TABLE 1

Results of complementation tests between Z3 alleles and mod(mdg4) alleles

Complementation: % X–Y NDJ (N)a
mod(mdg4) alleleTypeLocationViabilityZ3-3401bZ3-5578bZ3-3298b
T16cdDeletionCompleteLethal39.6 (756)44.3 (1018)44.6 (884)
142Δ10eDeletionCompleteLethal49.3 (146)46 (56)43.2 (345)
142Δ33eDeletionCompleteLethal49.1 (505)37.3 (663)43.5 (726)
eGp4fghDeletionVR onlySemilethal2.94 (102)50.3 (644)49.0 (251)
B2hDeletionVR onlySemilethal0 (1772)37.3 (1311)40.2 (672)
142Δ15ciDeletionCR onlyLethal42.1 (435)0.56 (358)2.34 (1196)
142Δ32ijDeletionCR onlyLethal28.3 (374)0.95 (420)1.46 (1096)
142Δ29eDeletionCR onlyLethal46 (59)1.54 (1492)1.83 (1475)
142Δ49eDeletionCR onlyLethal54.9 (304)0 (371)0.88 (1248)
neo129klInsertion; P elementCR, intron 3Semilethal41.2 (1039)4.46 (2288)7.64 (1845)
02kInsertion, gypsyCR, intron 3Lethal32.1 (1361)1.72 (1918)2.56 (1599)
03kInsertion, P elementCR, exon 1Lethal34.9 (417)0.07 (1438)0.12 (1709)
20emnNot knownNKLethal45.8 (609)2.96 (1156)0.28 (1081)
117enNot knownNKLethal47.2 (719)0.75 (530)1.55 (1869)
269enNot knownNKLethal49.5 (469)1.44 (139)2.59 (926)
324enBase-pair substitution (G92D)CR, BTB/POZ domainLethal44.4 (730)2.84 (2081)5.06 (1165)
340enBase-pair substitution (nonsense codon Q177Stop)CR, exon 4Lethal54.1 (745)1.89 (1374)3.18 (1194)
T6hnoBase-pair substitution (nonsense codon 578Stop)67.2 exonViable0 (1113)0.17 (1736)0.13 (1492)
Z3-3401Base-pair substitution (R224C)CR, exon 4Viable31.2 (724)1.42 (2113)1.09 (2848)
Z3-5578pBase-pair substitution (nonsense codon W449Stop)MNM exonViable1.42 (2113)51.2 (633)45.2 (1836)
Z3-3298pBase-pair substitution (H511Y)MNM exonViable1.09 (2848)45.2 (1836)Sterile
  • a +/BSYy+ males carrying the indicated combination of mod(mdg4) alleles were crossed with y w females and the percentage of X–Y NDJ was calculated as described in materials and methods. N, number of flies scored.

  • b Wakimoto et al. (1994).

  • c Gerasimova and Corces (1998).

  • d Chen and Corces (2001).

  • e Azpiazu and Frasch (1993).

  • f Mohler and Pardue (1982).

  • g Mohler and Pardue (1984).

  • h Gerasimova et al. (1995).

  • i Cai and Levine (1997).

  • j FlyBase (2006).

  • k Buchner et al. (2000).

  • l Dorn et al. (1993).

  • m Gorczyca et al. (1999).

  • n Gause et al. (2001).

  • o Geyer and Corces (1992).

  • p Thomas et al. (2005).