. 2016 May 24;6(8):2273–2284. doi: 10.1534/g3.116.031161

Table 1. Sex-specific fitness for each genotype (w_f and w_m for females and males, respectively).

	A _m, A _mA _m	A _mA _f	A _f, A _fA _f
B₁, B₁B₁	w_f = 1 – s_f	w_f = 1 – k_fs_f	w_f = 1
B₁, B₁B₁	w_m = 1	w_m = 1 – k_ms_m	w_m = 1 – s_m
B₁B₂	w_f = (1 – s_f)(1 – ht_f)	w_f = (1 – k_fs_f)(1 – ht_f)	w_f = 1 – ht_f
B₁B₂	w_m = 1 – ht_m	w_m = (1 – k_ms_m)(1 – ht_m)	w_m = (1 – s_m)(1 – ht_m)
B₂, B₂B₂	w_f = (1 – s_f)(1 – t_f)	w_f = (1 – k_fs_f)(1 – t_f)	w_f = 1 – t_f
B₂, B₂B₂	w_m = 1 – t_m	w_m = (1 – k_ms_m)(1 – t_m)	w_m = (1 – s_m)(1 – t_m)

For the sexually antagonistic locus (locus A), there are four parameters: sex-specific selection coefficients, s_f and s_m, against the deleterious allele for each sex, and dominance coefficients, k_f and k_m (0 < s_m, s_f < 1; 0 < k_m, k_f < 1). We use three parameters for the B locus: sex-specific selection coefficients, t_m and t_f, for the cost of the deleterious allele (B₂), and a single dominance coefficient (h) with respect to B₂, which we assume does not differ between the sexes (0 < t_m, t_f, h < 1).

Table 1. Sex-specific fitness for each genotype (wf and wm for females and males, respectively).

Table 1. Sex-specific fitness for each genotype (w_f and w_m for females and males, respectively).