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. 2013 Apr 19;8(4):e62251. doi: 10.1371/journal.pone.0062251

Table 1. Genetic interactions of tna and osa with SUMOylation pathway genes.

Genotype Number of flies with HWOa Penetrance (%)a
+/osa1 9/265 3
+/osa2 0/303 0
+/smt304493 0/389 0
+/lwr4–3 1/133 1
+/lwr5 0/297 0
+/lwr13 0/341 0
+/tna1 116/624 19
tna1/osa1 327/334 98
Df(3L)lxd6/osa1 16/115 14
tna1/osa2 140/334 42
bsmt304493/+; tna1/+ 44/249 18
csmt304493/+; tna1/+ 66/118 56
lwr4–3/+; tna1/+ 69/150 46
lwr5/+; tna1/+ 71/282 25
lwr13/+; tna1/+ 177/343 52
smt304493/+; osa1/+ 57/264 22
smt304493/+; osa2/+ 0/216 0
lwr5/+; osa1/+ 1/147 1
lwr13/+; osa1/+ 0/124 0
lwr5/+; osa2/+ 0/212 0
lwr13/+; osa2/+ 0/256 0
a

For expressivity of held-out wing phenotype (HWO) see Fig. 6.

b, c

Reciprocal crosses were done were done in all cases with no observed differences except in the crosses with tna1 males and smt304493 femalesb, or with smt304493 males and tna1 femalesc. At least 100 flies were examined for each genotype. Flies that do not present the held-out wing phenotype include tna3, tna5, or tna deficiencies Df(3L)vin2 and Df(3L)lxd6, osa2, lwr5, lwr4–3, lwr13, smt304493 heterozygous individuals, lwr/+;osa/+, smt304493/+;osa2/+ and all the transheterozygous combinations between tna3, tna5, or Df(3L)vin2 and Df(3L)lxd6 with smt3 and lwr alleles.