Information on the East Asian - Austro-Asiatic Metapopulation

The Austro-Asiatic Metapopulation (East Asian - Austro-Asiatic) consists of 2523 minimal haplotypes.

Population Sample	Minimal	PowerPlex Y	Yfiler	PowerPlex Y23	Yfiler Plus	Maximal
Hanoi, Vietnam [Vietnamese]	48 Haplotypes	48 Haplotypes	48 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Vietnam [Vietnamese]	209 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Jharkhand, India [Munda]	68 Haplotypes	68 Haplotypes	68 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Dinajpur, Bangladesh [Santal]	139 Haplotypes	139 Haplotypes	139 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Ho-Chi-Minh City, Vietnam [Kinh]	45 Haplotypes	45 Haplotypes	45 Haplotypes	45 Haplotypes	0 Haplotypes	0 Haplotypes
Santa Ana, United States [Cambodian]	8 Haplotypes	8 Haplotypes	8 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Vietnam [Kinh]	123 Haplotypes	123 Haplotypes	123 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Vietnam [Mong]	59 Haplotypes	59 Haplotypes	59 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Vietnam [Tay]	21 Haplotypes	21 Haplotypes	21 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Vietnam [Nung]	7 Haplotypes	7 Haplotypes	7 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Vietnam [Hoa]	7 Haplotypes	7 Haplotypes	7 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Hunan, China [Miao]	87 Haplotypes	87 Haplotypes	87 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Gua Musang, Malaysia [Bateq]	19 Haplotypes	19 Haplotypes	19 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Lanchang/Pahang, Malaysia [Che Wong]	9 Haplotypes	9 Haplotypes	9 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Baling/Kedah, Malaysia [Kensiu]	16 Haplotypes	16 Haplotypes	16 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Lenggong/Perak, Malaysia [Lanoh]	11 Haplotypes	11 Haplotypes	11 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Kuala Lipis/Pahang, Malaysia [Semai]	18 Haplotypes	18 Haplotypes	18 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Northern Thailand, Thailand [Lawa]	12 Haplotypes	12 Haplotypes	12 Haplotypes	12 Haplotypes	0 Haplotypes	0 Haplotypes
Northern Thailand, Thailand [Lua]	26 Haplotypes	26 Haplotypes	26 Haplotypes	26 Haplotypes	0 Haplotypes	0 Haplotypes
Sylhet, Bangladesh [Khasia]	32 Haplotypes	32 Haplotypes	32 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Yunnan, China [Miao]	252 Haplotypes	252 Haplotypes	252 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Guangxi, China [Gin]	161 Haplotypes	161 Haplotypes	161 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Guangxi, China [Miao]	186 Haplotypes	186 Haplotypes	186 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Guangxi, China [Yao]	138 Haplotypes	138 Haplotypes	138 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Zunyi_Guizhou, China [Miao]	103 Haplotypes	103 Haplotypes	103 Haplotypes	103 Haplotypes	0 Haplotypes	0 Haplotypes
Qiandongnan_Guizhou, China [Miao]	109 Haplotypes	109 Haplotypes	109 Haplotypes	109 Haplotypes	0 Haplotypes	0 Haplotypes
Liannan, China [Yao]	100 Haplotypes	100 Haplotypes	100 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
Guizhou, China [Miao]	220 Haplotypes	220 Haplotypes	220 Haplotypes	0 Haplotypes	220 Haplotypes	0 Haplotypes
Taijiang, China [Miao]	290 Haplotypes	290 Haplotypes	290 Haplotypes	0 Haplotypes	0 Haplotypes	0 Haplotypes
(Overall)	2523 Haplotypes	2314 Haplotypes	2314 Haplotypes	295 Haplotypes	220 Haplotypes	0 Haplotypes

Discrete-Laplace frequency estimation (Minimal)

Release: R59
Loci included: DYS19, DYS389I, DYS389II^*, DYS390, DYS391, DYS392, DYS393
Central haplotypes: 19
EM converged: true
EM iterations: 26
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	15	13	16	25	10	13	12
2	16	13	16	24	11	13	14
3	15	13	16	25	10	13	15
4	16	11	17	25	11	13	14
5	15	13	16	25	10	13	14
6	15	12	16	23	10	12	12
7	15	13	17	23	10	11	14
8	14	12	16	24	10	14	12
9	16	12	16	24	10	13	12
10	15	12	17	23	10	14	13
11	17	12	17	24	10	13	12
12	14	12	17	24	10	11	13
13	15	14	16	23	10	13	14
14	17	12	16	24	10	13	12
15	14	13	16	23	10	14	13
16	13	14	16	24	6	14	14
17	15	13	16	24	10	11	15
18	16	13	17	25	11	13	13
19	15	12	16	21	10	11	12

Discrete-Laplace frequency estimation (Yfiler)

Release: R59
Loci included: DYS19, DYS389I, DYS389II^*, DYS390, DYS391, DYS392, DYS393, DYS437, DYS438, DYS439, DYS448, DYS456, DYS458, DYS635, YGATAH4
Central haplotypes: 21
EM converged: true
EM iterations: 46
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	15	13	16	24	11	13	14	14	10	11	18	15	17	21	11
2	15	13	16	23	10	11	15	14	10	11	21	15	15	21	11
3	17	12	17	24	10	13	12	15	10	10	20	15	17	23	12
4	15	12	16	24	10	13	12	14	10	12	19	14	18	21	12
5	15	12	17	23	10	14	13	14	10	12	18	16	15	20	12
6	15	12	17	23	10	12	12	15	10	12	19	15	17	19	12
7	17	12	16	24	10	13	12	15	10	11	20	15	19	23	12
8	16	12	16	24	10	13	12	15	10	11	20	15	17	22	12
9	14	12	16	24	10	14	12	15	11	12	20	15	17	20	12
10	14	13	16	23	10	14	13	14	10	12	18	16	16	19	12
11	15	13	16	25	10	13	14	14	10	12	18	15	16	22	11
12	16	13	17	24	11	13	14	14	10	12	18	15	18	22	11
13	14	12	17	24	10	11	13	15	11	11	19	14	16	19	12
14	15	13	16	25	10	13	15	14	10	13	18	15	16	21	11
15	15	14	16	22	10	11	12	14	9	11	19	15	17	20	12
16	15	13	17	25	10	11	13	14	11	10	20	15	16	23	12
17	16	13	16	23	10	13	14	14	10	11	18	15	18	24	10
18	14	14	16	23	10	14	13	14	11	11	19	15	16	23	12
19	15	12	16	21	10	11	12	14	10	11	20	15	18	23	11
20	16	11	17	25	11	13	14	15	11	11	18	15	19	22	11
21	13	14	16	24	6	14	14	14	12	11	19	17	17	22	10

^* Please note that DYS389I was substracted from DYS389II

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

	DYS19	DYS389I	DYS389II^*	DYS390	DYS391	DYS392	DYS393	DYS437	DYS438	DYS439	DYS448	DYS456	DYS458	DYS635	YGATAH4
1	15	13	16	24	11	13	14	14	10	11	18	15	17	21	11
2	15	13	16	23	10	11	15	14	10	11	21	15	15	21	11
3	17	12	17	24	10	13	12	15	10	10	20	15	17	23	12
4	15	12	16	24	10	13	12	14	10	12	19	14	18	21	12
5	15	12	17	23	10	14	13	14	10	12	18	16	15	20	12
6	15	12	17	23	10	12	12	15	10	12	19	15	17	19	12
7	17	12	16	24	10	13	12	15	10	11	20	15	19	23	12
8	16	12	16	24	10	13	12	15	10	11	20	15	17	22	12
9	14	12	16	24	10	14	12	15	11	12	20	15	17	20	12
10	14	13	16	23	10	14	13	14	10	12	18	16	16	19	12
11	15	13	16	25	10	13	14	14	10	12	18	15	16	22	11
12	16	13	17	24	11	13	14	14	10	12	18	15	18	22	11
13	14	12	17	24	10	11	13	15	11	11	19	14	16	19	12
14	15	13	16	25	10	13	15	14	10	13	18	15	16	21	11
15	15	14	16	22	10	11	12	14	9	11	19	15	17	20	12
16	15	13	17	25	10	11	13	14	11	10	20	15	16	23	12
17	16	13	16	23	10	13	14	14	10	11	18	15	18	24	10
18	14	14	16	23	10	14	13	14	11	11	19	15	16	23	12
19	15	12	16	21	10	11	12	14	10	11	20	15	18	23	11
20	16	11	17	25	11	13	14	15	11	11	18	15	19	22	11
21	13	14	16	24	6	14	14	14	12	11	19	17	17	22	10

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

	DYS19	DYS389I	DYS389II^*	DYS390	DYS391	DYS392	DYS393	DYS437	DYS438	DYS439	DYS448	DYS456	DYS458	DYS635	YGATAH4
1	15	13	16	24	11	13	14	14	10	11	18	15	17	21	11
2	15	13	16	23	10	11	15	14	10	11	21	15	15	21	11
3	17	12	17	24	10	13	12	15	10	10	20	15	17	23	12
4	15	12	16	24	10	13	12	14	10	12	19	14	18	21	12
5	15	12	17	23	10	14	13	14	10	12	18	16	15	20	12
6	15	12	17	23	10	12	12	15	10	12	19	15	17	19	12
7	17	12	16	24	10	13	12	15	10	11	20	15	19	23	12
8	16	12	16	24	10	13	12	15	10	11	20	15	17	22	12
9	14	12	16	24	10	14	12	15	11	12	20	15	17	20	12
10	14	13	16	23	10	14	13	14	10	12	18	16	16	19	12
11	15	13	16	25	10	13	14	14	10	12	18	15	16	22	11
12	16	13	17	24	11	13	14	14	10	12	18	15	18	22	11
13	14	12	17	24	10	11	13	15	11	11	19	14	16	19	12
14	15	13	16	25	10	13	15	14	10	13	18	15	16	21	11
15	15	14	16	22	10	11	12	14	9	11	19	15	17	20	12
16	15	13	17	25	10	11	13	14	11	10	20	15	16	23	12
17	16	13	16	23	10	13	14	14	10	11	18	15	18	24	10
18	14	14	16	23	10	14	13	14	11	11	19	15	16	23	12
19	15	12	16	21	10	11	12	14	10	11	20	15	18	23	11
20	16	11	17	25	11	13	14	15	11	11	18	15	19	22	11
21	13	14	16	24	6	14	14	14	12	11	19	17	17	22	10

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

	DYS19	DYS389I	DYS389II^*	DYS390	DYS391	DYS392	DYS393	DYS437	DYS438	DYS439	DYS448	DYS456	DYS458	DYS635	YGATAH4
1	15	13	16	24	11	13	14	14	10	11	18	15	17	21	11
2	15	13	16	23	10	11	15	14	10	11	21	15	15	21	11
3	17	12	17	24	10	13	12	15	10	10	20	15	17	23	12
4	15	12	16	24	10	13	12	14	10	12	19	14	18	21	12
5	15	12	17	23	10	14	13	14	10	12	18	16	15	20	12
6	15	12	17	23	10	12	12	15	10	12	19	15	17	19	12
7	17	12	16	24	10	13	12	15	10	11	20	15	19	23	12
8	16	12	16	24	10	13	12	15	10	11	20	15	17	22	12
9	14	12	16	24	10	14	12	15	11	12	20	15	17	20	12
10	14	13	16	23	10	14	13	14	10	12	18	16	16	19	12
11	15	13	16	25	10	13	14	14	10	12	18	15	16	22	11
12	16	13	17	24	11	13	14	14	10	12	18	15	18	22	11
13	14	12	17	24	10	11	13	15	11	11	19	14	16	19	12
14	15	13	16	25	10	13	15	14	10	13	18	15	16	21	11
15	15	14	16	22	10	11	12	14	9	11	19	15	17	20	12
16	15	13	17	25	10	11	13	14	11	10	20	15	16	23	12
17	16	13	16	23	10	13	14	14	10	11	18	15	18	24	10
18	14	14	16	23	10	14	13	14	11	11	19	15	16	23	12
19	15	12	16	21	10	11	12	14	10	11	20	15	18	23	11
20	16	11	17	25	11	13	14	15	11	11	18	15	19	22	11
21	13	14	16	24	6	14	14	14	12	11	19	17	17	22	10