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. 2003 Jan;23(1):289–305. doi: 10.1128/MCB.23.1.289-305.2003

TABLE 2.

Enhancement and suppression of snr1E1 wing vein phenotypes by members of the Brm complex

Genotype No. of wings examined Severity of phenotypea
+ ++
snr1E1/+ 391 33 67 0
snr1E1/snr1R3 268 1 1 98
P[snr1+]/+; snr1E1/snr1R3 129 14 50 36
P[snr1+]/P [snr1+]; snr1E1/snr1R3 147 66 26 8
snr1E1/osa1 58 19 60 21
snr1E1/osa2 100 18 47 35
snr1E1/osa00090-eld 116 39 61 0
snr1E1/mor1 80 4 63 33
snr1E1/Df(3R)sbd105, pp, Ubxbx−1, sr1, es [mor] 86 21 79 0
snr1E1/Df(2L)cl-h3 [E(brm)25D-26B] 40 0 0 100b
snr1E1/Df(3L)ZN47 [E(brm)64E1-65C] 38 42 32 26
snr1E1/brm2 278 91 9 0
snr1E1/brm2, snr1R3 82 10 40 50
snr1E1, brm2/snr1R3 72 4 31 65
brmK804R/+; snr1E1/+ 88 24 76 0
brmK804R/brmK804R; snr1E1/+ 70 99 1 0
snr1E1/Df(3L)brm11 174 21 79 0
Df(1)c246; snr1E1 [BAP60] 64 47 53 0
a

Phenotypes (at 29°C) were scored as follows: two or more ectopic veins, ++; one ectopic vein, +; and wild-type vein pattern, −. Numbers are expressed as percentages of the total wings examined for each genotype.

b

Df(2L)cl-h3/+ heterozygotes exhibit a fully penetrant ectopic wing vein phenotype. In combination with snr1E1, the ectopic wing vein phenotype was strongly enhanced relative to control sibling flies, with the strongest effects posterior to the L5 longitudinal vein.