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. 2013 May 1;3(5):815–825. doi: 10.1534/g3.112.005496

Table 4. Additional genetic interactions of dom.

Genotype C96-domR (% of Nicking) N Wings Scored
UAS- atg1 (Unc51) E (86%) 322
atg6, TRiP E (82%) 2074
atg7, TRiP E (75%) 1724
atg8A, TRiP E (73%) 1645
atg8B, TRiP E (78%) 2227
atg12, TRiP E (73%) 2147
atg9, TRiP E (72%) 1520
atg5, TRiP E (63%) 1773
atg4, TRiP ne (58%) 2049
atg2, TRiP ne (58%) 1736
atg18, TRiP ne (55%) 1845
PP2A wdb7 Regulatory E (70%) 638
PP2A wdb, TRiP Regulatory E (91%) 236
PP2A tws, TRiP Regulatory E (83%) 1021
PP2A wrd, TRiP Regulatory E (68%) 1748
PP2A mts, TRiP Catalytica E (100%) 478
PP2A 29B, TRiP Scaffolda E (100%) 350
CK1, UAS-dcoK4 E (90%) 1028
CK1, dco TRiP S (40%) 1390

Column labeled C96-domR shows the percentage of wing nicking from crosses of C96-domR to listed genotypes. All genotypes are UAS-regulated except for wdb7. The interaction between these genotypes and C96-domR is as described for Table 2. All wing nicking differences were highly significant (P < 0.001, chi-square test), except for those labeled ne (no effect). Regulatory, catalytic and scaffold indicate the encoded function within the PP2A phosphatase complex. E, enhancer; S, suppressor.

a

These strains exhibited wing nicking at high penetrance with control crosses to C96-GAL4; all other UAS strains showed normal wings in the control cross.