015601 ICL 1 ? SYM 1 ?{}gEMS ASTR 1 - CLOC 1 12B4--6 REF 1 2 DT 1 31 May 2000 RESZ 385 ID|FBti0015601 SYM|?{}gEMS DT|31 May 2000 |31 May 2000 ICL|? ASGN|FBgn0001087==g REFDSR { RDID|FBrf0125153 |Lloyd et al. |1999 SYN|?{}gEMS ASAL|FBal0004992==gEMS CLOC|12B4--6 |Insertion site LOCB|Proximity to gene: FBgn0001087==g } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0125153 |Lloyd et al. |1999 } } # EOR TIR { RETE|ID 1 FBti0015602 ICL 1 ? SYM 1 ?{}gim ASTR 1 - CLOC 1 12B4--6 REF 1 2 DT 1 31 May 2000 RESZ 382 ID|FBti0015602 SYM|?{}gim DT|31 May 2000 |31 May 2000 ICL|? ASGN|FBgn0001087==g REFDSR { RDID|FBrf0125153 |Lloyd et al. |1999 SYN|?{}gim ASAL|FBal0004994==gim CLOC|12B4--6 |Insertion site LOCB|Proximity to gene: FBgn0001087==g } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0125153 |Lloyd et al. |1999 } } # EOR TIR { RETE|ID 1 FBti0022289 ICL 1 ? SYM 1 ?{}gish1 ASTR 1 - CLOC 1 89B9--12 REF 1 2 DT 1 26 Mar 2002 RESZ 349 ID|FBti0022289 SYM|?{}gish1 DT|26 Mar 2002 |26 Mar 2002 ICL|? ASGN|FBgn0011253==gish REFDSR { RDID|FBrf0145174 |Hummel et al. |2002 SYN|?{}gish1 CLOC|89B9--12 |Insertion site LOCB|Proximity to gene: FBgn0011253==gish } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0145174 |Hummel et al. |2002 } } # EOR TIR { RETE|ID 1 FBti0014470 ICL 1 ? SYM 1 ?{}gro1 ASTR 1 - CLOC 1 96F10 REF 1 2 DT 1 6 Jan 2000 RESZ 442 ID|FBti0014470 SYM|?{}gro1 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0001139==gro SK|FBst0000511 |gro[1] |Total=1 REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|?{}gro1 ASAL|FBal0005217==gro1 MU|spontaneous CLOC|96F10 |Insertion site LOCB|Proximity to gene: FBgn0001139==gro } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0005217==gro1 REFDSR { RDID|FBrf0046015 |Knust et al. |1987 PHP|Low penetrance bushes of bristles over compound eyes of homozygous |flies. FBal0005217==gro1, FBgn0000591==E(spl)- transheterozygotes | are viable and exhibit |a large number of bristles on thorax, head and wings. } REFDSR { RDID|FBrf0055903 |Fischer-Vize et al. |1992 PHP|FBal0045820==groBFP2/FBal0005217==gro1 | transheterozygotes have wild-type eyes. } REFDSR { RDID|FBrf0084542 |de Celis and Ruiz-Gomez |1995 PHP|The wing phenotype of FBal0005217==gro1 heterozygous with | deletions for FBgn0001139==gro |is of overgrowth and pattern duplications in regions close to the D/V |compartment boundary in the anterior compartment. Weak phenotypes |include distal bifurcation of vein LIII and thickening of the proximal |costa. Extreme phenotypes consist of overgrowth and pattern duplications |in proximal or distal regions of the anterior wing margin, including |duplication and triplication of LIII and loss of LII. Sensory elements |... (see FBal0005217==gro1 report) PHM|wing vein L1 |wing vein L2 |wing vein L3 |wing | anterior compartment |wing | dorsal/ventral compartment boundary |macrochaeta & head |macrochaeta & thorax |macrochaeta & abdominal tergite |microchaeta & head |microchaeta & thorax |microchaeta & abdominal tergite } REFDSR { RDID|FBrf0099460 |Price et al. |1997 PHP|FBal0082904==groC105/FBal0005217==gro1 mutants display | enlarged and fused ocelli, and |an increased number of fronto-orbital microchaetae. PHM|ocellus |microchaeta & head | adult } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Homozygotes have clumps of extra bristles above each |eye which give impression of bushy eyebrows; also |extra bristles on the humerus. Top of head tends to be |malformed; ocelli often enlarged and run together. In |selected stocks, penetrance approaches 100%, but is |low in unselected stocks. Concluded to be an allele of |E(spl) on the basis of the visible phenotype of |... (see FBal0005217==gro1 report) } REF { REFM|FBrf0046015 |Knust et al. |1987 REFM|FBrf0055903 |Fischer-Vize et al. |1992 REFM|FBrf0084542 |de Celis and Ruiz-Gomez |1995 REFM|FBrf0099460 |Price et al. |1997 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0025340 ICL 1 ? SYM 1 ?{}gt1a ASTR 1 - CLOC 1 3A3 REF 1 2 DT 1 7 Jul 2003 RESZ 685 ID|FBti0025340 SYM|?{}gt1a SYN|?{}?{}gt1 DT|7 Jul 2003 |7 Jul 2003 ICL|? ID2|FBti0014474 ASGN|FBgn0001150==gt SK|FBst0000053 |gt[1] w[a] |FBst0002113 |gt[1] w[a]; Ki[1] pb[4] p[p] ss[a40a]/TM2 |Total=2 REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|?{}gt1a ASAL|FBal0005233==gt1 MU|spontaneous CLOC|3A3 |Insertion site LOCB|Proximity to gene: FBgn0001150==gt } REFDSR { RDID|FBrf0105495 |FlyBase |1992- CC|One of two insertions associated with this allele; see FBti0025341==?{}gt1b. } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0005233==gt1 REFDSR { RDID|FBrf0003150 |Bridges |1935 PHP|Salivary gland chromosomes are double normal thickness in some cells. PHM|larval salivary gland | embryonic & chromosome } REFDSR { RDID|FBrf0043261 |Narachi and Boyd |1985 PHP|FBal0005252==gtQ292/FBal0005233==gt1 larvae show a | reduction in the normal inhibition |of DNA synthesis following treatment with N-acetoxy-2-acetylaminofluorene. |FBal0005234==gt13z/FBal0005233==gt1 larvae do not have | a defect in the repair of X-ray |induced DNA breaks. } REFDSR { RDID|FBrf0049604 |Mohler et al. |1989 PHP|Delayed pupariation and enlarged larvae, pupae and adults. } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Larval development is 4 days longer than normal, resulting in giant |larvae, pupae, and imagos. Adult weight is 1.7 times normal. Not all |genetically FBgn0001150==gt flies show the giant character, the rest have normal |size. The distribution is sharply bimodal. The percentage of |phenotypically giant animals is greatest in well-fed cultures, and is |also raised by the modifying action of FBal0001034==bb11. |RK3. } REF { REFM|FBrf0003150 |Bridges |1935 REFM|FBrf0043261 |Narachi and Boyd |1985 REFM|FBrf0049604 |Mohler et al. |1989 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0025341 ICL 1 ? SYM 1 ?{}gt1b ASTR 1 - CLOC 1 3A3 REF 1 2 DT 1 7 Jul 2003 RESZ 685 ID|FBti0025341 SYM|?{}gt1b SYN|?{}?{}gt1 DT|7 Jul 2003 |7 Jul 2003 ICL|? ID2|FBti0014474 ASGN|FBgn0001150==gt SK|FBst0000053 |gt[1] w[a] |FBst0002113 |gt[1] w[a]; Ki[1] pb[4] p[p] ss[a40a]/TM2 |Total=2 REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|?{}gt1b ASAL|FBal0005233==gt1 MU|spontaneous CLOC|3A3 |Insertion site LOCB|Proximity to gene: FBgn0001150==gt } REFDSR { RDID|FBrf0105495 |FlyBase |1992- CC|One of two insertions associated with this allele; see FBti0025340==?{}gt1a. } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0005233==gt1 REFDSR { RDID|FBrf0003150 |Bridges |1935 PHP|Salivary gland chromosomes are double normal thickness in some cells. PHM|larval salivary gland | embryonic & chromosome } REFDSR { RDID|FBrf0043261 |Narachi and Boyd |1985 PHP|FBal0005252==gtQ292/FBal0005233==gt1 larvae show a | reduction in the normal inhibition |of DNA synthesis following treatment with N-acetoxy-2-acetylaminofluorene. |FBal0005234==gt13z/FBal0005233==gt1 larvae do not have | a defect in the repair of X-ray |induced DNA breaks. } REFDSR { RDID|FBrf0049604 |Mohler et al. |1989 PHP|Delayed pupariation and enlarged larvae, pupae and adults. } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Larval development is 4 days longer than normal, resulting in giant |larvae, pupae, and imagos. Adult weight is 1.7 times normal. Not all |genetically FBgn0001150==gt flies show the giant character, the rest have normal |size. The distribution is sharply bimodal. The percentage of |phenotypically giant animals is greatest in well-fed cultures, and is |also raised by the modifying action of FBal0001034==bb11. |RK3. } REF { REFM|FBrf0003150 |Bridges |1935 REFM|FBrf0043261 |Narachi and Boyd |1985 REFM|FBrf0049604 |Mohler et al. |1989 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014520 ICL 1 ? SYM 1 ?{}Lim32 ASTR 1 - CLOC 1 37B13--C1 REF 1 3 DT 1 6 Jan 2000 RESZ 598 ID|FBti0014520 SYM|?{}Lim32 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0002023==Lim3 SK|FBst0005386 |Lim3[2]/CyO |Total=1 REFDSR { RDID|FBrf0046993 |Black et al. |1987 PHC|lethal | larval | recessive } REFDSR { RDID|FBrf0084402 |Stathakis et al. |1995 SYN|?{}Lim32 ASAL|FBal0008649==Lim32 MU|ethyl methanesulfonate + formaldehyde CLOC|37B13--C1 |Insertion site LOCB|Proximity to gene: FBgn0002023==Lim3 } REF { REFM|FBrf0046993 |Black et al. |1987 REFM|FBrf0084402 |Stathakis et al. |1995 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0008649==Lim32 REFDSR { RDID|FBrf0089206 |Wright |1996 PHP|Most hemizygotes do not pupariate, remaining as second or third instar |larvae up to 8 or 9 days after egg laying. A few hemizygotes do pupariate |8 to 11 days after egg laying, and these pupae generally develop into |pharate adults that do not eclose. These pharate adults show a complete |lack of differentiated cuticle on the abdomen, and have reduced cuticle |formation on the thorax and head. PHM|cuticle & abdomen | pharate adult |cuticle & thorax | pharate adult |cuticle & head | pharate adult } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|strong allele in which second and third instar larvae |persist until days eight and nine; few survive to |pharate-adult stage with incomplete sclerotization. } REF { REFM|FBrf0089206 |Wright |1996 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014535 ICL 1 ? SYM 1 ?{}lz34 ASTR 1 - CLOC 1 8D5--6 REF 1 2 DT 1 6 Jan 2000 RESZ 447 ID|FBti0014535 SYM|?{}lz34 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0002576==lz SK|FBst0000065 |lz[34]/C(1)DX, y[1] f[1] |Total=1 REFDSR { RDID|FBrf0093407 |Crew et al. |1997 SYN|?{}lz34 ASAL|FBal0011773==lz34 MU|spontaneous CLOC|8D5--6 |Insertion site LOCB|Proximity to gene: FBgn0002576==lz } REF { REFM|FBrf0093407 |Crew et al. |1997 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0011773==lz34 REFDSR { RDID|FBrf0011129 |Green and Green |1956 PHP|Homozygotes have rough eyes which are reduced in size. Red eye pigment |is distributed over the entire eye. The tarsal claws are reduced. |The spermathecae and pars ovariae are absent in homozygous females. PHM|eye |spermathecum |tarsus |ovary } REFDSR { RDID|FBrf0068701 |Stocker et al. |1993 PHP|The antennal funiculus is reduced in size in hemizygous males. All |large and small basiconic sensilla on the antennal funiculus are missing, |and the number of trichoid sensilla on the antennal funiculus is reduced. |The number of coeloconic sensilla on the antennal funiculus is normal. PHM|antennal segment 3 |sensillum basiconicum of antennal segment 3 |sensillum trichodeum of antennal segment 3 } REFDSR { RDID|FBrf0083505 |Vosshall and Young |1995 PHP|Displays locomotor activity rhythm with an approximately 24h period. } REFDSR { RDID|FBrf0086985 |Daga et al. |1996 PHP|R7 cells are converted to outer receptor cells. PHM|photoreceptor cell R7 } REFDSR { RDID|FBrf0090446 |Batterham et al. |1996 PHP|Homozygotes show disruption of the ommatidial array and fusion of ommatidia |across the posterior half of the eye. Black pock marks are visible |on the surface of the eye. The retina is moderately disorganized, |particularly in the posterior region. The underlying lamina is also |disorganized in the posterior region. The fenestrated membrane is |abnormal. Rhabdomeric bundles are found in the cortex of the lamina. |The number and type of photoreceptors in each ommatidium are sometimes |... (see FBal0011773==lz34 report) PHM|eye | posterior |ommatidium |eye |lamina cortex |retina |lamina } REFDSR { RDID|FBrf0093407 |Crew et al. |1997 PHP|Rough eye phenotype. Some secondary pigment cells are absent. Photoreceptor |neuron recruitment is perturbed. Some facets have only six cells, |R7 appears to be transformed to R1-6-like photoreceptor cell. An R7-like |cell is missing in some facets. PHM|photoreceptor cell R7 } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Eye phenotype intermediate between lz and FBal0011764==lz3. |Surface of eye has large areas of fused facets with a |few normal facets (Clayton, 1957); |eye color dark red with small yellowish spots. Larval |Malpighian tubes slightly lighter than normal; |variable (Brehme and Demerec, 1942). |Tarsal claws reduced. Spermathecae and parovaria |... (see FBal0011773==lz34 report) } REFDSR { RDID|FBrf0158867 |Siddall et al. |2003 PHP|FBal0011773==lz34 adults have a severe mutant eye phenotype. | Ectopic cell |death is seen in third larval instar eye discs. PHM|eye |eye disc } REF { REFM|FBrf0011129 |Green and Green |1956 REFM|FBrf0068701 |Stocker et al. |1993 REFM|FBrf0083505 |Vosshall and Young |1995 REFM|FBrf0086985 |Daga et al. |1996 REFM|FBrf0090446 |Batterham et al. |1996 REFM|FBrf0093407 |Crew et al. |1997 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0158867 |Siddall et al. |2003 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014537 ICL 1 ? SYM 1 ?{}lzK ASTR 1 - CLOC 1 8D5--6 REF 1 2 DT 1 6 Jan 2000 RESZ 464 ID|FBti0014537 SYM|?{}lzK DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0002576==lz SK|FBst0002387 |lz[K] |FBst0003657 |In(1)sc[260-14] lz[K]/C(1)DX, y[1] f[1] |Total=2 REFDSR { RDID|FBrf0093407 |Crew et al. |1997 SYN|?{}lzK ASAL|FBal0011825==lzK CLOC|8D5--6 |Insertion site LOCB|Proximity to gene: FBgn0002576==lz } REF { REFM|FBrf0093407 |Crew et al. |1997 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0011825==lzK REFDSR { RDID|FBrf0049495 |Renfranz and Benzer |1989 PHP|A weak lz allele. Adult eye slightly rough, irregular facets shapes, |eye disc appears normal. } REFDSR { RDID|FBrf0063599 |Krivshenko |1956 PHP|Homozygous males have slightly narrow eyes, with uneven fused facets. |Males are viable and fertile, homozygous females have not been obtained. |Heterozygous females are phenotypically normal. PHM|eye |ommatidium } REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 PHP|RK1. |Tarsal claws normal. Spermathecae and parovaria present. } REFDSR { RDID|FBrf0068701 |Stocker et al. |1993 PHP|The antennal funiculus is reduced in size in hemizygous males. The |number of large and small basiconic sensilla is reduced. The density |of the coeloconic sensilla on the antennal funiculus is increased and |the density of the large basiconic sensilla on the antennal funiculus |is decreased compared to wild-type. PHM|antennal segment 3 |sensillum basiconicum of antennal segment 3 } REFDSR { RDID|FBrf0086985 |Daga et al. |1996 PHP|Some ommatidia have a supernumerary R7 photoreceptor cell, and some |have extra outer photoreceptor cells. PHM|photoreceptor cell } REFDSR { RDID|FBrf0090446 |Batterham et al. |1996 PHP|Homozygous females have normal eyes. Hemizygous males have a mild |rough eye phenotype, with disruption of the ommatidial array at the |posterior rim of the eye. Black pock marks are visible on the surface |of the eye. PHM|eye | posterior |ommatidium |eye } REFDSR { RDID|FBrf0093407 |Crew et al. |1997 PHP|Mild eye phenotype. Defects in photoreceptor neuron recruitment. |Some facets have seven cells with larger, R1 to R6 like rhabdomeres, |an R7-like cell is absent. Facets may have a duplicated R7 cells. |Other facets have normal looking R7 cells but incorrect numbers of |outer photoreceptor cells. PHM|photoreceptor cell R1 |photoreceptor cell R2 |photoreceptor cell R3 |photoreceptor cell R4 |photoreceptor cell R5 |photoreceptor cell R6 |photoreceptor cell R7 } REFDSR { RDID|FBrf0158867 |Siddall et al. |2003 PHP|FBal0011825==lzK adults have a mild mutant eye phenotype. Ectopic | cell death |is seen in third larval instar eye discs. PHM|eye |eye disc } REF { REFM|FBrf0049495 |Renfranz and Benzer |1989 REFM|FBrf0063599 |Krivshenko |1956 REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0068701 |Stocker et al. |1993 REFM|FBrf0086985 |Daga et al. |1996 REFM|FBrf0090446 |Batterham et al. |1996 REFM|FBrf0093407 |Crew et al. |1997 REFM|FBrf0158867 |Siddall et al. |2003 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0037935 ICL 1 ? SYM 1 ?{}lzL ASTR 1 - CLOC 1 8D5--6 REF 1 2 DT 1 21 Oct 2003 RESZ 436 ID|FBti0037935 SYM|?{}lzL DT|21 Oct 2003 |21 Oct 2003 ICL|? ASGN|FBgn0002576==lz SK|FBst0007366 |lz[L]/Dp(1;Y)lz[+]/FM7a |Total=1 REFDSR { RDID|FBrf0158867 |Siddall et al. |2003 SYN|?{}lzL ASAL|FBal0061066==lzL CLOC|8D5--6 |Insertion site LOCB|Proximity to gene: FBgn0002576==lz } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0158867 |Siddall et al. |2003 } ALESR { ASYM|FBal0061066==lzL REFDSR { RDID|FBrf0068701 |Stocker et al. |1993 PHP|The antennal funiculus is reduced in size in hemizygous males. All |large and small basiconic sensilla on the antennal funiculus are missing, |and the number of trichoid sensilla on the antennal funiculus is reduced. |The number of coeloconic sensilla on the antennal funiculus is normal. |The density of the coeloconic sensilla on the antennal funiculus is |increased and the density of the trichoid sensilla on the antennal |funiculus is decreased compared to wild-type. |... (see FBal0061066==lzL report) PHM|antennal segment 3 |sensillum basiconicum of antennal segment 3 |sensillum trichodeum of antennal segment 3 |maxillary palp sensillum basiconicum } REFDSR { RDID|FBrf0090446 |Batterham et al. |1996 PHP|Homozygotes have a total lack of ommatidial structure in the eye. |Pigment is dispersed as a ring around the edge of the eye ("spectacle" |phenotype). Few, if any lenses form, and the eye is covered by a cuticle |scar. The 'retina' appears to lack pigment cells. Photoreceptor cell |orientation is random, and the fenestrated membrane is absent. PHM|eye |ommatidium |lens |photoreceptor cell |pigment cell } REFDSR { RDID|FBrf0093407 |Crew et al. |1997 PHP|15% of photoreceptor cell clusters are abnormal, cells R1 and R6 are |not recruited properly. Uniform sheet of unorganized cone cells is |found. The periphery of the retina contains cells in loosely organized |clusters including cones as well as primary and secondary pigment cells, |the darker pigment produces the 'spectacle' phenotype. PHM|photoreceptor cell R1 |photoreceptor cell R6 |cone cell } REFDSR { RDID|FBrf0158867 |Siddall et al. |2003 PHP|FBal0061066==lzL adults have a "spectacle" eye phenotype. | Ommatidial clusters |are rarely detectable in FBal0061066==lzL eyes. Ectopic cell | death is seen |in third larval instar eye discs, between rows 3 an 7 posterior to |the morphogenetic furrow. PHM|ommatidium |eye disc |eye } REF { REFM|FBrf0068701 |Stocker et al. |1993 REFM|FBrf0090446 |Batterham et al. |1996 REFM|FBrf0093407 |Crew et al. |1997 REFM|FBrf0158867 |Siddall et al. |2003 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014543 ICL 1 ? SYM 1 ?{}mei-W681 ASTR 1 - CLOC 1 56D9 REF 1 2 DT 1 6 Jan 2000 RESZ 507 ID|FBti0014543 SYM|?{}mei-W681 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0002716==mei-W68 ARGS|FBgn0002716 SK|FBst0004932 |y[1]/Dp(1;Y)y[+]; mei-W68[1]/CyO |Total=1 REFDSR { RDID|FBrf0104768 |McKim and Hayashi-Hagihara |1998 SYN|?{}mei-W681 ASAL|FBal0012191==mei-W681 CLOC|56D9 |Insertion site LOCB|Proximity to gene: FBgn0002716==mei-W68 } REF { REFM|FBrf0104768 |McKim and Hayashi-Hagihara |1998 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0012191==mei-W681 REFDSR { RDID|FBrf0059133 |McKim et al. |1993 PHP|Metaphase arrest prevented. } REFDSR { RDID|FBrf0093814 |Carpenter |1997.5.12 PHP|Ultrastructural studies of pachytene reveal synaptonemal complex that is |normal in structure and length and which undergoes the same changes in |length as is observed in wild type as the cells progress through |pachytene; chromocentral organization and chromatin condensation are also |normal. However, no late recombination nodules were observed in the nine |nuclei reconstructed which were between the developmental landmarks which |demark their presence in wild type. } REFDSR { RDID|FBrf0100602 |McKim et al. |1998 PHP|Severe mutation. } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Females homozygous for mei-W68 show a complete absence |of meiotic recombination (Baker, unpublished data). |A less severe allele (mei-W68L1-Lindsley) reduces |exchange to approximately 60% of control levels and |also alters the distribution of residual exchanges. |Analysis of mitotic chromosome behavior (Baker et al., |1978) suggests that the FBgn0002716==mei-W68+ gene product is |... (see FBal0012191==mei-W681 report) } REFDSR { RDID|FBrf0158977 |Carpenter |2003 PHP|Crossing over is reduced in | FBal0090228==mei-W68L1/FBal0012191==mei-W681 females. |Homozygotes lack meiotic crossing over. Premeiotic exchanges occur |in homozygous females. |FBal0012191==mei-W681 is recessive to wild type when | nondisjunction frequencies |are examined but has dominant effects on crossing over. |Homozygous and | FBal0090228==mei-W68L1/FBal0012191==mei-W681 females | show normal dynamics |of germ-line mitotic divisions. The dynamics of entry into meiosis |... (see FBal0012191==mei-W681 report) PHM|late recombination nodule |early recombination nodule } REF { REFM|FBrf0059133 |McKim et al. |1993 REFM|FBrf0093814 |Carpenter |1997.5.12 REFM|FBrf0100602 |McKim et al. |1998 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0158977 |Carpenter |2003 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014164 ICL 1 ? SYM 1 ?{}N55e11 ASTR 1 - CLOC 1 3C7--9 REF 1 6 DT 1 6 Jan 2000 RESZ 911 ID|FBti0014164 SYM|?{}N55e11 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0004647==N SK|FBst0003015 |N[55e11] rb[1]/C(1)DX, y[1] w[1] f[1]; Dp(1;2)51b/+ |FBst1000218 |C(1)DX, y w f/ w[a] N[55e11]; Dp(1;2)51b/ + |FBst1001512 |w[a] N[55e11]/FM7, lac-z |Total=3 REFDSR { RDID|FBrf0040185 |Lehmann et al. |1983 PHC|lethal | embryonic | neurogenic | recessive } REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|?{}N55e11 ASAL|FBal0012701==N55e11 MU|spontaneous CLOC|3C7--9 |Insertion site LOCB|Proximity to gene: FBgn0004647==N } REFDSR { RDID|FBrf0091115 |Long et al. |1996 PHC|lethal | recessive } REF { REFM|FBrf0040185 |Lehmann et al. |1983 REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0091115 |Long et al. |1996 REFM|FBrf0098202 |Brennan et al. |1997 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0112013 |Rauskolb et al. |1999 } ALESR { ASYM|FBal0012701==N55e11 REFDSR { RDID|FBrf0027480 |Shellenbarger and Mohler |1975 PHP|Lethal in combination with FBal0012887==Nl1N-ts1 or | FBal0012861==NAx-tsl at 29oC. } REFDSR { RDID|FBrf0038108 |Poulson and Lefevre |1982 PHP|Male flies carrying FBab0003125==Dp(1;2)51bV76e show wing-notching and lateral |incisions, leg defects and tarsal reductions, missing or multiple bristles, |missing or fused ocelli and variegated or roughened eyes, at varying |frequencies. } REFDSR { RDID|FBrf0040181 |Campos-Ortega |1983 PHP|The presence of the FBal0012701==N55e11 did not affect the | epidermal pattern in |the thoracic and abdominal segments of hemizygotes derived from FBal0002643==dl1/FBal0002643==dl1 |hemizygotes. Double mutants FBal0012701==N55e11 and | FBal0002644==dl2 had neuralization of |additional ectodermal cells in the thoracic and abdominal segments. |Double mutants FBal0012701==N55e11 and Tl had neuralization of | the entire ectoderm, |a huge CNS and no epidermis as it had been substituted for by neural |tissue. } REFDSR { RDID|FBrf0040185 |Lehmann et al. |1983 PHP|Extreme embryonic neurogenic phenotype. PHM|epidermis | embryonic } REFDSR { RDID|FBrf0043047 |Vassin et al. |1985 PHP|Notching of the tips and/or edges of the wing. Veins are frequently |broadened at the marginal junctions, forming delta-like thickenings. PHM|wing |wing vein } REFDSR { RDID|FBrf0048995 |Brand and Campos-Ortega |1988 PHP|The amount of maternally derived gene product does not modify the phenotype |of double neurogenic mutants. FBal0012701==N55e11 expression was | modified by |the presence of ASC loss-of-function mutations. All embryonic cells |initiate neural development but later in development some cells switch |their fate either to epidermogenesis or cell death. } REFDSR { RDID|FBrf0051582 |Cabrera |1990 PHP|Post-transcriptional control of AS-C expression is suppressed, all |cells expressing RNA accumulate protein. } REFDSR { RDID|FBrf0053344 |Heitzler and Simpson |1991 PHP|Neural hyperplasia of cells within a mutant clone. Mutant clones fail |to form bristles. } REFDSR { RDID|FBrf0053362 |Corbin et al. |1991 PHP|FBal0012701==N55e11 shows severe neural hypertrophy, a 6--9 fold | increase in nau |expressing cells per cluster relative to wild type. Embryos show a |disrupted CNS pattern. When heterozygous with FBab0000974==Df(1)svr the CNS ladder |structure is apparent, hypertrophy is seen in the nau expressing cells |and the medial superclusters arise in a disrupted pattern compared |to wildtype. } REFDSR { RDID|FBrf0053769 |Goriely et al. |1991 PHP|Increase in SMCs per cluster in embryos lacking the maternal product. } REFDSR { RDID|FBrf0054994 |de Celis et al. |1991 PHP|Homozygous clones produced during the last stages of the formation |of the adult sensory organs develop into sensory organ mother cells |when induced early, or its neural sublineage later. } REFDSR { RDID|FBrf0055911 |Skeath and Carroll |1992 PHP|ac protein distribution in FBal0012701==N55e11 embryos show ac | expression is not |restricted to a single cell of an ectodermal cell cluster, instead |most cells of the cluster retain ac expression at a high level, enlarge, |delaminate and become neuroblasts. } REFDSR { RDID|FBrf0059323 |Bodmer et al. |1993 PHP|Hyperplasia of replicating sensory precursors: due to an increased |number of ectodermal cells being recruited as sensory precursor cells. |Extra precursor cells are recruited beyond the normal time window |for neurogenesis in the PNS. PHM|ectoderm } REFDSR { RDID|FBrf0068598 |Menne and Klambt |1994 PHP|Mutant embryos rarely form commissural or longitudinal connections. |Although the first axons grow out at the same time as wild-type axons, |they are never oriented towards the midline, and even fail to form |connections on the ipsilateral side. Both anterior and middle pairs |of midline glia are absent, and the posterior pair are duplicated but |found at ectopic positions. There are 4-8 additional neuronal midline |cells per segment. PHM|central nervous system | embryonic |midline glial cell |midline glial cell | ectopic } REFDSR { RDID|FBrf0072582 |Bate et al. |1993 PHP|Embryos exhibit few, if any, fused muscles. The unfused, birefringent |fibers, have a random pattern of fine fibers apparently radiating out |from small fragments of dorsal cuticle. The birefringent is clearly |correlated with the expansion of the CNS and PNS, and the loss of epidermis |and the degree to which myoblast fusion occurs. Where myoblast fusion |fails conspicuous clusters of mesodermal cells are formed and if epidermal |territories are expanded cells in these clusters may be recruited to |... (see FBal0012701==N55e11 report) PHM|embryonic/larval somatic muscle |embryonic nervous system |epidermis | embryonic |myoblast | embryonic } REFDSR { RDID|FBrf0072959 |Diaz-Benjumea and Hafen |1994 PHP|FBal0014587==rl1/FBab0002207==Df(2R)rl10a strongly enhances the | wing phenotype of FBal0012701==N55e11/+. } REFDSR { RDID|FBrf0074921 |de Celis and Garcia-Bellido |1994 PHP|Clones running along the veins differentiate broad stretches of cells |with vein histotype, to differentiate cells must be within 10-15 normal |cell diameters from the vein. Clones can also affect vein differentiation |on the other wing surface. Clones can also reduce the intervein distance. |Clones in the dorso-ventral compartment border can induce scalloping |indicating non-autonomous effects in wing margin loss. |Clonal behavior of FBgn0004647==N clones in the wing does not result from abnormal |... (see FBal0012701==N55e11 report) PHM|wing |wing | dorsal/ventral compartment boundary } REFDSR { RDID|FBrf0074922 |de Celis et al. |1991 PHP|Cause a complex pleiotropic syndrome including perturbations of the |chaetae pattern. } REFDSR { RDID|FBrf0075100 |Hoch et al. |1994 PHP|Embryos derived from germline clones show supernumerary Malpighian |tubule tip cells segregating from the tubule primordial cells. The |tubules of these embryos do not go on to secrete uric acid. PHM|Malpighian tubule primordium | germ-line clone |Malpighian tubule tip cell | germ-line clone } REFDSR { RDID|FBrf0076037 |Couso and Martinez Arias |1994 PHP|FBal0012701==N55e11/FBal0012887==Nl1N-ts1 animals | reared at 17oC and exposed to 29oC |for 24 hrs in the second larval instar give rise to adults with duplicated |(sometimes triplicated) legs, with ventral branch points, and reduced |or absent wings with accompanying wing to notum transformation. This |phenotype is identical to that produced by loss of FBgn0004009==wg during second |and early third larval instar. Heterozygosity for | FBal0012701==N55e11 reduces |viability and increases penetrance of wing/haltere phenotypes of FBal0018482==wg1. |... (see FBal0012701==N55e11 report) } REFDSR { RDID|FBrf0076146 |Sturtevant and Bier |1995 PHP|Thickened vein mutant. PHM|wing vein } REFDSR { RDID|FBrf0083156 |Gonzalez-Gaitan and Jaeckle |1995 PHP|Instead of forming distinct invagination folds, the FBgn0004647==N mutant stomodeal |nervous system anlage invaginates en masse. PHM|stomatogastric nervous system primordium } REFDSR { RDID|FBrf0084329 |Rulifson and Blair |1995 PHP|SMC differentiation and proneural activation in | FBal0012701==N55e11 wing margin |clones display dual phenotypes. Clones that do not substantially disrupt |FBgn0004009==wg expression have neurogenic phenotypes and clones that disrupt |FBgn0004009==wg expression have a mixture of antiproneural and neurogenic phenotypes. } REFDSR { RDID|FBrf0089977 |Guo et al. |1996 PHP|Heterozygotes exhibit no obvious hair or socket abnormalities. Heterozygotes |carrying one copy of FBtp0003391==P{hs-numb} in the absence of heat shock have |double hairs without sockets at the anterior wing margin. This phenotype |is enhanced with two copies of FBtp0003391==P{hs-numb}. } REFDSR { RDID|FBrf0090023 |de Celis et al. |1996 PHP|Clones in the thorax produce patches of naked cuticle, due to the differentiation |of the ectopic SOPs into neurons. |Clones in the wing that reach the wing margin show a loss of margin |and blade tissue due to the requirement for FBgn0004647==N at the D/V boundary. |Wing veins also appear thicker. PHM|sensory mother cell | ectopic |macrochaeta |wing |dorsal double row |ventral double row |wing vein } REFDSR { RDID|FBrf0090425 |Abu-Issa and Cavicchi |1996 PHP|Heterozygotes show thickening of the wing veins, occasional terminal |nicking of the wing, and 1-4 ectopic bristles on the wing surface. PHM|wing |wing vein |wing sensillum | ectopic } REFDSR { RDID|FBrf0090560 |Frise et al. |1996 PHP|FBal0012701==N55e11/+ flies have a notched wing phenotype. | Homozygous clones |induced in the sensory organ precursor daughter IIa cells of the |adult external sense organs, when FBal0058958==Scer\FLP1Scer\UAS.cBa |expression is driven by FBal0052395==Scer\GAL4sca-109-68, produce | a twinned |hair phenotype. PHM|wing |external sensory organ | somatic clone } REFDSR { RDID|FBrf0091115 |Long et al. |1996 PHP|Wing nicking phenotype. } REFDSR { RDID|FBrf0091127 |Murata et al. |1996 PHP|Heterozygotes have a triangular expansion of the veins at the wing |margin, and approximately 25% of flies have notched wings. PHM|wing |wing vein } REFDSR { RDID|FBrf0093461 |Giebel et al. |1997 PHP|FBal0042573==Scer\GAL4da.G32-mediated coexpression of | FBal0045936==l(1)scScer\UAS.cHa and FBal0061468==daScer\UAS.cGa |cause increase of cells in the CNS: brain lobes are enlarged (protruding |through the holes in the cephalic epidermis), the ventral cord shows |regional enlargement and sensory organs contain a large number of neurons. |Neural hyperplasia is also increased, epidermis, fore- and hindgut, |tracheal tree and salivary glands are completely neuralized. PHM|embryonic nervous system |larval brain | embryonic |ventral nerve cord |epidermis |larval foregut | embryonic |larval hindgut | embryonic |embryonic/larval tracheal system |larval salivary gland | embryonic } REFDSR { RDID|FBrf0093711 |Seugnet et al. |1997 PHP|Segregation of neuroblasts 5-2 and 7-4 is normal at early stages. |Late embryos are strongly neuralized. |Embryos derived from germline clones exhibit disturbed segmentation |in some segments and some 5-2 equivalence groups are fused. Segregation |of the 5-2 and 7-4 neuroblast occurs in an irregular manner at later |stages. PHM|neuroblast NB5-2 | germ-line clone |neuroblast NB7-4 | germ-line clone |central nervous system | larval | germ-line clone |peripheral nervous system | larval | germ-line clone } REFDSR { RDID|FBrf0097687 |Vervoort et al. |1997 PHP|Embryos exhibit supernumerary md neurons that derive from ASC precursors. PHM|multidendritic neuron } REFDSR { RDID|FBrf0098202 |Brennan et al. |1997 PHP|Hemizygous lethal. Heterozygotes have a neurogenic phenotype and have |a marked increase in the number of bristles on the notum. PHM|adult thoracic sensillum } REFDSR { RDID|FBrf0098359 |Stuttem and Campos-Ortega |1997 PHP|Transplantation of single cells from FBal0012701==N55e11 embryos | into the ventral |neurogenic region of wild-type host embryos reveals non-autonomous |behavior of these cells; the cells can give rise to both neural and |epidermal offspring. Single cells from FBal0012701==N55e11 | embryos transplanted |into the ventral neurogenic region of FBal0012701==N55e11 host | embryos give |rise to only neural cells. Single cells from FBal0012701==N55e11 | embryos transplanted |into the procephalic neuroectoderm or the proctodeal anlage of wild-type |... (see FBal0012701==N55e11 report) } REFDSR { RDID|FBrf0098813 |Jagla et al. |1997 PHP|Homozygous embryos have an increased number of cardiac precursor cells. PHM|embryonic/larval dorsal vessel | precursor } REFDSR { RDID|FBrf0099033 |Doherty et al. |1997 PHM|epidermis | embryonic } REFDSR { RDID|FBrf0099460 |Price et al. |1997 PHM|wing } REFDSR { RDID|FBrf0099884 |Sotillos et al. |1997 PHP|Heterozygotes show scalloping of the wing margin and thickening of |the wing veins. PHM|wing |wing vein } REFDSR { RDID|FBrf0101998 |Rottgen et al. |1998 PHP|FBal0012701==N55e11/FBab0000579==Df(1)N-8 transheterozygotes | exhibit ectopic bristles on |the notum. PHM|(with Df(1)N-8) scutum & macrochaeta | ectopic } REFDSR { RDID|FBrf0102423 |Zeng et al. |1998 PHP|Homozygous clones on the central region of the adult scutum are devoid |of any external bristle structures, such as shafts and sockets. |Homozygous clones induced in the sensory organ lineage frequently have |bristles with double shafts (approximately 39% of homozygous macrochaetae |have double shafts). PHM|socket & scutum | somatic clone |macrochaeta & scutum | somatic clone |macrochaeta | somatic clone |sensory mother cell | somatic clone } REFDSR { RDID|FBrf0102699 |Martinez Arias |1998 PHP|The cuticle of a | FBal0012887==Nl1N-ts1/FBal0012701==N55e11 larva grown | at 17oC until |early stage 11 and then shifted to 30oC is shorter than wild-type |and shows segment fusions. PHM|embryonic/first instar larval cuticle } REFDSR { RDID|FBrf0102708 |Boube et al. |1998 PHP|FBal0013509==pb5/FBal0013517==pb13 flies show a slight | distal transformation of labium |to antennal arista. If the flies are also heterozygous for FBal0012701==N55e11 |the number of pseudotracheal rows is reduced and a region of apparent |ectoderm forms between the remaining pseudotracheal rows and the transformed |antennal structures. } REFDSR { RDID|FBrf0102828 |Roch et al. |1998 PHP|Wing veins are thickened. PHM|wing vein } REFDSR { RDID|FBrf0104758 |Jagla et al. |1998 PHP|The segmental border muscle progenitors do not segregate at all or |do not divide properly. PHM|segment border muscle | precursor } REFDSR { RDID|FBrf0104911 |Hoch and Jackle |1998 PHP|Multiple Malpighian tubule tip cells develop in homozygous embryos. PHM|Malpighian tubule tip cell } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|A weak Notch. Deltas on wing veins are most reliable |character for classification. Lethal when heterozygous |with FBal0012892==Nnd-3, FBal0012703==N60g11 and | FBal0012759==NCo. In homozygotes and |hemizygotes hyperplasia of central nervous system |extreme; embryonic peripheral nervous system abnormal |with sensilla undifferentiated (Hartenstein and |Campos-Ortega, 1986). } REFDSR { RDID|FBrf0106041 |Rusconi and Corbin |1998 PHP|The number of cells in the FBgn0002922==nau-expressing muscle precursor clusters |is increased compared to wild-type in homozygous embryos. The number |of cells in the FBgn0002922==nau-expressing muscle precursor clusters is increased |to more than twice the number in homozygous embryos (lacking zygotic |function) in homozygous embryos derived from homozygous female germline |clones (lacking both maternal and zygotic function). PHM|embryonic/larval somatic muscle |embryonic/larval somatic muscle | germ-line clone } REFDSR { RDID|FBrf0107900 |Nagaraj et al. |1999 PHP|FBal0012887==Nl1N-ts1/FBal0012701==N55e11 wing discs | show a reduction in the size of |the pouch. |Heterozygotes show mild notching of the distal wing margin. PHM|wing margin |dorsal mesothoracic disc } REFDSR { RDID|FBrf0108514 |Llimargas |1999 PHP|Mutants show a rudimentary tracheal tree, ectopic fusions between adjacent |branches and absence of terminal branches. The number of tracheal cells |is reduced, resulting in reduced branching. Temperature shifts of |heterozygotes of | FBal0012701==N55e11/FBal0012887==Nl1N-ts1 suggest | that in addition to |its early role in tracheal specification, FBgn0004647==N acts later in both fusion |and terminal branching programs. |Cell markers indicate a transformation of presumptive terminal or antifusion |... (see FBal0012701==N55e11 report) PHM|trachea | embryonic } REFDSR { RDID|FBrf0108607 |Bishop et al. |1999 PHP|FBal0012887==Nl1N-ts1/FBal0012701==N55e11 flies | exposed to the restrictive temperature |during the third larval instar and pupal phases show a marked reduction |in leg length with all areas of the leg segments (joint and interjoint |tissue) being affected. Joints are completely lost, and also often |apical bristles. PHM|leg | conditional ts |prothoracic tibial apical bristle | conditional ts |mesothoracic tibial apical bristle | conditional ts |metathoracic tibial apical bristle | conditional ts } REFDSR { RDID|FBrf0109019 |Rauskolb and Irvine |1999 PHP|Homozygous clones in the leg form patches of naked cuticle. The clones |fail to form joint structures in all regions of the leg (resulting |in fusion of leg segments) and leg growth is reduced. Fusions are |seen along the length of the tibia and femur, while end-to-end fusions |are seen in other leg segments. In most cases, the failure to form |joints is an autonomous property of the mutant cells in the clone, |although occasionally joint formation is also inhibited in wild-type |... (see FBal0012701==N55e11 report) PHM|joint | somatic clone | cell autonomous |joint | somatic clone | cell non-autonomous |leg sensillum | somatic clone |leg | somatic clone |tibia | somatic clone |femur | somatic clone } REFDSR { RDID|FBrf0109184 |zur Lage and Jarman |1999 PHP|Leg discs of FBal0012887==Nl1N-ts1/FBal0012701==N55e11 | larvae reared at the restrictive |temperature for 4-16 hours show a large, disorganized mass of sensory |organ precursor cells below the epithelium where the SOP cells of the |femoral chordotonal organ normally form. PHM|ventral thoracic disc } REFDSR { RDID|FBrf0111977 |Micchelli and Blair |1999 PHP|In somatic clones in the wing disc, the majority of | FBal0012701==N55e11 clones |that are in contact with the FBgn0000099==ap boundary, disrupt the Dorsal/ventral |(D/V) lineage restriction. In the most extreme class, clones straddle |or cross the normal site of the D/V boundary from either side, with |most or all of the cells being in the wrong compartment. In some cases |milder distortions lead to "bulging" clones and some clones do approximately |respect the boundary. Disruptions are not always limited to the mutant |... (see FBal0012701==N55e11 report) PHM|dorsal mesothoracic disc | dorsal/ventral compartment boundary | somatic clone } REFDSR { RDID|FBrf0112013 |Rauskolb et al. |1999 PHP|Homozygous mutant clones in the wing disc fail to respect the dorsal |ventral boundary. PHM|dorsal mesothoracic disc | somatic clone } REFDSR { RDID|FBrf0112024 |Rusconi and Corbin |1999 PHP|The number of FBgn0001077==ftz expressing MP2 neurons increases compared to wild-type |(About 30 on each side of the midline, as compared to 2 in wild-type) |in homozygous embryos derived from homozygous female germ-line clones |(lacking both maternal and zygotic function). The extra MP2 clusters |extend further laterally than seen in FBgn0000463==Dl and FBgn0004837==Su(H). alleles. No |segmentation defects are seen. |In homozygous embryos derived from homozygous female germ-line clones |... (see FBal0012701==N55e11 report) PHM|dMP2 neuron | ectopic | germ-line clone |vMP2 neuron | ectopic | germ-line clone |RP2 neuron | ectopic | germ-line clone } REFDSR { RDID|FBrf0125167 |de Celis and Bray |2000 PHP|Wing veins L3 and L5 are thicker than wild-type veins in heterozygous |flies, and the thickened veins have smooth borders. The wings show |moderate scalloping of the wing margin. PHM|wing vein L3 |wing vein L5 |wing vein L3 | ectopic |wing vein L5 | ectopic |wing } REFDSR { RDID|FBrf0135724 |Udolph et al. |2001 PHP|Glial cells in the central nervous system of embryos are not entirely |absent. |In clones of FBal0012701==N55e11 cells in a wild type background | the pCC is |transformed into aCC, SPGs are lost and neuronal cells are concomitantly |gained within the NB1-1 lineage. PHM|subperineurial glial cell | somatic clone |neuron | supernumerary | somatic clone |pCC neuron | somatic clone |aCC neuron | supernumerary | somatic clone } REFDSR { RDID|FBrf0136942 |Lopez-Schier and St. Johnston |2001 PHP|Homozygous somatic clones in the follicle cells do not differentiate |as polar cells, but block the differentiation of epithelial follicle |cells and causes them to remain as undifferentiated precursors. When |a clone falls in a region where the follicle cells normally undergo |morphogenetic movement, these movements do not occur. The stretched |follicle cells fail to move over the nurse cells; the centripetal cells |do not migrate between the oocyte and the nurse cells; and the more |... (see FBal0012701==N55e11 report) PHM|follicle cell | somatic clone |centripetally migrating follicle cell | somatic clone |interfollicle cell | somatic clone |polar follicle cell | somatic clone |mitotic cycle | somatic clone } REFDSR { RDID|FBrf0137222 |Grammont and Irvine |2001 PHP|Follicles containing permanent somatic clones for | FBal0012701==N55e11 are not |recoverable. In egg chambers with transient somatic clones at either |end of the follicle polar cells are absent. Where one of the polar-stalk |precursors is mutant for FBal0012701==N55e11 long stalks (average | 15 cells) |develop. PHM|egg chamber | somatic clone |polar follicle cell | somatic clone | cell autonomous |interfollicle cell | somatic clone | cell non-autonomous } REFDSR { RDID|FBrf0141471 |Lopez-Schier and St. Johnston |2002 PHP|In mutant clones in the follicle cells the organization of the spectrin |cytoskeleton is normal. } REFDSR { RDID|FBrf0141493 |Deng et al. |2001 PHP|Cells in homozygous follicle cell clones have smaller nuclei than their |wild-type neighbors (which probably indicates a lack of endocycles |in the mutant cells). The mutant clones contain more cells than their |wild-type twin spot sister clones, indicating additional mitoses. |The mean ratio of the number of cells in the mutant clone/number of |cells in the wild-type sister clone is 1.8 and the ratio does not change |as a function of clone size. The DNA content is higher in wild-type |... (see FBal0012701==N55e11 report) PHM|follicle cell & nucleus | somatic clone } REFDSR { RDID|FBrf0144843 |Sudarsan et al. |2002 PHP|FBgn0004647==N mutant embryos have about 89 cells in each Malpighian tubule cell |(as opposed to about 125 in wild-type). The tubules are are shorter |than wild-type which results from a dramatic reduction in cell division |from Mitosis 17. |FBgn0004647==N mutant embryos made as germ-line clones have about 89 cells in |each Malpighian tubule cell (as opposed to about 125 in wild-type). PHM|Malpighian tubule |Malpighian tubule | germ-line clone } REFDSR { RDID|FBrf0146991 |Umesono et al. |2002 PHP|At the earliest stage of the dorsal bipolar dendritic (dbd) sensory |organ precursor (SOP) division excess FBgn0002970==nub-positive cells are located |at the correct position in mutant embryos, suggesting that supernumerary |dbd SOPs are produced. At stage 12, the dbd support glial cell (DBDG) |is absent. Supernumerary PG3 glial cells and chordotonal organ ligament |cells of the are present. PHM|support cell of the dorsal bipolar dendritic cell |peripheral glial cell 3 | supernumerary |scolopidial ligament cell | supernumerary } REFDSR { RDID|FBrf0147142 |Iwaki and Lengyel |2002 PHP|Mutant embryos completely lack hindgut boundary cell rows and rings. PHM|embryonic hindgut } REFDSR { RDID|FBrf0150723 |Riede |2001 PHP|Pupal lethal when heterozygous with the MBT chromosome. } REFDSR { RDID|FBrf0151253 |Glise et al. |2002 PHP|Heterozygotes lack vein and sensory bristle tissue at the most distal |tip of the wing. PHM|wing | distal |wing vein |wing margin bristle } REFDSR { RDID|FBrf0151813 |Tsuda et al. |2002 PHM|wing } REFDSR { RDID|FBrf0151928 |Orgogozo et al. |2002 PHP|FBal0012701==N55e11/FBal0012887==Nl1N-ts1 flies form | ectopic abdominal ventral multidendritic |neurons and pI external sensory organ precursor cells, even when raised |at 19oC. PHM|(with Nl1N-ts1) abdominal ventral multidendritic neuron | ectopic |(with Nl1N-ts1) external sensory organ precursor cell | ectopic } REFDSR { RDID|FBrf0155787 |Lebestky et al. |2003 PHP|The number of crystal cell precursors seen in mutant lymph glands is |significantly reduced. PHM|procrystal cell } REFDSR { RDID|FBrf0160464 |Crozatier et al. |2003 PHP|In heterozygous mutants, wing veins are wider than in wild-type, but |selection of sensory organ precursors (SOP) is not affected. However, |the campaniform sensillae are still overlapping the posterior-most |L3 vein cells. The position of SOPs relative to the anterior posterior |border is not changed in mutant discs, indicating that in the adult |the position of L3 vein is shifted anteriorly by one or two rows of |cells. PHM|wing vein |sensory mother cell } REFDSR { RDID|FBrf0167516 |Escudero et al. |2003 PHP|Heterozygotes show a slight increase in the density of microchaetae |on the notum. } REFDSR { RDID|FBrf0174561 |Fuss et al. |2004 PHP|In FBal0012701==N55e11 homozygous embryos, the early steps of proventricular |development including the formation of the ball-like evagination at |the ectoderm/endoderm boundary occur normally. However, at stage 14, |the anterior boundary cells of the keyhole region fail to invaginate |into the endodermal cell layer, but arrest anteriorly and do not move |inwards until the final stages of embryonic development (16 and 17). |In addition, the posterior boundary cells of the endodermal component |... (see FBal0012701==N55e11 report) PHM|proventriculus inner layer primordium |proventriculus intermediate layer primordium |proventriculus outer layer primordium |embryonic proventriculus |keyhole structure } REFDSR { RDID|FBrf0174588 |Stute et al. |2004 PHP|Marker expression and morphology suggest that numbers muscle founder |cells are increased at the expense of fusion competent myoblasts in |the visceral mesoderm of stage 11 FBal0012701==N55e11 mutant embryos. PHM|fusion competent cell & visceral mesoderm |muscle founder cell & visceral mesoderm } REFDSR { RDID|FBrf0179042 |Le Gall and Giniger |2004 PHP|Mutant embryos show severe hyperplasia of the central and peripheral |nervous systems. PHM|embryonic central nervous system |embryonic peripheral nervous system } REF { REFM|FBrf0027480 |Shellenbarger and Mohler |1975 REFM|FBrf0038108 |Poulson and Lefevre |1982 REFM|FBrf0040181 |Campos-Ortega |1983 REFM|FBrf0040185 |Lehmann et al. |1983 REFM|FBrf0043047 |Vassin et al. |1985 REFM|FBrf0048995 |Brand and Campos-Ortega |1988 REFM|FBrf0051582 |Cabrera |1990 REFM|FBrf0053344 |Heitzler and Simpson |1991 REFM|FBrf0053362 |Corbin et al. |1991 REFM|FBrf0053769 |Goriely et al. |1991 REFM|FBrf0054994 |de Celis et al. |1991 REFM|FBrf0055911 |Skeath and Carroll |1992 REFM|FBrf0059323 |Bodmer et al. |1993 REFM|FBrf0068598 |Menne and Klambt |1994 REFM|FBrf0072582 |Bate et al. |1993 REFM|FBrf0072959 |Diaz-Benjumea and Hafen |1994 REFM|FBrf0074921 |de Celis and Garcia-Bellido |1994 REFM|FBrf0074922 |de Celis et al. |1991 REFM|FBrf0075100 |Hoch et al. |1994 REFM|FBrf0076037 |Couso and Martinez Arias |1994 REFM|FBrf0076146 |Sturtevant and Bier |1995 REFM|FBrf0083156 |Gonzalez-Gaitan and Jaeckle |1995 REFM|FBrf0084329 |Rulifson and Blair |1995 REFM|FBrf0089977 |Guo et al. |1996 REFM|FBrf0090023 |de Celis et al. |1996 REFM|FBrf0090425 |Abu-Issa and Cavicchi |1996 REFM|FBrf0090560 |Frise et al. |1996 REFM|FBrf0091115 |Long et al. |1996 REFM|FBrf0091127 |Murata et al. |1996 REFM|FBrf0093461 |Giebel et al. |1997 REFM|FBrf0093711 |Seugnet et al. |1997 REFM|FBrf0097687 |Vervoort et al. |1997 REFM|FBrf0098202 |Brennan et al. |1997 REFM|FBrf0098359 |Stuttem and Campos-Ortega |1997 REFM|FBrf0098813 |Jagla et al. |1997 REFM|FBrf0099033 |Doherty et al. |1997 REFM|FBrf0099460 |Price et al. |1997 REFM|FBrf0099884 |Sotillos et al. |1997 REFM|FBrf0101998 |Rottgen et al. |1998 REFM|FBrf0102423 |Zeng et al. |1998 REFM|FBrf0102699 |Martinez Arias |1998 REFM|FBrf0102708 |Boube et al. |1998 REFM|FBrf0102828 |Roch et al. |1998 REFM|FBrf0104758 |Jagla et al. |1998 REFM|FBrf0104911 |Hoch and Jackle |1998 REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0106041 |Rusconi and Corbin |1998 REFM|FBrf0107900 |Nagaraj et al. |1999 REFM|FBrf0108514 |Llimargas |1999 REFM|FBrf0108607 |Bishop et al. |1999 REFM|FBrf0109019 |Rauskolb and Irvine |1999 REFM|FBrf0109184 |zur Lage and Jarman |1999 REFM|FBrf0111977 |Micchelli and Blair |1999 REFM|FBrf0112013 |Rauskolb et al. |1999 REFM|FBrf0112024 |Rusconi and Corbin |1999 REFM|FBrf0125167 |de Celis and Bray |2000 REFM|FBrf0135724 |Udolph et al. |2001 REFM|FBrf0136942 |Lopez-Schier and St. Johnston |2001 REFM|FBrf0137222 |Grammont and Irvine |2001 REFM|FBrf0141471 |Lopez-Schier and St. Johnston |2002 REFM|FBrf0141493 |Deng et al. |2001 REFM|FBrf0144843 |Sudarsan et al. |2002 REFM|FBrf0146991 |Umesono et al. |2002 REFM|FBrf0147142 |Iwaki and Lengyel |2002 REFM|FBrf0150723 |Riede |2001 REFM|FBrf0151253 |Glise et al. |2002 REFM|FBrf0151813 |Tsuda et al. |2002 REFM|FBrf0151928 |Orgogozo et al. |2002 REFM|FBrf0155787 |Lebestky et al. |2003 REFM|FBrf0160464 |Crozatier et al. |2003 REFM|FBrf0167516 |Escudero et al. |2003 REFM|FBrf0174561 |Fuss et al. |2004 REFM|FBrf0174588 |Stute et al. |2004 REFM|FBrf0179042 |Le Gall and Giniger |2004 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0015595 ICL 1 ? SYM 1 ?{}N264-40 ASTR 1 - CLOC 1 3C7--9 REF 1 7 DT 1 31 May 2000 RESZ 1105 ID|FBti0015595 SYM|?{}N264-40 DT|31 May 2000 |31 May 2000 ICL|? ASGN|FBgn0004647==N SK|FBst0002212 |w[a] FBal0012749==N[264-40] rb[1]/C(1)DX, y[1] w[1] f[1]; Dp(1;2)72c21/+ |Total=1 REFDSR { RDID|FBrf0005044 |Demerec |1940 PHC|lethal | recessive } REFDSR { RDID|FBrf0024896 |Foster |1973 PHC|lethal | recessive } REFDSR { RDID|FBrf0027480 |Shellenbarger and Mohler |1975 PHC|lethal | recessive } REFDSR { RDID|FBrf0040185 |Lehmann et al. |1983 PHC|lethal | embryonic | neurogenic | recessive } REFDSR { RDID|FBrf0046957 |Kelley et al. |1987 SYN|?{}N264-40 ASAL|FBal0012749==N264-40 MU|X ray CLOC|3C7--9 |Insertion site LOCB|Proximity to gene: FBgn0004647==N } REFDSR { RDID|FBrf0051558 |Palka et al. |1990 PHC|lethal | embryonic | recessive } REF { REFM|FBrf0005044 |Demerec |1940 REFM|FBrf0024896 |Foster |1973 REFM|FBrf0027480 |Shellenbarger and Mohler |1975 REFM|FBrf0040185 |Lehmann et al. |1983 REFM|FBrf0046957 |Kelley et al. |1987 REFM|FBrf0051558 |Palka et al. |1990 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0012749==N264-40 REFDSR { RDID|FBrf0005044 |Demerec |1940 PHP|Lethality is not covered by FBab0009529==Dp(1;3)N264-58. } REFDSR { RDID|FBrf0024896 |Foster |1973 PHP|Heterozygotes have a nicked wing phenotype. |FBal0012852==NAx-16/FBal0012749==N264-40 females show | temperature sensitive lethality. |The temperature sensitive period for lethality is during the second |larval instar stage. PHM|wing } REFDSR { RDID|FBrf0027480 |Shellenbarger and Mohler |1975 PHP|Lethal in combination with FBal0012887==Nl1N-ts1 or | FBal0012861==NAx-tsl at 29oC. |Homozygous lethal at 29oC. } REFDSR { RDID|FBrf0038108 |Poulson and Lefevre |1982 PHP|Male flies carrying FBab0003125==Dp(1;2)51bV76e show wing-notching and lateral |incisions, leg defects and tarsal reductions, missing or multiple bristles, |missing or fused ocelli and variegated or roughened eyes, at varying |frequencies. } REFDSR { RDID|FBrf0040185 |Lehmann et al. |1983 PHP|Extreme embryonic neurogenic phenotype. PHM|epidermis | embryonic } REFDSR { RDID|FBrf0051558 |Palka et al. |1990 PHP|Heterozygotes have slightly elevated numbers of sensilla on the wing. PHM|wing sensillum } REFDSR { RDID|FBrf0056217 |Jack and DeLotto |1992 PHP|Homozygotes exhibit hypertrophy of the nervous system and a gap in |the tip of the wing margin. PHM|central nervous system |wing } REFDSR { RDID|FBrf0104706 |Park et al. |1998 PHP|FBgn0000606==eve-expressing pericardial cells fail to form in embryos derived |from homozygous female germline clones. PHM|embryonic/larval pericardial cell | germ-line clone } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Typical Notch. Male embryos show developmental |abnormalities like those of FBab0000579==Df(1)N-8 (Poulson, 1939). |Lethal with FBal0012892==Nnd-3. } REF { REFM|FBrf0005044 |Demerec |1940 REFM|FBrf0024896 |Foster |1973 REFM|FBrf0027480 |Shellenbarger and Mohler |1975 REFM|FBrf0038108 |Poulson and Lefevre |1982 REFM|FBrf0040185 |Lehmann et al. |1983 REFM|FBrf0051558 |Palka et al. |1990 REFM|FBrf0056217 |Jack and DeLotto |1992 REFM|FBrf0104706 |Park et al. |1998 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0015594 ICL 1 ? SYM 1 ?{}N264-109 ASTR 1 - CLOC 1 3C7--9 REF 1 2 DT 1 31 May 2000 RESZ 480 ID|FBti0015594 SYM|?{}N264-109 DT|31 May 2000 |31 May 2000 ICL|? ASGN|FBgn0004647==N REFDSR { RDID|FBrf0046957 |Kelley et al. |1987 SYN|?{}N264-109 ASAL|FBal0012756==N264-109 MU|X ray CLOC|3C7--9 |Insertion site LOCB|Proximity to gene: FBgn0004647==N } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHC|semi-lethal | recessive } REF { REFM|FBrf0046957 |Kelley et al. |1987 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0012756==N264-109 REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Typical Notch except for semi-lethality with FBal0012892==Nnd-3. } REF { REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014176 ICL 1 ? SYM 1 ?{}Nfa-g88 ASTR 1 - CLOC 1 3C7--9 REF 1 2 DT 1 6 Jan 2000 RESZ 416 ID|FBti0014176 SYM|?{}Nfa-g88 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0004647==N REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|?{}Nfa-g88 ASAL|FBal0012871==Nfa-g88 MU|spontaneous CLOC|3C7--9 |Insertion site LOCB|Proximity to gene: FBgn0004647==N } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0012871==Nfa-g88 REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Phenotype like FBal0012868==Nfa-g. } REF { REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014180 ICL 1 ? SYM 1 ?{}Nl1N-1 ASTR 1 - CLOC 1 3C7--9 REF 1 2 DT 1 6 Jan 2000 RESZ 481 ID|FBti0014180 SYM|?{}Nl1N-1 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0004647==N REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|?{}Nl1N-1 ASAL|FBal0012876==Nl1N-1 MU|spontaneous CLOC|3C7--9 |Insertion site LOCB|Proximity to gene: FBgn0004647==N } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHC|lethal | recessive } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0012876==Nl1N-1 REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|FBal0012876==Nl1N-1/+ females are wild type; | FBal0012876==Nl1N-1/N females |and FBal0012876==Nl1N-1/Y males are lethal; l(1)N/Y;FBab0009100==Dp(1;2)51b |males are Co-like. Heterozygotes with recessive |visibles at Notch are wild type. Developmental defects |in FBal0012876==Nl1N-1/Y males are more limited than in N/Y males |and the defects are confined to the anterior ectoderm |(Poulson, 1967; Poulson, 1968). Like N mutants, FBal0012876==Nl1N-1 |... (see FBal0012876==Nl1N-1 report) } REF { REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014169 ICL 1 ? SYM 1 ?{}NS ASTR 1 - CLOC 1 3C7--9 REF 1 4 DT 1 6 Jan 2000 RESZ 613 ID|FBti0014169 SYM|?{}NS DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0004647==N REFDSR { RDID|FBrf0039985 |Kramers et al. |1983 PHC|lethal | recessive } REFDSR { RDID|FBrf0045066 |Schalet |1986 PHC|lethal | recessive } REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|?{}NS ASAL|FBal0012785==NS MU|spontaneous CLOC|3C7--9 |Insertion site LOCB|Proximity to gene: FBgn0004647==N } REF { REFM|FBrf0039985 |Kramers et al. |1983 REFM|FBrf0045066 |Schalet |1986 REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0012785==NS REFDSR { RDID|FBrf0045066 |Schalet |1986 PHP|Heterozygotes display a weak notched wing phenotype. PHM|wing } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Weak Notch. FBal0012785==NS/FBal0012860==NAx-S is lethal. } REF { REFM|FBrf0045066 |Schalet |1986 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0016277 ICL 1 ? SYM 1 ?{}ossisC-1 ASTR 1 - CLOC 1 17A5 REF 1 2 DT 1 17 Aug 2000 RESZ 347 ID|FBti0016277 SYM|?{}ossisC-1 DT|17 Aug 2000 |17 Aug 2000 ICL|? ASGN|FBgn0004956==os REFDSR { RDID|FBrf0128638 |Sefton et al. |2000 SYN|?{}ossisC-1 CLOC|17A5 |Insertion site LOCB|Proximity to gene: FBgn0004956==os } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0128638 |Sefton et al. |2000 } } # EOR TIR { RETE|ID 1 FBti0004662 ICL 1 ? SYM 1 ?{}ovoD1r38D ASTR 1 - CLOC 1 4E2 REF 1 2 DT 1 5 Feb 1999 RESZ 381 ID|FBti0004662 SYM|?{}ovoD1r38D DT|5 Feb 1999 |29 Dec 1997 ICL|? ASGN|FBgn0003028==ovo REFDSR { RDID|FBrf0056260 |Garfinkel et al. |1992 ASAL|FBal0050230==ovoD1r38D CLOC|4E2 |Insertion site LOCB|Proximity to gene: FBgn0003028==ovo } REF { REFM|FBrf0056260 |Garfinkel et al. |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0050230==ovoD1r38D REFDSR { RDID|FBrf0056260 |Garfinkel et al. |1992 PHP|Phenotypic category: ovo- svb- } REF { REFM|FBrf0056260 |Garfinkel et al. |1992 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0004663 ICL 1 ? SYM 1 ?{}ovoD1r47j ASTR 1 - CLOC 1 4E2 REF 1 2 DT 1 5 Feb 1999 RESZ 381 ID|FBti0004663 SYM|?{}ovoD1r47j DT|5 Feb 1999 |29 Dec 1997 ICL|? ASGN|FBgn0003028==ovo REFDSR { RDID|FBrf0056260 |Garfinkel et al. |1992 ASAL|FBal0050231==ovoD1r47j CLOC|4E2 |Insertion site LOCB|Proximity to gene: FBgn0003028==ovo } REF { REFM|FBrf0056260 |Garfinkel et al. |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0050231==ovoD1r47j REFDSR { RDID|FBrf0056260 |Garfinkel et al. |1992 PHP|Phenotypic category: ovo- svb- } REF { REFM|FBrf0056260 |Garfinkel et al. |1992 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0004664 ICL 1 ? SYM 1 ?{}ovoD1rOL ASTR 1 - CLOC 1 4E2 REF 1 2 DT 1 5 Feb 1999 RESZ 379 ID|FBti0004664 SYM|?{}ovoD1rOL DT|5 Feb 1999 |29 Dec 1997 ICL|? ASGN|FBgn0003028==ovo REFDSR { RDID|FBrf0056260 |Garfinkel et al. |1992 ASAL|FBal0050232==ovoD1rOL CLOC|4E2 |Insertion site LOCB|Proximity to gene: FBgn0003028==ovo } REF { REFM|FBrf0056260 |Garfinkel et al. |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0050232==ovoD1rOL REFDSR { RDID|FBrf0056260 |Garfinkel et al. |1992 PHP|Phenotypic category: ovo- svb- } REF { REFM|FBrf0056260 |Garfinkel et al. |1992 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0004661 ICL 1 ? SYM 1 ?{}ovoD1rP1 ASTR 1 - CLOC 1 4E2 REF 1 2 DT 1 5 Feb 1999 RESZ 379 ID|FBti0004661 SYM|?{}ovoD1rP1 DT|5 Feb 1999 |29 Dec 1997 ICL|? ASGN|FBgn0003028==ovo REFDSR { RDID|FBrf0056260 |Garfinkel et al. |1992 ASAL|FBal0050233==ovoD1rP1 CLOC|4E2 |Insertion site LOCB|Proximity to gene: FBgn0003028==ovo } REF { REFM|FBrf0056260 |Garfinkel et al. |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0050233==ovoD1rP1 REFDSR { RDID|FBrf0056260 |Garfinkel et al. |1992 PHP|Phenotypic category: ovo-, svb+ phenotype. } REF { REFM|FBrf0056260 |Garfinkel et al. |1992 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014575 ICL 1 ? SYM 1 ?{}parahd9 ASTR 1 - CLOC 1 14D1--E1 REF 1 2 DT 1 6 Jan 2000 RESZ 409 ID|FBti0014575 SYM|?{}parahd9 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0003036==para REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|?{}parahd9 ASAL|FBal0013478==parahd9 CLOC|14D1--E1 |Insertion site LOCB|Proximity to gene: FBgn0003036==para } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0013478==parahd9 REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 PHP|Temperature-sensitive. |Hybrid dysgenesis gives no wild-type revertants. } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014577 ICL 1 ? SYM 1 ?{}parats115 ASTR 1 - CLOC 1 14D1--E1 REF 1 2 DT 1 6 Jan 2000 RESZ 415 ID|FBti0014577 SYM|?{}parats115 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0003036==para REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 SYN|?{}parats115 ASAL|FBal0013495==parats115 CLOC|14D1--E1 |Insertion site LOCB|Proximity to gene: FBgn0003036==para } REF { REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0013495==parats115 REFDSR { RDID|FBrf0040979 |Ganetzky |1984 PHP|Viability of double mutant males with FBal0023798==mlenap-ts1 is significantly |reduced, even at permissive temperatures. Double mutant males at 25oC |die at or near eclosion. } REFDSR { RDID|FBrf0099841 |Pittendrigh et al. |1997 PHP|Homozygous flies do not show significant resistance to |dichloro-diphenyl-trichloro ethane (DDT) compared to wild-type flies. } REF { REFM|FBrf0040979 |Ganetzky |1984 REFM|FBrf0099841 |Pittendrigh et al. |1997 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014581 ICL 1 ? SYM 1 ?{}pn3 ASTR 1 - CLOC 1 2E1 REF 1 3 DT 1 6 Jan 2000 RESZ 514 ID|FBti0014581 SYM|?{}pn3 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0003116==pn ARGS|FBgn0003116 SK|FBst0000099 |sc[1] FBal0013875==pn[3] g[2rv] Bx[2] |Total=1 REFDSR { RDID|FBrf0054781 |Teng et al. |1991 SYN|?{}pn3 ASAL|FBal0013875==pn3 CLOC|2E1 |Insertion site LOCB|Proximity to gene: FBgn0003116==pn } REF { REFM|FBrf0054781 |Teng et al. |1991 REFM|FBrf0091186 |Timmons and Shearn |1996 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0013875==pn3 REFDSR { RDID|FBrf0054148 |Teng et al. |1991 PHM|pigment cell } REFDSR { RDID|FBrf0066905 |Lindsley and Zimm |1992 PHP|Brownish-red eye. |RK1. PHM|pigment cell } REFDSR { RDID|FBrf0091186 |Timmons and Shearn |1996 PHM|pigment cell } REF { REFM|FBrf0054148 |Teng et al. |1991 REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0091186 |Timmons and Shearn |1996 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0015556 ICL 1 ? SYM 1 ?{}Rab6D6E ASTR 1 - CLOC 1 33D1--2 REF 1 2 DT 1 4 Feb 2000 RESZ 457 ID|FBti0015556 SYM|?{}Rab6D6E DT|4 Feb 2000 |4 Feb 2000 ICL|? ASGN|FBgn0015797==Rab6 REFDSR { RDID|FBrf0111465 |Purcell and Artavanis-Tsakonas |1999 SYN|?{}Rab6D6E ASAL|FBal0102875==Rab6D6E CLOC|33D1--2 |Insertion site LOCB|Proximity to gene: FBgn0015797==Rab6 PHC|lethal | recessive } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0111465 |Purcell and Artavanis-Tsakonas |1999 } } # EOR TIR { RETE|ID 1 FBti0015560 ICL 1 ? SYM 1 ?{}Rab6D24A ASTR 1 - CLOC 1 33D1--2 REF 1 2 DT 1 4 Feb 2000 RESZ 460 ID|FBti0015560 SYM|?{}Rab6D24A DT|4 Feb 2000 |4 Feb 2000 ICL|? ASGN|FBgn0015797==Rab6 REFDSR { RDID|FBrf0111465 |Purcell and Artavanis-Tsakonas |1999 SYN|?{}Rab6D24A ASAL|FBal0102896==Rab6D24A CLOC|33D1--2 |Insertion site LOCB|Proximity to gene: FBgn0015797==Rab6 PHC|lethal | recessive } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0111465 |Purcell and Artavanis-Tsakonas |1999 } } # EOR TIR { RETE|ID 1 FBti0015559 ICL 1 ? SYM 1 ?{}Rab6D29D ASTR 1 - CLOC 1 33D1--2 REF 1 2 DT 1 4 Feb 2000 RESZ 460 ID|FBti0015559 SYM|?{}Rab6D29D DT|4 Feb 2000 |4 Feb 2000 ICL|? ASGN|FBgn0015797==Rab6 REFDSR { RDID|FBrf0111465 |Purcell and Artavanis-Tsakonas |1999 SYN|?{}Rab6D29D ASAL|FBal0102892==Rab6D29D CLOC|33D1--2 |Insertion site LOCB|Proximity to gene: FBgn0015797==Rab6 PHC|lethal | recessive } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0111465 |Purcell and Artavanis-Tsakonas |1999 } } # EOR TIR { RETE|ID 1 FBti0016272 ICL 1 ? SYM 1 ?{}rb10 ASTR 1 - CLOC 1 4C7 REF 1 2 DT 1 17 Aug 2000 RESZ 395 ID|FBti0016272 SYM|?{}rb10 DT|17 Aug 2000 |17 Aug 2000 ICL|? ASGN|FBgn0003210==rb REFDSR { RDID|FBrf0127175 |Kretzschmar et al. |2000 SYN|?{}rb10 ASAL|FBal0044308==rb10 CLOC|4C7 |Insertion site LOCB|Proximity to gene: FBgn0003210==rb } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0127175 |Kretzschmar et al. |2000 } ALESR { ASYM|FBal0044308==rb10 REFDSR { RDID|FBrf0127175 |Kretzschmar et al. |2000 PHP|FBal0044308==rb10/FBal0117392==rbS1 flies have a | normal landing and optomotor response |and respond normally to stationary visual stimulation. They show abnormal |behavior in Buridan's paradigm, a test for alternating pattern fixation. |FBab0000894==Df(1)rb1/FBal0044308==rb10 flies have a normal landing and | optomotor response |and respond normally to stationary visual stimulation. They show abnormal |behavior in Buridan's paradigm, a test for alternating pattern fixation; |fixation of visual landmarks is significantly impaired and there is |... (see FBal0044308==rb10 report) } REF { REFM|FBrf0127175 |Kretzschmar et al. |2000 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0015321 ICL 1 ? SYM 1 ?{}rod29D ASTR 1 - CLOC 1 100C6--7 REF 1 2 DT 1 6 Jan 2000 RESZ 398 ID|FBti0015321 SYM|?{}rod29D DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0003268==rod REFDSR { RDID|FBrf0112029 |Scaerou et al. |1999 SYN|?{}rod29D ASAL|FBal0101175==rod29D CLOC|100C6--7 |Insertion site LOCB|Proximity to gene: FBgn0003268==rod } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0112029 |Scaerou et al. |1999 } } # EOR TIR { RETE|ID 1 FBti0015320 ICL 1 ? SYM 1 ?{}rodRP153 ASTR 1 - CLOC 1 100C6--7 REF 1 2 DT 1 6 Jan 2000 RESZ 404 ID|FBti0015320 SYM|?{}rodRP153 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0003268==rod REFDSR { RDID|FBrf0112029 |Scaerou et al. |1999 SYN|?{}rodRP153 ASAL|FBal0101174==rodRP153 CLOC|100C6--7 |Insertion site LOCB|Proximity to gene: FBgn0003268==rod } REF { REFM|FBrf0105495 |FlyBase |1992- REFM|FBrf0112029 |Scaerou et al. |1999 } } # EOR TIR { RETE|ID 1 FBti0014609 ICL 1 ? SYM 1 ?{}rt2 ASTR 1 - CLOC 1 68C13 REF 1 2 DT 1 6 Jan 2000 RESZ 521 ID|FBti0014609 SYM|?{}rt2 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0003292==rt SK|FBst0000594 |se[1] FBal0014814==rt[2] th[1]/In(3L)P, Me[1] |Total=1 REFDSR { RDID|FBrf0088507 |Martin-Blanco and Garcia-Bellido |1996 SYN|?{}rt2 ASAL|FBal0014814==rt2 MU|spontaneous CLOC|68C13 |Insertion site LOCB|Proximity to gene: FBgn0003292==rt } REF { REFM|FBrf0088507 |Martin-Blanco and Garcia-Bellido |1996 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0014814==rt2 REFDSR { RDID|FBrf0088507 |Martin-Blanco and Garcia-Bellido |1996 PHP|The bodies of first instar larvae are rotated around the long axis, |forcing the animals to move in a clockwise circle as they crawl. The |larval cuticle presents a perfect segmental alignment of landmarks |but the adult abdominal cuticle segments appear staggered relative |to each other. |Embryos show a variable but fully penetrant mutant phenotype. Common |phenotypes include the lack of some muscles or the presence of very |... (see FBal0014814==rt2 report) PHM|cuticle | adult |embryonic/larval somatic muscle |embryonic/larval somatic muscle | lateral } REFDSR { RDID|FBrf0105495 |FlyBase |1992- PHP|Abdomen twisted, as is rt. Viability erratic, usually |about 50% wild type. Male fertile; female not tested. |RK2. } REF { REFM|FBrf0088507 |Martin-Blanco and Garcia-Bellido |1996 REFM|FBrf0105495 |FlyBase |1992- } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014518 ICL 1 ? SYM 1 ?{}SamDCc ASTR 1 - CLOC 1 31D9 REF 1 3 DT 1 6 Jan 2000 RESZ 556 ID|FBti0014518 SYM|?{}SamDCc DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0019932==SamDC ARGS|FBgn0019932 REFDSR { RDID|FBrf0058585 |Clegg et al. |1993 PHC|lethal | recessive } REFDSR { RDID|FBrf0099842 |Larsson and Rasmuson-Lestander |1997 SYN|?{}SamDCc ASAL|FBal0034916==SamDCc CLOC|31D9 |Insertion site LOCB|Proximity to gene: FBgn0019932==SamDC } REF { REFM|FBrf0058585 |Clegg et al. |1993 REFM|FBrf0099842 |Larsson and Rasmuson-Lestander |1997 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0034916==SamDCc REFDSR { RDID|FBrf0099842 |Larsson and Rasmuson-Lestander |1997 PHP|Eclosion is delayed by 3 days in homozygous flies, and the adults have |a Minute-like bristle phenotype. |FBal0034916==SamDCc is lethal in combination with | FBal0034918==SamDCe, if FBal0034918==SamDCe |is maternally inherited. | FBal0034916==SamDCc/FBal0034918==SamDCe flies in | which FBal0034918==SamDCe |is paternally inherited show a 3 day delay in eclosion and the adults |have a Minute-like bristle phenotype. |Homozygous, heterozygous, | FBal0034916==SamDCc/FBal0034917==SamDCd, FBal0034916==SamDCc/FBal0034918==SamDCe |... (see FBal0034916==SamDCc report) PHM|macrochaeta } REF { REFM|FBrf0099842 |Larsson and Rasmuson-Lestander |1997 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014618 ICL 1 ? SYM 1 ?{}sas796 ASTR 1 - CLOC 1 84C8--D1 REF 1 2 DT 1 6 Jan 2000 RESZ 469 ID|FBti0014618 SYM|?{}sas796 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0002306==sas ARGS|FBgn0002306 REFDSR { RDID|FBrf0055816 |Schonbaum et al. |1992 SYN|?{}sas796 ASAL|FBal0015137==sas796 CLOC|84C8--D1 |Insertion site LOCB|Proximity to gene: FBgn0002306==sas PHC|lethal | larval | polyphasic | conditional cs } REF { REFM|FBrf0055816 |Schonbaum et al. |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0015137==sas796 REFDSR { RDID|FBrf0055816 |Schonbaum et al. |1992 PHP|Larval lethality is polyphasic, and occasionally viable, fertile adults |are seen. The progeny of these adults have a variable phenotype ranging |from severe FBgn0002306==sas defects, to normal, fertile flies. Abnormal tanned |spots are found between the 4th and 5th, and 1st and 2nd rows of the |setal belts in second instar larvae. PHM|larval cuticle } REF { REFM|FBrf0055816 |Schonbaum et al. |1992 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014619 ICL 1 ? SYM 1 ?{}sas828 ASTR 1 - CLOC 1 84C8--D1 REF 1 2 DT 1 6 Jan 2000 RESZ 439 ID|FBti0014619 SYM|?{}sas828 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0002306==sas ARGS|FBgn0002306 REFDSR { RDID|FBrf0055816 |Schonbaum et al. |1992 SYN|?{}sas828 ASAL|FBal0015138==sas828 CLOC|84C8--D1 |Insertion site LOCB|Proximity to gene: FBgn0002306==sas PHC|lethal | larval } REF { REFM|FBrf0055816 |Schonbaum et al. |1992 REFM|FBrf0105495 |FlyBase |1992- } ALESR { ASYM|FBal0015138==sas828 REFDSR { RDID|FBrf0055816 |Schonbaum et al. |1992 PHP|Larvae die during the first instar moult or as small second instar |larvae. } REF { REFM|FBrf0055816 |Schonbaum et al. |1992 } } # EO ALESR } # EOR TIR { RETE|ID 1 FBti0014621 ICL 1 ? SYM 1 ?{}sc1744 ASTR 1 - CLOC 1 1A8 REF 1 3 DT 1 6 Jan 2000 RESZ 437 ID|FBti0014621 SYM|?{}sc1744 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0004170==sc REFDSR { RDID|FBrf0042024 |Campuzano et al. |1985 SYN|?{}sc1744 ASAL|FBal0015224==sc1744 CLOC|1A8 |Insertion site LOCB|Proximity to gene: FBgn0004170==sc } REF { REFM|FBrf0042024 |Campuzano et al. |1985 REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } } # EOR TIR { RETE|ID 1 FBti0014622 ICL 1 ? SYM 1 ?{}scAc ASTR 1 - CLOC 1 1A8 REF 1 3 DT 1 6 Jan 2000 RESZ 431 ID|FBti0014622 SYM|?{}scAc DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0004170==sc REFDSR { RDID|FBrf0042024 |Campuzano et al. |1985 SYN|?{}scAc ASAL|FBal0015226==scAc CLOC|1A8 |Insertion site LOCB|Proximity to gene: FBgn0004170==sc } REF { REFM|FBrf0042024 |Campuzano et al. |1985 REFM|FBrf0066905 |Lindsley and Zimm |1992 REFM|FBrf0105495 |FlyBase |1992- } } # EOR TIR { RETE|ID 1 FBti0014205 ICL 1 ? SYM 1 ?{}Ser1 ASTR 1 - CLOC 1 97E6--8 REF 1 2 DT 1 6 Jan 2000 RESZ 235441 ID|FBti0014205 SYM|?{}Ser1 DT|6 Jan 2000 |6 Jan 2000 ICL|? ASGN|FBgn0004197==Ser SK|FBst0000076 |w[*]; Df(3R)107, e[*]/TM3, P{w[+mW.hs]=Thb8-lacZ}WD1, Sb[1] FBal0015427==Ser[1] |FBst0000089 |y[1]; Df(3L)lxd6/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000120 |TM3, ry[RK] Sb[1] Ser[1]/TM6B, Tb[1] |FBst0000207 |Su(Tpl)[10] kni[ri-1] Ki[1] p[p]/TM3, FBal0015427==Ser[1] |FBst0000220 |bw[1]; Tcr[40] st[1]/TM3, FBal0015427==Ser[1] |FBst0000383 |Df(3R)ea, kni[ri-1] p[p]/TM3, FBal0015427==Ser[1] |FBst0000494 |l(3)DTS2[1] Sb[1]/TM3, FBal0015427==Ser[1] |FBst0000500 |eg[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000504 |amd[21] Bl[1]/CyO; Gl[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000550 |Df(3R)ama, kni[ri-1] e[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000577 |ru[1] h[1] th[1] st[1] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000600 |Df(3L)Aprt-1, ru[1] h[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000635 |ry[506] P{ry[+t7.2]=PZ}heph[2]/TM3, ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0000669 |w[*]; Df(3R)Dr-rv1, ry[506]/TM3, ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0000695 |pr[1] cn[1]; su(pr)[4]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000756 |Df(3R)sbd105, p[p] Ubx[bx-1] sr[1] e[s]/TM3, FBal0015427==Ser[1] |FBst0000809 |y[1]; Scr[W] Scr[4] p[p]/TM3, FBal0015427==Ser[1] |FBst0000823 |Df(3R)D605/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000911 |w[1]; P{w[+mC]=UAS-Ubx.Ia.C}36.2/TM3, FBal0015427==Ser[1] |FBst0000915 |ry[*] mus308[D5]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000916 |st[1] mus301[D1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000917 |st[1] mus301[D2]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000918 |st[1] mus301[D4]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000920 |st[1] mus302[D2]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000921 |st[1] mus302[D3]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000922 |st[1] mus304[D1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000924 |st[1] mus305[D1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000925 |st[1] mus305[D2]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000926 |mwh[1] Fs(3)Hor[1] e[1]/T(1;3)OR60/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000928 |st[1] mus311[D1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000942 |y[1]; Dp(3;Y)Antp[+], y[+]; Scr[W] Scr[4] p[p]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0000992 |Me[65d] jv[1] se[1] by[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001026 |mwh[1] jv[1] hyl[1]/TM3, FBal0015427==Ser[1] |FBst0001044 |Crn[1] in[1] kni[ri-1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001047 |rs[2] bul[D] Crn[1] in[1] kni[ri-1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001135 |ru[1] jv[1] trc[1] ca[1]/TM3, FBal0015427==Ser[1] |FBst0001148 |P{ry[+t7.2]=ry11}ry2, mwh[1] aly[1] ry[506] e[1]/TM3, ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0001156 |y[1] w[a]; Doa[3]/TM3, FBal0015427==Ser[1] |FBst0001254 |In(3L)C90, rs[2] th[1] st[1] cp[1] in[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001257 |ru[1] h[1] Dew[1]/TM3, FBal0015427==Ser[1] |FBst0001268 |In(3R)251/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001325 |In(3L)gv[U], ru[1] h[1] gv[U] eyg[U] gl[2] e[4]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001403 |In(3LR)LD6, fz[1] st[1] cp[1] in[1] kni[ri-1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001408 |C(1)M4, y[2]; th[1] st[1] cp[1] in[1] kni[ri-1] Kg[V] Ki[1] p[p]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001428 |In(3LR)bxd[194], p[p] Ubx[bxd-194]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001561 |w[*]; P{w[+mW.hs]=GAL4-arm.S}4a P{w[+mW.hs]=GAL4-arm.S}4b/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001614 |y[1] w[*]; TM3, y[+] Ser[1]/Sb[1] |FBst0001615 |FM6, B[+]/?; SM5/Dp(?;2)bw[D], wg[Sp-1] bw[D]; TM3, y[+] Ser[1]/Sb[1] |FBst0001640 |T(2;3)T4, CyO: st[1] Kg[V] red[1] Tb[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001674 |Ser[1]/In(3R)C, sprd[1] e[1] l(3)e[1] |FBst0001678 |Ki[1] p[p] by[1] cu[1] red[1] e[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001683 |st[1] in[1] kni[ri-1] eg[2] Ki[1] p[p] e[s]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001692 |mwh[1] h[1] th[1] bld[1] e[s]/TM3, FBal0015427==Ser[1] |FBst0001704 |CxD, ry[BW]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001714 |Df(3R)M86D, Dfd[1] p[p]/TM3, FBal0015427==Ser[1] |FBst0001748 |In(3R)hb[bs23], hb[bs23] rsd[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001783 |ru[1] h[1] th[1] st[1] kni[1] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001789 |y[1]; TM2, p[p]/TM3, red[*] FBal0015427==Ser[1] |FBst0001790 |CxD/TM3, red[*] FBal0015427==Ser[1] |FBst0001791 |TM2, p[p]/TM3, red[*] FBal0015427==Ser[1] |FBst0001806 |T(3;4)Antp[Ns-rv2], Antp[Ns-rv2]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001808 |TM3, ry[RK] Sb[1] FBal0015427==Ser[1] P{ry[+t7.2]=Delta2-3}99B/Df(3R)C7, ry[506] |FBst0001823 |T(Y;3)Antp[Ns-rv19], Antp[Ns-rv19]/TM3, Sb[1] Ser[1]/T(2;3)ap[Xa], ap[Xa] |FBst0001842 |Df(3R)Antp17/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001885 |Df(3R)Scr, red[1] e[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001909 |Df(3R)Tl-X, mwh[1] th[1] st[1] kni[ri-1] rn[roe-1] p[p] sr[1] e[1] ca[1]/TM3, FBal0015427==Ser[1] |FBst0001910 |Df(3R)Tl-P, e[1] ca[1]/TM3, FBal0015427==Ser[1] |FBst0001911 |Df(3R)Tl-I, e[1]/TM3, FBal0015427==Ser[1] |FBst0001926 |sr[1] r-l[K2] cd[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001931 |Df(3R)by10, red[1] e[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001937 |Df(3R)GB104, red[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0001968 |Df(3R)p712, red[1] e[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002030 |In(1)w[m4h]; Df(3L)Ly, sens[Ly-1]/TM3, ry[RK] Sb[1] FBal0015427==Ser[1] P{ry[+t7.2]=Delta2-3}99B |FBst0002186 |In(3R)Scr[Msc], ru[1] Scr[Msc] pum[Msc] ss[1] e[s]/TM3, FBal0015427==Ser[1] |FBst0002222 |ru[1] h[1] th[1] st[1] cu[1] sr[1] e[s] pnt[2] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002233 |In(3R)Antp[CB], Antp[CB]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002260 |zen[7] red[1] e[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002261 |zen[1] p[p]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002287 |Antp[10] p[p]/TM3, FBal0015427==Ser[1] |FBst0002362 |Df(3R)crb87-4, st[1] e[1]/TM3, FBal0015427==Ser[1] |FBst0002363 |Df(3R)crb87-5, st[1] e[1]/TM3, FBal0015427==Ser[1] |FBst0002371 |flr[3]/TM3, FBal0015427==Ser[1] |FBst0002405 |In(3R)hb[D1], p[p] hb[D1] e[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002411 |Df(3R)Dl-KX23, e[*]/TM3, FBal0015427==Ser[1] |FBst0002440 |w[1118]; Gld[n1] p[p] cu[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002461 |l(3)67Aa[2] kni[ri-1] p[p]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002464 |Df(3R)R38.3, st[1] ry[506]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002485 |ru[1] h[1] th[1] st[1] cu[1] srp[3] sr[1] e[s] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002500 |ru[1] h[1] th[1] st[1] cu[1] sr[1] e[s] stg[4] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002507 |ru[1] h[1] th[1] st[1] kni[ri-1] rn[roe-1] p[p] e[1] Tl[r4]/TM3, FBal0015427==Ser[1] |FBst0002537 |w[*]; TM3, Sb[1] Ser[1]/TM6B, Tb[1] |FBst0002553 |Df(3L)vin6, ru[1] h[1] gl[2] e[4] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002580 |l(3)84Ce[1] p[p] cu[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002585 |cn[1]; Df(3R)mbc-R1, ry[506]/TM3, ry[*] Sb[1] FBal0015427==Ser[1] |FBst0002586 |Df(3R)23D1, ry[506]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002587 |Df(3L)2-30, kni[ri-1] p[p]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002588 |Df(3L)9-56, kni[ri-1] p[p]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002589 |Df(3L)2-66, kni[ri-1] p[p]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002591 |Df(3L)8A-80, kni[ri-1] p[p]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002592 |Df(3L)6-61, kni[ri-1] p[p]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002593 |Df(3L)3-52, kni[ri-1] p[p]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002596 |Df(3L)6B-29+Df(3R)6B-29, kni[ri-1] p[p]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002597 |Df(3R)10-65, kni[ri-1] p[p]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002598 |Df(3R)4-75, kni[ri-1] p[p]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002609 |Df(3L)vin3, ru[1] h[1] gl[2] e[4] ca[1]/TM3, ry[*] Sb[1] FBal0015427==Ser[1] |FBst0002610 |Df(3L)vin4, ru[1] h[1] gl[2] e[4] ca[1]/TM3, ry[*] Sb[1] FBal0015427==Ser[1] |FBst0002611 |Df(3L)vin5, ru[1] h[1] gl[2] e[4] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002612 |Df(3L)vin7, h[1] gl[2] e[4] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002866 |Ubx[1] e[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002875 |l(3)85Ag[1] rsd[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002975 |ru[1] h[1] Ki[1] rn[roe-1] p[p] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002987 |th[1] st[1] kni[ri-1] rn[roe-1] osk[6] p[p]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002990 |Df(3L)Cat, kni[ri-1] Sb[sbd-1] e[*]/TM3, FBal0015427==Ser[1] |FBst0002996 |Df(3L)st7, e[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0002997 |Df(3L)st7P, In(3L)P/TM3, FBal0015427==Ser[1] |FBst0003002 |Df(3L)Pc, kni[ri-1] p[p]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003007 |Df(3R)ry615/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003021 |In(3R)iab7[Spth], Abd-B[iab7-Spth]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003024 |Df(3L)h-i22, h[i22] Ki[1] rn[roe-1] p[p]/TM3, FBal0015427==Ser[1] |FBst0003028 |Dfd[13] Scr[8] p[p]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003039 |y[1] w[1118]; P{w[+mW.hs]=GawB}pnr[MD237]/TM3, P{w[+mC]=UAS-y.C}MC2, FBal0015427==Ser[1] |FBst0003043 |y[1] w[1118]; P{w[+mC]=UAS-y.C}MC1/TM3, P{UAS-y.C}MC2, FBal0015427==Ser[1] |FBst0003050 |Df(3R)Sq219, e[*]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003053 |Df(3R)CA1/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003093 |ru[1] h[1] th[1] st[1] cu[1] yrt[2] sr[1] e[s] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003094 |ru[1] h[1] th[1] st[1] hau[9G] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003095 |ru[1] h[1] th[1] st[1] nkd[2] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003097 |ru[1] h[1] th[1] st[1] knk[1] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003100 |st[1] put[135] e[1]/TM3, FBal0015427==Ser[1] |FBst0003103 |ru[1] h[1] th[1] st[1] grn[7L] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003105 |ru[1] h[1] th[1] st[1] cu[1] sr[1] e[s] kay[1] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003106 |ru[1] h[1] th[1] st[1] cu[1] pnr[1] sr[1] e[s] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003107 |ru[1] h[1] th[1] st[1] cno[2] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003128 |Df(3R)M-Kx1/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003222 |ru[1] h[1] th[1] st[1] opa[1] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003237 |ru[1] h[1] th[1] st[1] cu[1] sr[1] e[s] tld[9] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003251 |BicF[1]/TM3, Sb[1] Ser[1]; CyO, l(2)DTS513[1]/? |FBst0003252 |st[1] bcd[7] p[p] osk[6]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003253 |th[1] st[1] kni[ri-1] rn[roe-1] p[p] osk[6] nos[L7] e[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003255 |th[1] st[1] kni[ri-1] bcd[6] rn[roe-1] p[p] e[1] tsl[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003257 |st[1] kni[ri-1] bcd[6] rn[roe-1] p[p] nos[L7] e[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003258 |st[1] pum[13] e[1] tsl[4] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003260 |st[1] pum[13]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003261 |st[1] kni[ri-1] bcd[6] pum[13]/TM3, FBal0015427==Ser[1] |FBst0003282 |ru[1] h[1] th[1] st[1] hb[6] cu[1] sr[1] e[s] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003290 |Dp(1;Y)B[S]; ru[1] st[1] e[1] Ets97D[tne-4] ca[1]/TM3, FBal0015427==Ser[1] |FBst0003327 |ru[1] st[1] spn-E[1] e[1] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003332 |kni[9] pum[13]/TM3, FBal0015427==Ser[1] |FBst0003334 |kni[9] tsl[4] e[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003340 |Df(3R)e-R1, Ki[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003349 |ru[1] h[1] th[1] st[1] cu[1] ems[1] sr[1] e[s] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003354 |Df(3R)roe/TM3, FBal0015427==Ser[1] |FBst0003355 |Df(3R)kar-Sz8/TM3, FBal0015427==Ser[1] |FBst0003356 |Df(3R)ftzRARU, Df(3L)Pc, kni[ri-1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003360 |Df(3R)4SCB/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003369 |y[*]; Df(3R)awd-KRB, e[*] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003448 |ru[1] h[1] th[1] st[1] cu[1] sr[1] e[s] crb[2] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003639 |Df(3R)urd, ru[1] h[1] th[1] st[1] sr[1] e[s] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] ca[*] |FBst0003724 |st[1] mus310[D1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003725 |st[1] mus311[D2]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003742 |w[1118]; P{w[+mW.hs]=GawB}c768/TM3, Sb[1] FBal0015427==Ser[1] |FBst0003751 |w[1118]; P{w[+mW.hs]=GawB}c204/TM3, FBal0015427==Ser[1] |FBst0003804 |v[1]; Df(3L)vin66, TM3, Sb[1] Ser[1]/Ubx[51] |FBst0004014 |Cat[n1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004015 |Sod[n1] red[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004018 |Idh[F] Sod[F] Pgm[6tr] Ald[2]/TM3, Idh[S] Sod[S] Pgm[4tr] Sb[1] Ald[4] FBal0015427==Ser[1] |FBst0004039 |Pgm[nGB1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004076 |y[2]; TM3, Sb[1] Ser[1]; T(3;4)bxd[101], ss[1] Ubx[bx-1] Ubx[bxd-101] |FBst0004155 |w[*]; l(3)93Bc[1] e[LE1] cd[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004156 |l(3)93Bd[1] e[LE1] cd[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004157 |l(3)93Bg[1] e[LE1] cd[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004158 |Rab11[93Bi] e[LE1] cd[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004369 |P{ry[+t7.2]=lArB}neur[A101] ry[506]/TM3, ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0004370 |Df(3L)Delta1AK, ru[1] h[1] ry[506] sr[1] e[s] ca[1]/TM3, ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0004379 |Syx1A[Delta229] ry[506]/TM3, ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0004404 |y[1]; ry[506] Pr[1] Bsb[1]/TM3, ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0004432 |Df(3R)crb-F89-4, st[1] e[1]/TM3, FBal0015427==Ser[1] |FBst0004504 |Df(3L)Ten-m-AL1/TM3, ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0004506 |Df(3L)Ten-m-AL29/TM3, ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0004534 |w[*]; Sb[1]/TM3, P{w[+mC]=ActGFP}JMR2, FBal0015427==Ser[1] |FBst0004543 |y[1] w[67c23]; P{w[+mC]=lacW}bon[S048706]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004544 |y[1] w[67c23]; P{w[+mC]=lacW}gammaCop[S057302a], l(3)S057302b[S057302b]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004545 |y[1] w[67c23]; P{w[+mC]=lacW}Crc[S114307]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004546 |y[1] w[67c23]; P{w[+mC]=lacW}S136802, l(3)S136802[S136802]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004547 |y[1] w[67c23]; P{w[+mC]=lacW}melt[S144114]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004548 |y[1] w[67c23]; P{w[+mC]=lacW}aay[S042314]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004549 |y[1] w[67c23]; P{w[+mC]=lacW}S052908b, l(3)S052908a[S052908a]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004550 |y[1] w[67c23]; P{w[+mC]=lacW}trn[S064117]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004569 |cn[1]; tok[3]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004575 |fs(3)A1[1-320]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004588 |w[*]; P{w[+mC]=Cdk7[P140S]}SL1 Sb[1]/TM3, FBal0015427==Ser[1] |FBst0004739 |mwh[1] jv[1] gig[109] red[1] ro[1]/TM3, FBal0015427==Ser[1] |FBst0004787 |Df(3R)3-4, ru[1] th[1] st[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004857 |In(3R)82Fc[1], mwh[1] l(3)82Fc[1] red[1] e[4]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004858 |In(3R)82Fc[2], mwh[1] l(3)82Fc[2] red[1] e[4]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004859 |In(3)82Fe[1], mwh[1] l(3)82Fe[1] red[1] e[4]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004860 |l(3)70Da[1], mwh[1] red[1] e[4]/TM3, P{w[+mW.hs]=Thb8-lacZ}WD1, Sb[1] FBal0015427==Ser[1] |FBst0004862 |mwh[1] ppl[2] red[1] e[4]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004863 |mwh[1] l(3)78Da[2] red[1] e[4]/TM3, ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0004864 |mwh[1] l(3)82Fa[2] red[1] e[4]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004865 |mwh[1] l(3)82Fe[2] red[1] e[4]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004866 |mwh[1] l(3)82Ff[1] red[1] e[4]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004867 |mwh[1] l(3)82Fg[1] red[1] e[4]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004868 |mwh[1] kkv[82Fh-1] red[1] e[4]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004869 |mwh[1] l(3)82Fi[1] red[1] e[4]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004870 |mwh[1] l(3)82Fk[1] red[1] e[4]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004871 |sti[3] rn[roe-1] p[p]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004872 |T(2;3)82Fd[4], mwh[1] l(3)82Fd[4] red[1] e[4]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004873 |T(2;3)82Fh[2], mwh[1] kkv[82Fh-2] red[1] e[4]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004874 |T(2;3)82Fi[2], mwh[1] l(3)82Fi[2] red[1] e[4]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004875 |T(2;3)ME21, mwh[1] l(3)78Ae[1] red[1] e[4]/TM3, ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0004876 |Df(3L)Pc-101, mwh[1] red[1] e[4]/TM3, ry[RK] red[2] Sb[1] FBal0015427==Ser[1] |FBst0004883 |y[1] w[*]; In(3L)D[r8], mwh[1] D[r8] red[1] e[4]/TM3, ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0004905 |Ab(3R;h)82Fj[1], mwh[1] l(3)82Fj[1] red[1] e[4]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004909 |cn[1]; T(3;4)11d, mwh[1] l(3)ry3[2] e[4] ry[506]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0004910 |cn[1]; mwh[1] P{ry[+t7.2]=ry11}l(3)ry3[1] ry[506]/TM3, In(3LR)D[6], D[6] ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0004911 |CyO, P{ry[+t7.2]=ftz/lacB}E3/+; Hsc70Cb[1], mwh[1] red[1] e[4]/TM3, P{w[+mW.hs]=Thb8-lacZ}WD1, Sb[1] FBal0015427==Ser[1] |FBst0004915 |mwh[1] l(3)78Da[1] red[1] e[1]/TM3, ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0004952 |st[1] e[1] mbc[D11.2]/TM3, FBal0015427==Ser[1] |FBst0005121 |enc[R1] st[1] e[1] ca[1]/TM3, FBal0015427==Ser[1] |FBst0005152 |w[1118]; P{w[+mF] ry[+t7.2]=wF}mas[P] ry[506]/TM3, ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0005352 |ms(3)K81[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0005370 |w[*]; htl[AB42]/TM3, P{ry[+t7.2]=ftz/lacC}SC1, ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0005395 |srw[B18] p[p]/TM3, P{w[+mW.hs]=Thb8-lacZ}WD1, Sb[1] FBal0015427==Ser[1] |FBst0005396 |tld[B4] p[p]/TM3, P{w[+mW.hs]=Thb8-lacZ}WD1, Sb[1] FBal0015427==Ser[1] |FBst0005427 |ry[506] e[1] bam[Delta86]/TM3, ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0005437 |w[*]; TfIIA-S[E32]/TM3, P{w[+mW.hs]=Thb8-lacZ}WD1, Sb[1] FBal0015427==Ser[1] |FBst0005441 |cn[1]; mwh[1] P{ry[+7.2]=ry11}l(3)ry3[1] e[1] ry[506]/TM3, Au[1] ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0005448 |w[*]; slug[3] ca[1]/TM3, Sb[1] FBal0015427==Ser[1] |FBst0005490 |cn[1] bw[1] Hsf[4]; P{w[+mC]=Hsf[+t8]}1/TM3, Sb[1] FBal0015427==Ser[1] |FBst0005492 |w[*]; Df(3L)eyg[C1]/TM3, P{ry[+t7.2]=ftz/lacC}SC1, ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0005575 |Df(3L)03844, P{ry[+t7.2]=PZ}sfl[03844] ry[506]/TM3, ry[RK] Sb[1] FBal0015427==Ser[1] |FBst0005578 |y[1] w[1]; Klp64D[k1]/TM3, y[+] FBal0015427==Ser[1] |FBst0005674 |y[1] w[1]; Klp64D[n123]/TM3, y[+] FBal0015427==Ser[1] |FBst0005