Table 7.

Genetic Models

Model	q	f1	f2	f3	λo	Description
K=.1:
1	.0513	.0000	1.0000	1.0	5.4	Dominant, no phenocopies, full penetrance
2	.0267	.0500	1.0000	1.0	3.2	Dominant, half of cases are phenocopies
3	.1056	.0000	.5000	.5	2.9	Dominant, reduced penetrance
4	.1000	.0000	.5000	1.0	3.2	Additive, no phenocopies, full penetrance
5	.1000	.0500	.5000	1.0	2.9	Additive, half of cases are phenocopies
6	.2000	.0000	.2500	.5	2.0	Additive, reduced penetrance
7	.3162	.0000	.0000	1.0	3.2	Recessive, no phenocopies, full penetrance
8	.2294	.0500	.0500	1.0	1.8	Recessive, half of cases are phenocopies
9	.4472	.0000	.0000	.5	2.2	Recessive, reduced penetrance
K=.01:
10	.0050	.0000	1.0000	1.0	50.4	Dominant, no phenocopies, full penetrance
11	.0025	.0050	1.0000	1.0	25.7	Dominant, half of cases are phenocopies
12	.0101	.0000	.5000	.5	25.4	Dominant, reduced penetrance
13	.0100	.0000	.5000	1.0	25.8	Additive, no phenocopies, full penetrance
14	.0100	.0050	.5000	1.0	25.3	Additive, half of cases are phenocopies
15	.0200	.0000	.2500	.5	13.3	Additive, reduced penetrance
16	.1000	.0000	.0000	1.0	10.0	Recessive, no phenocopies, full penetrance
17	.0709	.0050	.0050	1.0	4.3	Recessive, half of cases are phenocopies
18	.1414	.0000	.0000	.5	7.1	Recessive, reduced penetrance
K=.001:
19	.0005	.0000	1.0000	1.0	500.4	Dominant, no phenocopies, full penetrance
20	.0003	.0005	1.0000	1.0	250.7	Dominant, half of cases are phenocopies
21	.0010	.0000	.5000	.5	250.4	Dominant, reduced penetrance
22	.0010	.0000	.5000	1.0	250.7	Additive, no phenocopies, full penetrance
23	.0010	.0005	.5000	1.0	250.3	Additive, half of cases are phenocopies
24	.0020	.0000	.2500	.5	125.8	Additive, reduced penetrance
25	.0316	.0000	.0000	1.0	31.6	Recessive, no phenocopies, full penetrance
26	.0224	.0005	.0005	1.0	11.9	Recessive, half of cases are phenocopies
27	.0447	.0000	.0000	.5	22.4	Recessive, reduced penetrance