Information on the Eurasian - Indian Metapopulation

The Indian Metapopulation (Eurasian - Indian) consists of 7168 haplotypes (at least minimal) and 49 unique population samples.

Most common haplotypes

Count	DYS19	DYS389I	DYS389II	DYS390	DYS391	DYS392	DYS393	DYS385
99	16	13	30	25	11	11	13	11,14
71	14	12	28	22	10	14	11	13,17
70	15	13	29	22	10	14	12	9,16
62	15	14	32	25	10	11	13	11,14
61	15	14	31	25	10	11	13	11,14
54	15	13	31	25	10	11	13	11,14
43	16	13	31	25	11	11	13	11,14
40	16	13	30	24	11	11	13	11,14
39	15	13	30	25	10	11	13	11,14
37	15	13	30	25	11	11	13	11,14

Count	DYS391	DYS389I	DYS439	DYS389II	DYS438	DYS437	DYS19	DYS392	DYS393	DYS390	DYS385
66	11	13	10	30	11	14	16	11	13	25	11,14
51	10	14	10	32	11	14	15	11	13	25	11,14
44	10	13	10	31	11	14	15	11	13	25	11,14
42	10	14	10	31	11	14	15	11	13	25	11,14
28	10	13	11	29	8	14	15	11	12	22	16,16
28	10	13	12	29	10	16	15	14	12	22	9,16
28	11	13	10	30	11	14	16	11	13	24	11,14
27	11	13	10	31	11	14	16	11	13	25	11,14
24	10	14	12	30	9	14	14	11	12	23	15,19
24	11	13	10	30	11	14	15	11	13	25	11,14

Count	DYS456	DYS389I	DYS390	DYS389II	DYS458	DYS19	DYS385	DYS393	DYS391	DYS439	DYS635	DYS392	YGATAH4	DYS437	DYS438	DYS448
23	15	13	22	29	16	15	16,16	12	10	11	22	11	11	14	8	18
23	15	13	25	30	16	16	11,14	13	11	10	23	11	13	14	11	20
18	15	13	25	31	16	15	11,14	13	10	10	23	11	13	14	11	20
14	15	13	23	29	17	14	12,18	14	10	10	24	10	12	16	11	19
11	15	13	23	28	17	14	13,18	14	10	13	26	10	12	14	11	19
11	16	13	24	32	17	17	13,14	13	10	10	23	11	13	14	12	20
10	13	13	24	29	17	15	12,16	13	12	12	21	11	11	15	9	19
10	15	13	24	30	15	16	11,14	13	11	10	24	11	13	14	11	20
9	20	14	22	31	17	15	16,18	12	10	11	21	10	12	14	9	19
8	14	14	23	30	18	14	15,19	12	10	12	24	11	11	14	9	21

Count	DYS576	DYS389I	DYS448	DYS389II	DYS19	DYS391	DYS481	DYS549	DYS533	DYS438	DYS437	DYS570	DYS635	DYS390	DYS439	DYS392	DYS643	DYS393	DYS458	DYS385	DYS456	YGATAH4
10	16	13	20	30	16	11	22	12	12	11	14	20	23	25	10	11	10	13	16	11,14	15	13
10	19	13	20	31	15	10	23	12	12	11	14	19	23	25	10	11	10	13	16	11,14	15	13
6	19	13	18	29	17	10	23	12	10	10	14	18	22	24	12	13	13	14	17	15,20	16	10
6	19	13	19	29	15	10	23	11	12	9	14	18	20	22	11	11	9	12	17	16,17	16	11
5	19	13	20	30	16	10	22	12	12	11	14	19	24	24	10	11	10	13	15	11,14	15	13
4	16	13	19	29	15	10	23	14	12	9	14	18	20	22	14	11	9	12	17	15,16	15	11
4	16	15	19	31	15	10	23	12	12	10	14	18	20	22	12	11	9	12	17	15,17	15	12
4	17	13	19	29	15	10	23	13	12	9	14	17	20	22	11	11	9	12	17	14,17	15	11
4	19	13	20	31	15	10	23	12	12	11	14	18	23	25	10	11	10	13	16	11,14	15	13
3	16	13	20	30	15	11	22	12	12	11	14	20	23	25	10	11	10	13	16	11,14	15	13

Count	DYS576	DYS389I	DYS635	DYS389II	DYS627	DYS460	DYS458	DYS19	YGATAH4	DYS448	DYS391	DYS456	DYS390	DYS438	DYS392	DYS518	DYS570	DYS437	DYS385	DYS449	DYS393	DYS439	DYS481	DYF387S1	DYS533
5	19	13	24	30	17	11	15	16	13	20	10	15	24	11	11	41	19	14	11,14	31	13	10	22	37,37	12
4	15	12	22	27	21	10	15	14	11	19	10	16	22	11	14	39	16	15	13,18	27	11	11	23	35,40	12
3	16	13	21	28	19	11	16	15	11	18	10	16	21	8	11	42	19	14	17,17	30	11	11	21	37,38	11
2	14	13	24	29	18	11	17	14	12	19	10	15	23	11	10	39	17	16	13,18	31	14	11	25	38,38	11
2	14	13	26	29	20	10	17	14	12	19	10	15	23	11	10	40	18	16	12,17	32	13	10	25	37,40	10
2	16	13	20	29	18	10	16	15	11	19	11	16	22	9	11	39	18	14	15,16	33	12	14	24	37,39	12
2	16	13	23	30	18	11	16	16	12	20	10	14	25	11	11	41	17	14	12,14	32	13	10	23	38,38	12
2	16	14	27	31	20	10	18	14	12	19	10	15	23	11	10	39	17	16	13,20	32	14	11	25	37,38	11
2	17	12	21	29	21	10	17	15	12	23	10	14	23	10	11	36	18	16	13,15	27	13	12	23	38,39	11
2	17	13	23	30	17	10	15	16	12	20	10	16	25	11	11	42	19	14	11,15	32	13	10	23	37,38	12

Count	DYS19	DYS389I	DYS389II	DYS390	DYS391	DYS392	DYS393	DYS385	DYS438	DYS439	DYS437	DYS448	DYS456	DYS458	DYS635	YGATAH4	DYS481	DYS533	DYS549	DYS570	DYS576	DYS643	DYF387S1	DYS449	DYS460	DYS518	DYS627
5	16	13	30	24	10	11	13	11,14	11	10	14	20	15	15	24	13	22	12	12	19	19	10	37,37	31	11	41	17
2	14	13	31	23	10	12	13	14,20	9	11	14	20	15	15	21	12	24	11	13	15	18	9	38,40	29	11	38	22
2	15	13	29	22	11	11	12	15,16	9	14	14	19	16	16	20	11	24	12	12	18	16	9	37,39	33	10	39	18

Population samples

Population Sample	Minimal	PowerPlex Y	Yfiler	PowerPlex Y23	Yfiler Plus	Maximal
England-Wales, United Kingdom [Indo-Pakistani]	106 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Haryana, India [Jat]	91 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
London, United Kingdom [British Indian, Pakistani, Bangladeshi, Sri Lankan]	510 Haplotypes	510 Haplotypes	510 Haplotypes	510 Haplotypes	36 Haplotypes	36 Haplotypes
Malaysia [Indian]	301 Haplotypes	301 Haplotypes	301 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Punjab, India [Jat Sikh]	108 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Singapore [Indian]	621 Haplotypes	544 Haplotypes	544 Haplotypes	106 Haplotypes	438 Haplotypes	0 Haplotypes
Himachal Pradesh, India [Gaddi]	53 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Himachal Pradesh, India [Gujjar]	57 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Dhaka, Bangladesh [Bangladeshi]	348 Haplotypes	348 Haplotypes	348 Haplotypes	132 Haplotypes	0 Haplotypes	0 Haplotypes
Himachal Pradesh, India [Saraswat Brahmin]	61 Haplotypes	61 Haplotypes	61 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Jammu, India [Saraswat Brahmin]	61 Haplotypes	61 Haplotypes	61 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Kashmir, India [Saraswat Brahmin]	58 Haplotypes	58 Haplotypes	58 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Punjab, India [Saraswat Brahmin]	60 Haplotypes	60 Haplotypes	60 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Rajasthan, India [Saraswat Brahmin]	60 Haplotypes	60 Haplotypes	60 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Jharkhand, India [Sakaldwipi Brahmin]	65 Haplotypes	65 Haplotypes	65 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Madhya Pradesh, India [Kanyakubja Brahmin]	78 Haplotypes	78 Haplotypes	78 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Maharashtra, India [Konkanastha Brahmin]	71 Haplotypes	71 Haplotypes	71 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Maharashtra, India [Mahadev Koli]	65 Haplotypes	65 Haplotypes	65 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Punjab, India [Balmiki]	62 Haplotypes	62 Haplotypes	62 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
West Bengal, India [Paliya]	53 Haplotypes	53 Haplotypes	53 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
West Bengal, India [Rajbanshi]	39 Haplotypes	39 Haplotypes	39 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Andhra Pradesh, India [Brahmin]	109 Haplotypes	109 Haplotypes	109 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Karnataka, India [Brahmin]	103 Haplotypes	103 Haplotypes	103 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
England-Wales, United Kingdom [British Pakistani]	132 Haplotypes	132 Haplotypes	132 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Gujarat, India [Bhil]	180 Haplotypes	180 Haplotypes	179 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Punjab, Pakistan [Punjabi]	394 Haplotypes	394 Haplotypes	394 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Texas, United States [Indian]	66 Haplotypes	66 Haplotypes	66 Haplotypes	66 Haplotypes	0 Haplotypes	0 Haplotypes
Madhya Pradesh, India [Bhil]	217 Haplotypes	217 Haplotypes	217 Haplotypes	217 Haplotypes	0 Haplotypes	0 Haplotypes
Chhattisgarh, India [Majhi]	107 Haplotypes	107 Haplotypes	107 Haplotypes	107 Haplotypes	0 Haplotypes	0 Haplotypes
Madhya Pradesh, India [Indian]	1294 Haplotypes	1294 Haplotypes	1294 Haplotypes	263 Haplotypes	514 Haplotypes	0 Haplotypes
Southern Punjab, Pakistan [Saraiki]	51 Haplotypes	51 Haplotypes	51 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Jharkhand, India [Indian]	133 Haplotypes	133 Haplotypes	133 Haplotypes	31 Haplotypes	0 Haplotypes	0 Haplotypes
Swat and Dir District, Pakistan [Gujjar]	20 Haplotypes	20 Haplotypes	20 Haplotypes	0 Haplotypes	20 Haplotypes	0 Haplotypes
Punjab, Pakistan [Arain]	85 Haplotypes	85 Haplotypes	85 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Andhra Pradesh, India [Indian]	35 Haplotypes	35 Haplotypes	35 Haplotypes	35 Haplotypes	0 Haplotypes	0 Haplotypes
Assam,India [Indian]	25 Haplotypes	25 Haplotypes	25 Haplotypes	25 Haplotypes	0 Haplotypes	0 Haplotypes
Himachal Pradesh, India [Indian]	299 Haplotypes	299 Haplotypes	299 Haplotypes	40 Haplotypes	0 Haplotypes	0 Haplotypes
Jammu and Kashmir, India [Indian]	26 Haplotypes	26 Haplotypes	26 Haplotypes	26 Haplotypes	0 Haplotypes	0 Haplotypes
Karnataka, India [Indian]	36 Haplotypes	36 Haplotypes	36 Haplotypes	36 Haplotypes	0 Haplotypes	0 Haplotypes
Maharashtra, India [Indian]	35 Haplotypes	35 Haplotypes	35 Haplotypes	35 Haplotypes	0 Haplotypes	0 Haplotypes
Rajasthan, India [Indian]	46 Haplotypes	46 Haplotypes	46 Haplotypes	46 Haplotypes	0 Haplotypes	0 Haplotypes
Uttar Pradesh, India [Indian]	189 Haplotypes	189 Haplotypes	189 Haplotypes	189 Haplotypes	0 Haplotypes	0 Haplotypes
Uttarakhand, India [Indian]	32 Haplotypes	32 Haplotypes	32 Haplotypes	32 Haplotypes	0 Haplotypes	0 Haplotypes
West Bengal, India [Indian]	23 Haplotypes	23 Haplotypes	23 Haplotypes	23 Haplotypes	0 Haplotypes	0 Haplotypes
Punjab, Pakistan [Urdu, Punjabi]	250 Haplotypes	250 Haplotypes	250 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Jammu and Kashmir, India [Gujjar]	48 Haplotypes	48 Haplotypes	48 Haplotypes	48 Haplotypes	0 Haplotypes	0 Haplotypes
South Africa [Indian/Asian]	111 Haplotypes	111 Haplotypes	111 Haplotypes	111 Haplotypes	0 Haplotypes	0 Haplotypes
Haryana, India [Brahmin]	99 Haplotypes	99 Haplotypes	99 Haplotypes	99 Haplotypes	0 Haplotypes	0 Haplotypes
Rajasthan, India [Brahmin]	95 Haplotypes	95 Haplotypes	95 Haplotypes	95 Haplotypes	0 Haplotypes	0 Haplotypes
(Overall)	7168 Haplotypes	6676 Haplotypes	6675 Haplotypes	2272 Haplotypes	1008 Haplotypes	36 Haplotypes

Discrete-Laplace frequency estimation (Minimal)

Release: R61
Loci included: DYS19, DYS389I, DYS389II^*, DYS390, DYS391, DYS392, DYS393
Central haplotypes: 27
EM converged: true
EM iterations: 41
GLM method: internal_coef
Init method: pam
Per locus details: DL centers distribution (download PDF)

Table of haplotype centers (click to show/hide)

	DYS19	DYS389I	DYS389II^*	DYS390	DYS391	DYS392	DYS393
1	14	12	16	24	10	14	12
2	14	13	17	23	10	11	13
3	14	12	16	22	10	14	11
4	14	13	16	23	10	10	14
5	14	13	15	24	10	11	13
6	13	14	16	22	10	15	13
7	14	14	16	23	10	10	14
8	14	14	16	23	10	11	12
9	15	13	17	21	10	11	14
10	15	12	16	24	10	11	12
11	15	13	16	24	11	11	13
12	15	13	16	22	10	11	12
13	15	13	16	22	10	14	12
14	15	13	17	22	10	11	12
15	15	13	17	25	10	11	13
16	15	13	18	25	11	11	13
17	15	13	18	25	10	11	13
18	15	14	16	22	10	11	12
19	15	14	16	23	10	10	14
20	15	14	17	22	10	11	12
21	15	14	17	25	10	11	13
22	15	14	18	25	10	11	13
23	16	13	17	25	10	11	13
24	16	13	17	25	11	11	13
25	16	13	18	25	11	11	13
26	15	13	16	24	10	13	14
27	17	13	18	24	10	11	13

Discrete-Laplace frequency estimation (Yfiler)

Release: R61
Loci included: DYS19, DYS389I, DYS389II^*, DYS390, DYS391, DYS392, DYS393, DYS437, DYS438, DYS439, DYS448, DYS456, DYS458, DYS635, YGATAH4
Central haplotypes: 41
EM converged: true
EM iterations: 66
GLM method: internal_coef
Init method: pam
Per locus details: DL centers distribution (download PDF)

Table of haplotype centers (click to show/hide)

	DYS19	DYS389I	DYS389II^*	DYS390	DYS391	DYS392	DYS393	DYS437	DYS438	DYS439	DYS448	DYS456	DYS458	DYS635	YGATAH4
1	14	13	17	24	10	11	14	14	10	11	19	15	16	18	12
2	14	13	16	23	10	10	14	16	11	10	19	15	17	24	12
3	14	13	16	24	10	11	13	14	10	11	18	14	16	20	11
4	15	12	17	23	10	11	13	15	10	12	21	15	16	21	11
5	14	14	16	23	10	10	14	16	11	11	19	15	17	25	12
6	14	14	16	23	10	11	13	15	9	11	21	15	16	23	11
7	14	12	16	22	10	14	11	15	10	12	19	15	15	23	12
8	15	12	16	24	10	11	12	15	9	12	19	13	16	21	11
9	14	13	17	23	10	11	13	14	9	11	20	15	15	21	12
10	15	13	16	22	10	11	12	14	9	11	19	16	16	20	12
11	15	13	16	22	10	14	12	16	10	12	20	15	17	22	11
12	16	13	17	25	11	11	13	14	11	10	20	15	17	23	12
13	15	14	18	25	10	11	13	14	11	10	20	15	16	23	13
14	16	14	16	22	10	11	12	14	10	12	19	16	16	21	12
15	15	13	16	21	10	11	12	14	8	11	18	15	16	21	11
16	14	12	15	24	10	11	12	15	9	13	19	13	19	21	12
17	14	12	16	22	10	14	11	15	10	13	19	16	15	24	12
18	15	12	16	24	11	11	13	15	9	12	19	13	17	21	11
19	15	13	17	22	10	11	14	16	10	11	19	16	18	21	11
20	13	14	16	22	10	15	13	15	11	11	19	15	18	23	10
21	15	13	16	22	10	11	12	14	9	11	19	16	18	20	12
22	15	14	16	23	10	10	14	16	11	11	19	16	18	25	12
23	15	14	16	22	10	11	12	14	9	12	19	15	17	21	11
24	16	13	18	25	11	11	13	14	11	10	20	15	16	23	13
25	16	13	18	24	10	11	13	14	11	10	20	16	16	23	13
26	15	14	16	22	10	11	12	14	9	11	19	15	17	20	12
27	15	13	17	25	10	11	13	14	11	10	20	15	16	23	12
28	15	12	17	24	10	14	14	14	11	11	19	15	17	22	12
29	13	13	15	25	10	11	13	14	10	12	20	15	18	21	11
30	15	13	16	25	10	13	14	14	10	12	18	16	16	21	11
31	14	12	16	23	10	14	12	15	11	11	20	15	18	20	12
32	16	13	17	24	11	11	13	14	11	10	20	15	16	23	13
33	14	13	17	25	10	13	13	15	11	11	19	16	16	23	11
34	16	13	17	25	10	11	13	14	11	10	20	16	15	23	13
35	15	13	18	25	11	11	13	14	11	10	20	15	15	23	12
36	15	14	16	22	10	11	13	15	10	12	18	15	17	21	11
37	14	14	16	23	10	12	13	14	11	12	19	15	16	24	11
38	14	14	16	23	10	11	12	14	9	12	21	14	18	24	11
39	14	13	16	24	10	13	12	15	12	12	19	15	17	23	12
40	15	13	16	24	10	11	13	14	9	11	20	14	17	21	12
41	16	13	17	24	10	11	12	14	10	12	19	15	17	21	12

^* Please note that DYS389I was substracted from DYS389II

	DYS19	DYS389I	DYS389II^*	DYS390	DYS391	DYS392	DYS393
1	14	12	16	24	10	14	12
2	14	13	17	23	10	11	13
3	14	12	16	22	10	14	11
4	14	13	16	23	10	10	14
5	14	13	15	24	10	11	13
6	13	14	16	22	10	15	13
7	14	14	16	23	10	10	14
8	14	14	16	23	10	11	12
9	15	13	17	21	10	11	14
10	15	12	16	24	10	11	12
11	15	13	16	24	11	11	13
12	15	13	16	22	10	11	12
13	15	13	16	22	10	14	12
14	15	13	17	22	10	11	12
15	15	13	17	25	10	11	13
16	15	13	18	25	11	11	13
17	15	13	18	25	10	11	13
18	15	14	16	22	10	11	12
19	15	14	16	23	10	10	14
20	15	14	17	22	10	11	12
21	15	14	17	25	10	11	13
22	15	14	18	25	10	11	13
23	16	13	17	25	10	11	13
24	16	13	17	25	11	11	13
25	16	13	18	25	11	11	13
26	15	13	16	24	10	13	14
27	17	13	18	24	10	11	13

	DYS19	DYS389I	DYS389II^*	DYS390	DYS391	DYS392	DYS393	DYS437	DYS438	DYS439	DYS448	DYS456	DYS458	DYS635	YGATAH4
1	14	13	17	24	10	11	14	14	10	11	19	15	16	18	12
2	14	13	16	23	10	10	14	16	11	10	19	15	17	24	12
3	14	13	16	24	10	11	13	14	10	11	18	14	16	20	11
4	15	12	17	23	10	11	13	15	10	12	21	15	16	21	11
5	14	14	16	23	10	10	14	16	11	11	19	15	17	25	12
6	14	14	16	23	10	11	13	15	9	11	21	15	16	23	11
7	14	12	16	22	10	14	11	15	10	12	19	15	15	23	12
8	15	12	16	24	10	11	12	15	9	12	19	13	16	21	11
9	14	13	17	23	10	11	13	14	9	11	20	15	15	21	12
10	15	13	16	22	10	11	12	14	9	11	19	16	16	20	12
11	15	13	16	22	10	14	12	16	10	12	20	15	17	22	11
12	16	13	17	25	11	11	13	14	11	10	20	15	17	23	12
13	15	14	18	25	10	11	13	14	11	10	20	15	16	23	13
14	16	14	16	22	10	11	12	14	10	12	19	16	16	21	12
15	15	13	16	21	10	11	12	14	8	11	18	15	16	21	11
16	14	12	15	24	10	11	12	15	9	13	19	13	19	21	12
17	14	12	16	22	10	14	11	15	10	13	19	16	15	24	12
18	15	12	16	24	11	11	13	15	9	12	19	13	17	21	11
19	15	13	17	22	10	11	14	16	10	11	19	16	18	21	11
20	13	14	16	22	10	15	13	15	11	11	19	15	18	23	10
21	15	13	16	22	10	11	12	14	9	11	19	16	18	20	12
22	15	14	16	23	10	10	14	16	11	11	19	16	18	25	12
23	15	14	16	22	10	11	12	14	9	12	19	15	17	21	11
24	16	13	18	25	11	11	13	14	11	10	20	15	16	23	13
25	16	13	18	24	10	11	13	14	11	10	20	16	16	23	13
26	15	14	16	22	10	11	12	14	9	11	19	15	17	20	12
27	15	13	17	25	10	11	13	14	11	10	20	15	16	23	12
28	15	12	17	24	10	14	14	14	11	11	19	15	17	22	12
29	13	13	15	25	10	11	13	14	10	12	20	15	18	21	11
30	15	13	16	25	10	13	14	14	10	12	18	16	16	21	11
31	14	12	16	23	10	14	12	15	11	11	20	15	18	20	12
32	16	13	17	24	11	11	13	14	11	10	20	15	16	23	13
33	14	13	17	25	10	13	13	15	11	11	19	16	16	23	11
34	16	13	17	25	10	11	13	14	11	10	20	16	15	23	13
35	15	13	18	25	11	11	13	14	11	10	20	15	15	23	12
36	15	14	16	22	10	11	13	15	10	12	18	15	17	21	11
37	14	14	16	23	10	12	13	14	11	12	19	15	16	24	11
38	14	14	16	23	10	11	12	14	9	12	21	14	18	24	11
39	14	13	16	24	10	13	12	15	12	12	19	15	17	23	12
40	15	13	16	24	10	11	13	14	9	11	20	14	17	21	12
41	16	13	17	24	10	11	12	14	10	12	19	15	17	21	12

	DYS19	DYS389I	DYS389II^*	DYS390	DYS391	DYS392	DYS393
1	14	12	16	24	10	14	12
2	14	13	17	23	10	11	13
3	14	12	16	22	10	14	11
4	14	13	16	23	10	10	14
5	14	13	15	24	10	11	13
6	13	14	16	22	10	15	13
7	14	14	16	23	10	10	14
8	14	14	16	23	10	11	12
9	15	13	17	21	10	11	14
10	15	12	16	24	10	11	12
11	15	13	16	24	11	11	13
12	15	13	16	22	10	11	12
13	15	13	16	22	10	14	12
14	15	13	17	22	10	11	12
15	15	13	17	25	10	11	13
16	15	13	18	25	11	11	13
17	15	13	18	25	10	11	13
18	15	14	16	22	10	11	12
19	15	14	16	23	10	10	14
20	15	14	17	22	10	11	12
21	15	14	17	25	10	11	13
22	15	14	18	25	10	11	13
23	16	13	17	25	10	11	13
24	16	13	17	25	11	11	13
25	16	13	18	25	11	11	13
26	15	13	16	24	10	13	14
27	17	13	18	24	10	11	13

	DYS19	DYS389I	DYS389II^*	DYS390	DYS391	DYS392	DYS393	DYS437	DYS438	DYS439	DYS448	DYS456	DYS458	DYS635	YGATAH4
1	14	13	17	24	10	11	14	14	10	11	19	15	16	18	12
2	14	13	16	23	10	10	14	16	11	10	19	15	17	24	12
3	14	13	16	24	10	11	13	14	10	11	18	14	16	20	11
4	15	12	17	23	10	11	13	15	10	12	21	15	16	21	11
5	14	14	16	23	10	10	14	16	11	11	19	15	17	25	12
6	14	14	16	23	10	11	13	15	9	11	21	15	16	23	11
7	14	12	16	22	10	14	11	15	10	12	19	15	15	23	12
8	15	12	16	24	10	11	12	15	9	12	19	13	16	21	11
9	14	13	17	23	10	11	13	14	9	11	20	15	15	21	12
10	15	13	16	22	10	11	12	14	9	11	19	16	16	20	12
11	15	13	16	22	10	14	12	16	10	12	20	15	17	22	11
12	16	13	17	25	11	11	13	14	11	10	20	15	17	23	12
13	15	14	18	25	10	11	13	14	11	10	20	15	16	23	13
14	16	14	16	22	10	11	12	14	10	12	19	16	16	21	12
15	15	13	16	21	10	11	12	14	8	11	18	15	16	21	11
16	14	12	15	24	10	11	12	15	9	13	19	13	19	21	12
17	14	12	16	22	10	14	11	15	10	13	19	16	15	24	12
18	15	12	16	24	11	11	13	15	9	12	19	13	17	21	11
19	15	13	17	22	10	11	14	16	10	11	19	16	18	21	11
20	13	14	16	22	10	15	13	15	11	11	19	15	18	23	10
21	15	13	16	22	10	11	12	14	9	11	19	16	18	20	12
22	15	14	16	23	10	10	14	16	11	11	19	16	18	25	12
23	15	14	16	22	10	11	12	14	9	12	19	15	17	21	11
24	16	13	18	25	11	11	13	14	11	10	20	15	16	23	13
25	16	13	18	24	10	11	13	14	11	10	20	16	16	23	13
26	15	14	16	22	10	11	12	14	9	11	19	15	17	20	12
27	15	13	17	25	10	11	13	14	11	10	20	15	16	23	12
28	15	12	17	24	10	14	14	14	11	11	19	15	17	22	12
29	13	13	15	25	10	11	13	14	10	12	20	15	18	21	11
30	15	13	16	25	10	13	14	14	10	12	18	16	16	21	11
31	14	12	16	23	10	14	12	15	11	11	20	15	18	20	12
32	16	13	17	24	11	11	13	14	11	10	20	15	16	23	13
33	14	13	17	25	10	13	13	15	11	11	19	16	16	23	11
34	16	13	17	25	10	11	13	14	11	10	20	16	15	23	13
35	15	13	18	25	11	11	13	14	11	10	20	15	15	23	12
36	15	14	16	22	10	11	13	15	10	12	18	15	17	21	11
37	14	14	16	23	10	12	13	14	11	12	19	15	16	24	11
38	14	14	16	23	10	11	12	14	9	12	21	14	18	24	11
39	14	13	16	24	10	13	12	15	12	12	19	15	17	23	12
40	15	13	16	24	10	11	13	14	9	11	20	14	17	21	12
41	16	13	17	24	10	11	12	14	10	12	19	15	17	21	12

Information on the Eurasian - Indian Metapopulation

Metapopulation substrcuture

Most common haplotypes

Population samples

Discrete-Laplace frequency estimation (Minimal)

Discrete-Laplace frequency estimation (Yfiler)

	DYS19	DYS389I	DYS389II^*	DYS390	DYS391	DYS392	DYS393
1	14	12	16	24	10	14	12
2	14	13	17	23	10	11	13
3	14	12	16	22	10	14	11
4	14	13	16	23	10	10	14
5	14	13	15	24	10	11	13
6	13	14	16	22	10	15	13
7	14	14	16	23	10	10	14
8	14	14	16	23	10	11	12
9	15	13	17	21	10	11	14
10	15	12	16	24	10	11	12
11	15	13	16	24	11	11	13
12	15	13	16	22	10	11	12
13	15	13	16	22	10	14	12
14	15	13	17	22	10	11	12
15	15	13	17	25	10	11	13
16	15	13	18	25	11	11	13
17	15	13	18	25	10	11	13
18	15	14	16	22	10	11	12
19	15	14	16	23	10	10	14
20	15	14	17	22	10	11	12
21	15	14	17	25	10	11	13
22	15	14	18	25	10	11	13
23	16	13	17	25	10	11	13
24	16	13	17	25	11	11	13
25	16	13	18	25	11	11	13
26	15	13	16	24	10	13	14
27	17	13	18	24	10	11	13

	DYS19	DYS389I	DYS389II^*	DYS390	DYS391	DYS392	DYS393	DYS437	DYS438	DYS439	DYS448	DYS456	DYS458	DYS635	YGATAH4
1	14	13	17	24	10	11	14	14	10	11	19	15	16	18	12
2	14	13	16	23	10	10	14	16	11	10	19	15	17	24	12
3	14	13	16	24	10	11	13	14	10	11	18	14	16	20	11
4	15	12	17	23	10	11	13	15	10	12	21	15	16	21	11
5	14	14	16	23	10	10	14	16	11	11	19	15	17	25	12
6	14	14	16	23	10	11	13	15	9	11	21	15	16	23	11
7	14	12	16	22	10	14	11	15	10	12	19	15	15	23	12
8	15	12	16	24	10	11	12	15	9	12	19	13	16	21	11
9	14	13	17	23	10	11	13	14	9	11	20	15	15	21	12
10	15	13	16	22	10	11	12	14	9	11	19	16	16	20	12
11	15	13	16	22	10	14	12	16	10	12	20	15	17	22	11
12	16	13	17	25	11	11	13	14	11	10	20	15	17	23	12
13	15	14	18	25	10	11	13	14	11	10	20	15	16	23	13
14	16	14	16	22	10	11	12	14	10	12	19	16	16	21	12
15	15	13	16	21	10	11	12	14	8	11	18	15	16	21	11
16	14	12	15	24	10	11	12	15	9	13	19	13	19	21	12
17	14	12	16	22	10	14	11	15	10	13	19	16	15	24	12
18	15	12	16	24	11	11	13	15	9	12	19	13	17	21	11
19	15	13	17	22	10	11	14	16	10	11	19	16	18	21	11
20	13	14	16	22	10	15	13	15	11	11	19	15	18	23	10
21	15	13	16	22	10	11	12	14	9	11	19	16	18	20	12
22	15	14	16	23	10	10	14	16	11	11	19	16	18	25	12
23	15	14	16	22	10	11	12	14	9	12	19	15	17	21	11
24	16	13	18	25	11	11	13	14	11	10	20	15	16	23	13
25	16	13	18	24	10	11	13	14	11	10	20	16	16	23	13
26	15	14	16	22	10	11	12	14	9	11	19	15	17	20	12
27	15	13	17	25	10	11	13	14	11	10	20	15	16	23	12
28	15	12	17	24	10	14	14	14	11	11	19	15	17	22	12
29	13	13	15	25	10	11	13	14	10	12	20	15	18	21	11
30	15	13	16	25	10	13	14	14	10	12	18	16	16	21	11
31	14	12	16	23	10	14	12	15	11	11	20	15	18	20	12
32	16	13	17	24	11	11	13	14	11	10	20	15	16	23	13
33	14	13	17	25	10	13	13	15	11	11	19	16	16	23	11
34	16	13	17	25	10	11	13	14	11	10	20	16	15	23	13
35	15	13	18	25	11	11	13	14	11	10	20	15	15	23	12
36	15	14	16	22	10	11	13	15	10	12	18	15	17	21	11
37	14	14	16	23	10	12	13	14	11	12	19	15	16	24	11
38	14	14	16	23	10	11	12	14	9	12	21	14	18	24	11
39	14	13	16	24	10	13	12	15	12	12	19	15	17	23	12
40	15	13	16	24	10	11	13	14	9	11	20	14	17	21	12
41	16	13	17	24	10	11	12	14	10	12	19	15	17	21	12