!
!  Atopy data from Zieve et al Ann Eugenics 1937; 163-78 
!  Fam ID Father Mother Sex Age Atopy MN (M=1,N=2), AB0 (O=1, A=2, B=3, AB=4)
!
set locus age qua
set locus atopy aff
set locus MN marker
set locus AB0 qua
read pedigree inline
 1  1  x  x  m 37  1  2  2 2
 1  2  x  x  f 28  1  1  1 1
 1  3  1  2  f  7  1  1  2 2
 1  4  1  2  f  4  2  1  2 2
 1  5  1  2  m  3  1  1  2 2
 2  1  x  x  m  x  1  1  2 3
 2  2  x  x  f 38  1  2  2 2
 2  3  1  2  m 12  2  1  2 4
 2  4  1  2  m  x  2  2  2 4
 3  1  x  x  m  x  1  x  x x
 3  2  x  x  f 42  1  2  2 2
 3  3  1  2  m  5  2  2  2 4
 3  4  1  2  m  x  2  x  x x
 3  5  1  2  m  x  1  x  x x
 3  6  1  2  m  x  1  x  x x
 3  7  1  2  m  x  1  x  x x
 3  8  1  2  f  x  1  x  x x
 3  9  1  2  f  x  1  x  x x
 3 10  1  2  f  x  1  x  x x
 4  1  x  x  m 40  2  1  1 2
 4  2  x  x  f 33  1  1  2 1
 4  3  1  2  f 12  1  1  2 2
 4  4  1  2  m  6  2  1  2 1
 5  1  x  x  m 38  2  1  2 3
 5  2  x  x  f 32  1  1  1 1
 5  3  1  2  f 12  1  1  2 3
 5  4  1  2  m  5  2  1  1 3
 6  1  x  x  m 35  1  2  2 3
 6  2  x  x  f 31  1  2  2 1
 6  3  1  2  f  5  1  2  2 3
 6  4  1  2  f  3  2  2  2 3
 6  5  1  2  f  2  1  2  2 3
 6  6  1  2  m  1  1  2  2 3
 7  1  x  x  m  x  2  1  1 2
 7  2  x  x  f  x  2  2  2 2
 7  3  1  2  f  9  2  1  2 2
 7  4  1  2  m  7  2  1  2 2
 8  1  x  x  m  x  1  x  x x
 8  2  x  x  f  x  1  1  2 2
 8  3  1  2  m  6  2  1  1 3
 8  4  1  2  m  x  1  x  x x
 8  5  1  2  m  x  1  x  x x
 8  6  1  2  m  x  1  x  x x
 9  1  x  x  m 57  1  1  2 2
 9  2  x  x  f 52  1  1  2 2
 9  3  1  2  f 23  1  1  1 2
 9  4  1  2  m 22  1  2  2 2
 9  5  1  2  m 12  2  1  2 2
10  1  x  x  m 39  1  2  2 2
10  2  x  x  f 31  1  1  2 2
10  3  1  2  m  8  2  1  2 2
10  4  1  2  m  6  1  2  2 2
10  5  1  2  f  4  1  1  2 2
10  6  1  2  m  1  2  1  2 2
11  1  x  x  m  x  1  x  x x
11  2  x  x  f 31  1  1  1 1
11  3  1  2  f  6  2  1  2 2
11  4  1  2  m  x  1  x  x x
11  5  1  2  f  x  1  x  x x
12  1  x  x  m 37  1  1  2 2
12  2  x  x  f  x  1  1  2 1
12  3  1  2  m  6  2  1  2 2
12  4  1  2  m  3  1  2  2 2
13  1  x  x  m 58  2  1  2 1
13  2  x  x  f 46  1  2  2 2
13  3  1  2  m 24  2  1  2 2
13  4  1  2  m 23  1  2  2 2
13  5  1  2  m 20  1  2  2 2
13  6  1  2  m 17  1  1  2 1
13  7  1  2  f 16  1  1  2 2
13  8  1  2  m 13  1  2  2 1
13  9  1  2  f 11  1  2  2 2
13 10  1  2  f  8  1  1  2 1
13 11  1  2  f  5  1  2  2 1
13 12  1  2  m  3  2  2  2 1
14  1  x  x  m 54  1  1  2 3
14  2  x  x  f 44  1  2  2 1
14  3  1  2  f 14  1  1  2 3
14  4  1  2  f 12  1  1  2 1
14  5  1  2  m  7  2  1  2 3
15  1  x  x  m 33  1  1  1 3
15  2  x  x  f 32  2  1  2 1
15  3  1  2  f  5  2  1  2 1
15  4  1  2  f  3  2  x  x x
15  5  1  2  m  2  1  1  2 3
16  1  x  x  m 31  1  1  2 1
16  2  x  x  f 28  1  1  2 2
16  3  1  2  f  5  2  1  2 1
16  4  1  2  m  4  1  1  2 1
16  5  1  2  m  3  1  2  2 1
17  1  x  x  m  x  1  x  x x
17  2  x  x  f 50  1  1  2 2
17  3  1  2  f  9  2  1  2 2
17  4  1  2  f  x  1  x  x x
17  5  1  2  f  x  1  x  x x
17  6  1  2  f  x  1  x  x x
17  7  1  2  f  x  1  x  x x
17  8  1  2  f  x  1  x  x x
17  9  1  2  f  x  1  x  x x
18  1  x  x  m 47  1  1  2 2
18  2  x  x  f 30  1  1  1 3
18  3  1  2  m 13  2  1  2 1
18  4  1  2  f 12  1  1  1 4
18  5  1  2  m  9  1  1  1 1
18  6  1  2  m  7  2  1  1 1
19  1  x  x  m  x  1  2  2 1
19  2  x  x  f  x  1  1  2 1
19  3  1  2  m  x  2  2  2 1
19  4  1  2  f  x  1  2  2 1
19  5  1  2  f  x  1  1  2 1
20  1  x  x  m 50  1  1  2 1
20  2  x  x  f 50  1  1  2 1
20  3  1  2  m 28  1  1  2 1
20  4  1  2  f 25  1  2  2 1
20  5  1  2  m 22  1  1  2 1
20  6  1  2  m 11  2  1  2 1
21  1  x  x  m 36  1  1  2 2
21  2  x  x  f 34  1  1  1 2
21  3  1  2  m 12  2  1  2 2
21  4  1  2  f  8  1  1  2 2
21  5  1  2  m  7  1  1  2 2
22  1  x  x  m 35  1  2  2 1
22  2  x  x  f 34  1  1  2 2
22  3  1  2  m 15  1  2  2 2
22  4  1  2  m 13  2  2  2 1
22  5  1  2  m 12  1  2  2 2
23  1  x  x  m 44  1  2  2 2
23  2  x  x  f 44  1  1  1 3
23  3  1  2  m 18  1  1  2 4
23  4  1  2  f 15  1  1  2 3
23  5  1  2  f 12  2  1  2 2
23  6  1  2  m 10  1  1  2 4
24  1  x  x  m 50  1  1  2 2
24  2  x  x  f 35  1  1  2 2
24  3  1  2  m  9  1  2  2 2
24  4  1  2  f  7  2  1  2 2
24  5  1  2  f  5  1  1  1 2
25  1  x  x  m 44  2  1  1 3
25  2  x  x  f 38  1  1  2 3
25  3  1  2  f 20  2  1  1 1
25  4  1  2  f 17  2  1  1 1
25  5  1  2  m 12  2  1  1 1
26  1  x  x  m 40  1  1  1 1
26  2  x  x  f 32  1  1  2 1
26  3  1  2  m 12  1  1  2 1
26  4  1  2  m 11  1  1  1 1
26  5  1  2  m  7  1  1  2 1
26  6  1  2  m  6  2  1  1 1
26  7  1  2  m  5  2  1  2 1
27  1  x  x  m 35  2  1  2 1
27  2  x  x  f 31  1  1  2 2
27  3  1  2  m 10  1  1  2 2
27  4  1  2  f  7  1  2  2 2
27  5  1  2  m  4  2  1  1 2
28  1  x  x  m 38  1  2  2 1
28  2  x  x  f 40  1  1  1 2
28  3  1  2  m 20  1  1  2 1
28  4  1  2  f 19  1  1  2 2
28  5  1  2  f 17  1  1  2 1
28  6  1  2  m  7  2  1  2 1
28  7  1  2  f  6  1  1  2 1
29  1  x  x  m 34  2  2  2 1
29  2  x  x  f 34  1  1  1 2
29  3  1  2  m  8  2  1  2 1
29  4  1  2  f  6  2  1  2 1
30  1  x  x  m 41  1  1  1 2
30  2  x  x  f 39  1  1  2 1
30  3  1  2  f 15  2  1  1 1
30  4  1  2  m 11  1  1  1 2
30  5  1  2  f  4  2  1  2 2
31  1  x  x  m 45  1  1  2 2
31  2  x  x  f 40  1  1  1 2
31  3  1  2  m 14  1  1  1 2
31  4  1  2  m 12  1  1  2 2
31  5  1  2  m  9  2  1  2 2
32  1  x  x  m 38  1  1  1 2
32  2  x  x  f 32  2  1  2 1
32  3  1  2  f 17  1  1  1 2
32  4  1  2  m 16  1  1  2 2
32  5  1  2  f 14  1  1  1 2
32  6  1  2  m  9  2  1  2 2
32  7  1  2  f  7  1  1  1 2
33  1  x  x  m 43  1  1  2 2
33  2  x  x  f 31  1  1  1 1
33  3  1  2  f  9  1  1  1 2
33  4  1  2  m  7  2  1  2 1
33  5  1  2  m  6  1  1  1 2
33  6  1  2  m  5  2  1  1 1
33  7  1  2  m  3  1  1  1 1
34  1  x  x  m 41  1  1  2 2
34  2  x  x  f 39  2  2  2 1
34  3  1  2  m 15  2  2  2 1
34  4  1  2  m 12  1  2  2 2
34  5  1  2  f  9  2  2  2 2
35  1  x  x  m  x  1  x  x x
35  2  x  x  f 33  1  1  1 1
35  3  1  2  f  6  2  1  1 1
35  4  1  2  x  x  1  x  x x
35  5  1  2  x  x  1  x  x x
35  6  1  2  x  x  1  x  x x
35  7  1  2  x  x  1  x  x x
36  1  x  x  m 33  1  1  2 3
36  2  x  x  f 31  1  2  2 2
36  3  1  2  m  9  1  2  2 2
36  4  1  2  f  6  2  1  2 1
37  1  x  x  m 42  1  2  2 1
37  2  x  x  f 43  1  1  2 1
37  3  1  2  f 15  1  1  2 1
37  4  1  2  f 13  1  1  2 1
37  5  1  2  m 11  2  2  2 1
37  6  1  2  m  9  1  2  2 1
37  7  1  2  f  5  1  1  2 1
38  1  x  x  m 35  1  1  2 3
38  2  x  x  f 34  1  1  2 2
38  3  1  2  f 14  1  2  2 4
38  4  1  2  m 11  2  2  2 3
38  5  1  2  m  5  1  2  2 2
39  1  x  x  m 54  1  2  2 3
39  2  x  x  f 47  1  1  2 1
39  3  1  2  m 25  1  2  2 3
39  4  1  2  m 12  2  2  2 3
40  1  x  x  m 46  2  1  2 2
40  2  x  x  f 38  1  1  2 2
40  3  1  2  f 12  1  1  2 2
40  4  1  2  m  8  2  1  2 2
40  5  1  2  m  4  1  1  2 2
41  1  x  x  m 41  1  1  1 1
41  2  x  x  f 41  1  1  2 1
41  3  1  2  f 15  1  1  2 1
41  4  1  2  m  3  2  1  1 1
42  1  x  x  m 39  2  1  2 2
42  2  x  x  f 37  1  1  2 1
42  3  1  2  f 15  1  1  2 2
42  4  1  2  m 13  2  1  2 2
42  5  1  2  m 11  1  1  1 2
42  6  1  2  m  9  1  2  2 2
42  7  1  2  f  4  1  2  2 1
43  1  x  x  m 46  1  1  2 2
43  2  x  x  f 35  1  1  2 2
43  3  1  2  f 14  1  1  1 2
43  4  1  2  f 11  1  2  2 2
43  5  1  2  m  7  2  2  2 2
43  6  1  2  f  3  1  x  x x
44  1  x  x  m 38  1  1  2 2
44  2  x  x  f 40  1  1  2 1
44  3  1  2  f 11  1  1  2 2
44  4  1  2  m  6  2  1  1 1
44  5  1  2  f  3  2  2  2 1
45  1  x  x  m 36  1  1  2 2
45  2  x  x  f 35  1  1  2 2
45  3  1  2  f 16  1  1  2 2
45  4  1  2  f 14  1  1  2 2
45  5  1  2  f  7  2  1  2 2
46  1  x  x  m 53  1  1  1 1
46  2  x  x  f 47  1  1  2 2
46  3  1  2  f 25  1  1  1 1
46  4  1  2  f 24  1  1  2 2
46  5  1  2  m 21  1  1  2 1
46  6  1  2  m 18  1  1  1 1
46  7  1  2  f 15  1  1  1 2
46  8  1  2  f 13  1  1  1 2
46  9  1  2  m 10  2  1  2 2
46 10  1  2  f  8  1  1  1 2
47  1  x  x  m 56  1  1  2 2
47  2  x  x  f 47  1  2  2 2
47  3  1  2  f 24  1  2  2 1
47  4  1  2  f 19  1  1  2 2
47  5  1  2  f 17  1  1  2 2
47  6  1  2  m 16  1  2  2 2
47  7  1  2  m 14  2  2  2 2
47  8  1  2  m 12  1  1  2 2
47  9  1  2  m 11  2  1  2 2
47 10  1  2  m  9  1  2  2 2
48  1  x  x  m 38  1  2  2 1
48  2  x  x  f 36  1  1  2 1
48  3  1  2  f 13  1  1  2 1
48  4  1  2  m 11  2  1  2 1
48  5  1  2  f  9  1  2  2 1
48  6  1  2  m  7  1  2  2 1
48  7  1  2  m  5  1  1  2 1
48  8  1  2  m  3  2  1  2 1
48  9  1  2  f  2  1  1  2 1
49  1  x  x  m 47  1  1  2 2
49  2  x  x  f 45  1  1  2 1
49  3  1  2  f 17  2  2  2 2
49  4  1  2  m 16  1  1  1 2
49  5  1  2  f 14  1  2  2 2
49  6  1  2  m  6  2  1  2 2
50  1  x  x  m 55  1  1  1 1
50  2  x  x  f 47  1  1  2 1
50  3  1  2  f 19  1  1  1 1
50  4  1  2  f 12  1  1  2 1
50  5  1  2  m  8  2  1  1 1
50  6  1  2  f  8  2  1  1 1
50  7  1  2  m  4  1  1  2 1
51  1  x  x  m 36  1  1  2 3
51  2  x  x  f 36  2  1  1 3
51  3  1  2  m  9  2  1  2 3
51  4  1  2  m  8  2  1  1 3
52  1  x  x  m 44  1  1  2 4
52  2  x  x  f 40  1  1  1 2
52  3  1  2  m 16  1  1  1 2
52  4  1  2  m  6  2  1  1 4
52  5  1  2  f  2  2  1  1 4
53  1  x  x  m  x  1  x  x x
53  2  x  x  f 34  1  1  2 2
53  3  1  2  m  6  2  2  2 2
53  4  1  2  m  6  1  x  x x
53  5  1  2  f  5  1  x  x x
54  1  x  x  m  x  1  x  x x
54  2  x  x  f 45  1  1  2 2
54  3  1  2  f  7  2  2  2 2
54  4  1  2  f  x  1  x  x x
54  5  1  2  f  x  1  x  x x
54  6  1  2  f  x  1  x  x x
54  7  1  2  m  x  1  x  x x
54  8  1  2  m  x  1  x  x x
55  1  x  x  m  x  1  x  x x
55  2  x  x  f 49  1  2  2 2
55  3  1  2  m 22  1  x  x x
55  4  1  2  f 12  1  x  x x
55  5  1  2  f 10  2  2  2 4
56  1  x  x  m  x  2  x  x x
56  2  x  x  f  x  1  x  x x
56  3  1  2  f 17  1  x  x x
56  4  1  2  m 15  1  x  x x
56  5  1  2  f  8  2  x  x x
57  1  x  x  m 45  1  1  2 2
57  2  x  x  f 40  1  1  2 3
57  3  1  2  f 12  2  1  2 2
57  4  1  2  f 10  2  1  1 3
58  1  x  x  m 38  1  1  2 2
58  2  x  x  f 35  1  1  2 3
58  3  1  2  m  7  2  1  2 2
58  4  1  2  m  6  2  1  1 1
58  5  1  2  f  4  1  1  2 1
59  1  x  x  m 49  1  1  2 2
59  2  x  x  f 48  1  1  2 1
59  3  1  2  f 24  1  1  2 2
59  4  1  2  m 22  1  2  2 2
59  5  1  2  f 20  2  1  1 1
59  6  1  2  f 19  1  1  2 2
59  7  1  2  m 25  2  1  2 1
60  1  x  x  m 40  1  1  2 4
60  2  x  x  f 36  1  1  1 2
60  3  1  2  f 15  1  1  1 3
60  4  1  2  f  9  1  1  1 2
60  5  1  2  m  3  2  1  2 2
61  1  x  x  m 34  2  2  2 1
61  2  x  x  f 38  1  1  1 1
61  3  1  2  f 13  1  1  2 1
61  4  1  2  f 12  1  1  2 1
61  5  1  2  m 11  2  1  2 1
61  6  1  2  f  9  1  1  2 1
61  7  1  2  f  7  1  1  2 1
62  1  x  x  m 40  2  1  2 2
62  2  x  x  f 38  2  2  2 2
62  3  1  2  m 10  2  2  2 2
62  4  1  2  m  7  2  1  2 2
63  1  x  x  m 32  1  1  2 2
63  2  x  x  f 28  1  1  2 2
63  3  1  2  f 11  2  1  2 2
63  4  1  2  m  8  2  1  2 2
64  1  x  x  m  x  1  x  x x
64  2  x  x  f 40  2  1  2 3
64  3  1  2  f 20  1  x  x x
64  4  1  2  f 18  1  x  x x
64  5  1  2  f 16  1  x  x x
64  6  1  2  f 13  2  1  2 3
65  1  x  x  m 43  2  2  2 1
65  2  x  x  f 41  1  1  2 1
65  3  1  2  m 17  1  1  2 1
65  4  1  2  f 16  1  1  2 1
65  5  1  2  m  9  2  1  2 1
65  6  1  2  f  7  1  1  2 1
65  7  1  2  f  5  1  1  2 1
65  8  1  2  m  2  1  2  2 1
66  1  x  x  m  x  2  1  2 3
66  2  x  x  f 40  1  1  1 3
66  3  1  2  m 13  2  1  2 3
66  4  1  2  m 12  2  1  2 3
66  5  1  2  f 11  1  1  2 3
66  6  1  2  m 11  1  1  1 1
;;;;
run
des
tdt atopy
assoc atopy
sibpair atopy
apm atopy
!
! One of the few procedures in Sib-pair that can deal with
! dominant markers ;)
!
pen atopy AB0
