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. 2007 Dec 18;1(Suppl 1):S26. doi: 10.1186/1753-6561-1-s1-s26

Table 1.

Distribution of ascertained triads

Affected offspring	Father	Mother	Probability	Obs.
B₁B₁	B₁B₁	B₁B₁	P₂^2,2= μ²× (1-P_f11) × (1-P_m11) × (1-P_o11)	M₂^2,2
	B₁B₁	B₁B₂	P₂^2,1= μν × (1-P_f11) × (1-P_m12) × (1-P_o11)	M₂^2,1
	B₁B₂	B₁B₁	P₂^1,2= μν × (1-P_f12) × (1-P_m11) × (1-P_o11)	M₂^1,2
	B₁B₂	B₁B₂	P₂^1,1= ν²× (1-P_f12) × (1-P_m12) × (1-P_o11)	M₂^1,1

B₁B₂	B₁B₁	B₁B₂	P₁^2,1= μζ × (1-P_f11) × (1-P_m12) × (1-P_o12)	M₁^2,1
	B₁B₂	B₁B₁	P₁^1,2= μζ × (1-P_f12) × (1-P_m11) × (1-P_o12)	M₁^1,2
	B₁B₁	B₂B₂	P₁^2,0= μτ × (1-P_f11) × (1-P_m22) × (1-P_o12)	M₁^2,0
	B₂B₂	B₁B₁	P₁^0,2= μτ × (1-P_f22) × (1-P_m11) × (1-P_o12)	M₁^0,2
	B₁B₂	B₁B₂	P₁^1,1= 2νζ × (1-P_f12) × (1-P_m12) × (1-P_o12)	M₁^1,1
	B₁B₂	B₂B₂	P₁^1,0= ντ × (1-P_f12) × (1-P_m22) × (1-P_o12)	M₁^1,0
	B₂B₂	B₁B₂	P₁^0,1= ντ × (1-P_f22) × (1-P_m12)× (1-P_o12)	M₁^0,1

B₂B₂	B₁B₂	B₁B₂	P₀^1,1= ζ²× (1-P_f12) × (1-P_m12) × (1-P_o22)	M₀^1,1
	B₁B₂	B₂B₂	P₀^1,0= ζτ × (1-P_f12) × (1-P_m22) × (1-P_o22)	M₀^1,0
	B₂B₂	B₁B₂	P₀^0,1= ζτ × (1-P_f22) × (1-P_m12) × (1-P_o22)	M₀^0,1
	B₂B₂	B₂B₂	P₀^0,0= τ²× (1-P_f22) × (1-P_m22) × (1-P_o22)	M₀^0,0

Total			$S u m = \sum_{i, j, k} P_{i}^{j, k}$	N_triads