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. 2005 Jan 15;19(2):270–281. doi: 10.1101/gad.1276505

Table 1.

Analysis of AWC phenotypes

Strain 2 AWCOFF (%) 1 AWCOFF/1 AWCON (%) 2 AWCON (%) n
Wild type (N2) 2 98 0 241
Single mutants
    unc-43(n1186lf) 1 1 98 180
    unc-43(n498gf) 83 17 0 71
    tir-1(ky388ts) 0 42 58 286
    tir-1(tm1111lf) 0 26 74 80
    tir-1(ok1052) 36 50 14 133
    tir-1(gk264) 0 99 1 175
    odr-3::tir-1::DsRed transgenea 7 93 0 97
    odr-3::tir-1(OE) transgeneb 94 6 0 617
    nsy-1(ky542lf) 0 1 99 156
    odr-3::nsy-1(gf) transgeneb 80 20 0 206
Double mutants
    tir-1(ky388ts); odr-3::tir-1::DsRed transgene 0 99 1 107
    unc-43(n1186lf); odr-3::tir-1(OE) transgeneb 90 9 1 248
    unc-43(n498gf); tir-1(ky388ts) 1 40 59 145
    unc-43(n498gf); tir-1(tm1111lf) 1 30 69 115
    nsy-1(ky542lf); odr-3::tir-1(OE) transgeneb 0 3 97 182
    tir-1(ky388ts); odr-3::nsy-1(gf) transgene 85 13 2 257
    tir-1(tm1111lf); odr-3::nsy-1(gf) transgeneb 76 24 1 267

Animals were grown at 20°C.

a

The odr-3::tir-1::DsRed transgene was injected at 5 ng/μl.

b

Results were combined from two transgenic lines, which showed similar penetrance of phenotypes. The odr-3::tir-1 transgene was injected at 50 ng/μl.