Ancient DNA reveals reproductive barrier despite shared Avar-period culture [Archive] - The Apricity Forum: A European Cultural Community

Ajeje Brazorf

01-19-2025, 01:06 PM

https://www.nature.com/articles/s41586-024-08418-5

The study offers a remarkable interdisciplinary analysis of Avar-period communities in the Vienna Basin, focusing on the cemeteries at Leobersdorf (LEO), Mödling (MGS), Csokorgasse (CSK), and two earlier sites, Mödling-Leinerinnen (MLE) and Mödling-Lerchengasse (MLS). The research integrates genetic, archaeological, and anthropological data from 722 newly analyzed ancient genomes, presenting a detailed portrait of the cultural and genetic diversity during this period.

Genetic Disparity Between Neighboring Sites

1. Leobersdorf (LEO):
- Ancestry: Predominantly East Asian (~71.5%), supplemented by Pontic steppe (up to 61.4%) and minor pre-Avar European ancestry. This composition was consistent over six generations, highlighting long-term genetic continuity and limited intermarriage with neighboring European-like communities.
- Haplogroups:
- Male individuals predominantly carried Y haplogroup C2b, associated with East Asian populations.
- Female mitochondrial DNA (mtDNA) was diverse, indicating exogamous marriages with women from other regions.
- Samples and Dating: 155 samples were analyzed from 181 identified burials (7th–9th century CE). The well-preserved skeletal remains allowed for high-resolution DNA recovery, with 139 individuals included in a reconstructed six-generation pedigree.
- Location: LEO lies in the Vienna Basin, approximately 20 km from Mödling. It remained genetically linked to Avar core areas in Hungary rather than nearby Mödling.

2. Mödling (MGS):
- Ancestry: Primarily European-like with minimal East Asian admixture (<5%). This community formed a genetic cluster resembling modern Europeans, with links to earlier pre-Avar populations in the region (MLE, MLS).
- Haplogroups:
- Y haplogroups included R1a and R1b, which are common in Europe.
- mtDNA was varied, reflecting female mobility and admixture across regions.
- Samples and Dating: 485 samples were analyzed from 536 identified individuals (7th–8th century CE). Pedigrees reconstructed for 356 individuals spanned multiple generations, demonstrating strong kinship networks and social cohesion.
- Location: Located near Leobersdorf, Mödling exhibited a distinct genetic identity despite shared cultural practices with LEO.

3. Csokorgasse (CSK):
- Ancestry: Individuals displayed genetic profiles similar to Mödling, with minimal East Asian admixture (median ~6.6%). No evidence supported an eighth-century Eastern genetic influx as hypothesized by archaeologists.
- Samples and Dating: 83 samples were analyzed from a cemetery of 745 graves (7th–9th century CE).
- Location: Situated along the Danube, CSK revealed extensive genetic ties to Mödling, suggesting frequent interactions between these communities.

4. Earlier Pre-Avar Sites (MLE and MLS):
- Ancestry: These sites predate Avar rule, showing European genetic profiles consistent with Iron Age and late Roman populations.
- Samples and Dating: Seven samples were analyzed—five from Mödling-Leinerinnen (6th century CE) and two from Mödling-Lerchengasse (4th century CE)—providing valuable context for comparison with Mödling and Leobersdorf.

Cultural and Genetic Practices

1. Reproductive Strategies and Kinship:
- Both LEO and MGS avoided inbreeding, achieved through female exogamy, with women marrying into other communities.
- Patrilineal and patrilocal structures were dominant:
- At LEO, 88% of males shared the same Y haplogroup (C2b), emphasizing male lineage continuity.
- At MGS, patrilineality was less pronounced (70%), reflecting greater social flexibility.
- Multi-reproductive unions (e.g., levirate marriages) were common, particularly at MGS, where widows frequently remarried within the same family to maintain social cohesion.

2. Long-Term Genetic Barriers:
- Despite their proximity, LEO and MGS maintained distinct genetic identities over 150 years. LEO had more genetic ties to distant Avar centers (e.g., Danube–Tisza Interfluve) than to nearby Mödling.

3. Cultural Similarities Despite Genetic Differences:
- Both sites shared common funerary practices typical of the Avar realm (e.g., inhumation in west–east graves, multi-partite belt sets, modest female jewelry).
- MGS exhibited more frequent and higher-quality grave goods, such as pottery and glass-beaded necklaces, indicating subtle cultural variations.

IBD Networks and Regional Connections

1. Intra- and Inter-Site Genetic Ties:
- Within sites, genetic connections were dominated by male-to-male links due to patrilocality.
- Between sites, higher female-relatedness connections indicated women moved between communities to form marriage alliances.

2. Long-Distance Links:
- LEO individuals had stronger genetic connections to Avar heartland sites (e.g., Kunszállás in Hungary) than to Mödling or Csokorgasse, reflecting broader Avar marital networks.

3. Social Status and Genetic Relatedness:
- Prestigious grave goods (e.g., belt sets for men, coat clasps for women) correlated with higher genetic connectivity, underscoring the role of kinship in societal hierarchy.

Community Development Over Generations

1. Settlement Patterns:
- Both LEO and MGS began as small settlements in the late 7th century, expanding into structured communities dominated by large kinship networks by the 8th century.

2. Demographic Trends:
- Peak burials occurred in the 4th and 5th generations, followed by a decline in the 6th generation, likely due to the Frankish conquest in the 790s CE.

Conclusion and Broader Implications
The study demonstrates how genetic and cultural practices intersected in Avar-period communities, revealing:
- Deliberate reproductive strategies that sustained genetic distinctions despite shared cultural frameworks.
- Complex admixture processes that varied across regions, challenging simple models of replacement or acculturation.
- Interdisciplinary approaches to reconstruct kinship, mobility, and societal structure in ancient populations.

Ajeje Brazorf

01-19-2025, 01:08 PM

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Ajeje Brazorf

01-19-2025, 01:15 PM

<colgroup><col width="63" style="mso-width-source:userset;mso-width-alt:2304;width:47pt"> <col width="32" style="mso-width-source:userset;mso-width-alt:1170;width:24pt"> <col width="128" style="mso-width-source:userset;mso-width-alt:4681;width:96pt"> <col width="278" style="mso-width-source:userset;mso-width-alt:10166;width:209pt"> <col width="123" style="mso-width-source:userset;mso-width-alt:4498;width:92pt"> </colgroup><tbody>
Lab ID
Sex
percentage 1240K
yhap
mtDNA_Hap

CSK001
M
62,33%
E1b1b1a1b1(E-CTS3287,E-L618)
U4d2

CSK002
M
63,02%
E1b1b1a1b1a(E-V13)
H

CSK003
M
64,85%
E1b1b1a1b1a(E-V13)
H

CSK004
M
59,55%
E1b1b1a1b1a(E-V36,E-V13)
H41a

CSK005
F
66,43%
NA
U5a1a2b

CSK006
M
72,87%
R1b1a2a1a1c(R-Z381)
U5b2b4a

CSK007
F
28,09%
NA
H5a1+152

CSK008
F
51,81%
NA
X2b

CSK009
F
56,06%
NA
C4b1

CSK010
F
58,58%
NA
T2b4+152

CSK011
F
29,58%
NA
K1a+195

CSK012
M
70,41%
J2a1b1(J-M92)
U5a1a1d

CSK013
M
58,35%
J2a1b1(J-M92)
H1c+152

CSK014
M
63,44%
R1b1a2a1a2(R-P312)
H6c

CSK015
F
75,19%
NA
U1a1a2

CSK016
M
54,59%
E1b1b1a1b1(E-CTS1975,E-L618)
U5a1a2b

CSK017
F
43,55%
NA
K1c1

CSK018
F
60,72%
NA
K1a+195

CSK019
M
66,15%
E1b1b1a1b1a(E-Page102,E-V13)
U5a1a1b

CSK020
F
66,06%
NA
H

CSK021
F
28,47%
NA
NA

CSK022
F
68,69%
NA
T1a1

CSK023
F
76,29%
NA
H

CSK024
M
0,29%
A(A)
NA

CSK025
F
68,38%
NA
H11a1

CSK026
M
35,94%
J2a(J-L212,J-M410)
K2a3

CSK027
M
0,95%
CT(CT-Z17710,CT-M168)
NA

CSK028
F
64,87%
NA
H1ap1

CSK029
F
43,97%
NA
H1a3b1

CSK030
M
70,49%
I2a2a1b1(I-L702)
I1a1

CSK031
M
1,48%
E1b1b1a(E-L546,E-V68,1)
NA

CSK032
M
75,87%
E1b1b1a1b1(E-CTS3287,E-L618)
H92

CSK033
M
26,42%
E1b1b1a1b1(E-CTS1773,E-L618)
H6a1a

CSK034
F
69,19%
NA
K1b1c

CSK035
M
63,80%
E1b1b1a1b1(E-CTS5291,E-L618)
J1b1a2a

CSK036
M
63,92%
E1b1b1a1b1a(E-V13)
H7c1

CSK037
F
56,00%
NA
U4b

CSK038
F
47,03%
NA
T1a1

CSK039
M
32,09%
E1b1b1a1b1(E-CTS3287,E-L618)
H1a

CSK040
F
74,53%
NA
H6a1a

CSK041
M
75,54%
E1b1b1a1b1a(E-Page102,E-V13)
U5b2a1a+16311

CSK042
M
56,14%
E1b1b1a1b1a(E-V13)
J2a1a1

CSK043
M
18,07%
E1b1b1a1b1(E-CTS7273,E-L618)
U5a1a1

CSK044
M
71,72%
E1b1b1a1b1a(E-V13)
H7c1

CSK045
M
27,38%
E1b1b1a1b1a(E-V13)
U5a1d2b

CSK046
M
68,71%
E1b1b1a1b1(E-L618)
T1a1

CSK047
M
56,48%
E1b1b1a1b1(E-L618)
X2k

CSK048
M
64,67%
E1b1b1a1b1(E-L618)
HV0c

CSK049
F
28,10%
NA
J1b1a2a

CSK050
M
54,86%
E1b1b1a1b1(E-L618)
U5a1a1d

CSK051
F
59,20%
NA
H

CSK052
M
61,25%
E1b1b1a1b1(E-L618)
H101

CSK053
M
60,71%
E1b1b1a1b1(E-CTS1773,E-L618)
U7b

CSK054
F
12,22%
NA
X2

CSK055
F
32,02%
NA
H1

CSK056
F
63,95%
NA
H13a2c1

CSK057
M
66,67%
E1b1b1a1b1a(E-V13)
J1c4b

CSK058
M
74,51%
E1b1b1a1b1a(E-V13)
U5b3a2

CSK059
F
62,35%
NA
H1u

CSK060
F
68,74%
NA
H11a1

CSK061
F
68,92%
NA
J1c2c2a

CSK062
M
61,43%
E1b1b1a1b1(E-CTS3287,E-L618)
J1c1e

CSK063
F
63,97%
NA
U8b1b1

CSK064
F
54,59%
NA
H4a1

CSK065
M
33,59%
E1b1b1a1b1(E-CTS7273,E-L618)
H6a1a

CSK066
F
5,25%
NA
R12'21

CSK067
M
70,60%
E1b1b1a1b1a(E-V13)
H101

CSK068
M
53,55%
R1b1a2a2c1a(R-S12460,R-CTS7822)
U5a2b

CSK069
F
29,90%
NA
I1

CSK070
F
37,24%
NA
I1b

CSK071
M
65,34%
E1b1b1a1b1a(E-V13)
K1a3

CSK072
U
2,49%
NA
H2a2a1

CSK073
F
69,03%
NA
H3h6

CSK074
F
70,74%
NA
T2b

CSK075
F
36,83%
NA
H6a1a

CSK076
F
67,58%
NA
U2e2a

CSK077
M
60,09%
E1b1b1a1b1(E-L618)
H4a1

CSK078
M
5,02%
E1b1b1a(E-PF2115,E-V68,1)
H4a

CSK079
M
53,86%
E1b1b1a1b1a(E-V13)
H101

CSK080
F
68,68%
NA
H1k1

CSK081
F
2,27%
NA
T2

CSK082
M
61,65%
E1b1b1a1b1(E-CTS1773,E-L618)
U1a1a+16129

CSK083
M
7,33%
E1b1b1(E-M5156,E-M5021)
H1e

LEO004
F
53,76%
NA
G3a3

LEO005
F
9,00%
NA
D4e4

LEO006
M*
0,19%
NA
NA

LEO006
M
0,06%
A(A)
NA

LEO007
F
33,43%
NA
D4m2a

LEO008
M
43,42%
C2b1(C-F1699)
D4m2a

LEO009
M
4,58%
N1c1a(N-M178)
NA

LEO010
F
59,55%
NA
G2a5

LEO011
F
61,51%
NA
T1a1b

LEO012
F
73,05%
NA
R0a2d

LEO013
F
22,35%
NA
H1

LEO014
F
59,98%
NA
B2b1

LEO015
M
35,70%
C2b1a1b1(C-F3830)
D4j5a

LEO016
F
0,31%
NA
NA

LEO016
F
0,20%
NA
NA

LEO017
F
0,44%
NA
NA

LEO017
F*
0,21%
NA
NA

LEO018
F
7,65%
NA
M7c1a1

LEO019
F
52,62%
NA
G3a3

LEO020
M
45,04%
C2b1a1b(C-F1756)
D4+195

LEO021
F
8,68%
NA
D4b2b

LEO022
F
34,98%
NA
B2b1

LEO023
M
51,16%
C2b1a1b(C-F1756)
H10a

LEO024
M
6,25%
C2b(C-F1906,C-L1373)
NA

LEO024
M
2,30%
CT(CT-M5606,CT-M168)
NA

LEO025
F
27,46%
NA
T1a1

LEO026
M
56,10%
DE(DE-Z17404,DE-M145)
U4b1b1

LEO027
F
66,88%
NA
C4a2a1

LEO028
F
7,27%
NA
D4

LEO028
F
3,08%
NA
NA

LEO029
F
57,53%
NA
U2e2a1c

LEO030
F
69,27%
NA
H46

LEO031
M
32,60%
C2b1a1b(C-F3844,C-F1756)
C4a2c

LEO032
F
1,35%
NA
NA

LEO032
F
0,44%
NA
NA

LEO033
F
70,62%
NA
H

LEO034
M
57,35%
C2b1a1b(C-F1756)
G2a2

LEO035
F
54,33%
NA
H

LEO036
M
65,21%
C2b1a1b(C-F1756)
U5b2b

LEO037
F
15,85%
NA
H1e1b1

LEO038
M
71,86%
C2b1a1b1(C-F3830)
H1

LEO039
M
66,40%
C2b1a1b1(C-F3830)
D4m2a

LEO040
M
10,42%
CT(CT-M168)
M5c2

LEO041
F
44,23%
NA
G2a2

LEO042
F*
3,07%
NA
NA

LEO043
F
1,24%
NA
D4

LEO043
F
0,32%
NA
NA

LEO044
M
24,46%
C2b(C-F1906,C-L1373)
D4m2a

LEO045
M
14,74%
C2b1a1b1(C-F3830)
M5c2

LEO046
F
57,92%
NA
U4b1b1

LEO047
M
18,00%
C2b1(C-F1699)
U4b1b1

LEO048
F
68,12%
NA
U4b1b1

LEO049
M
54,26%
C2b1a1b(C-F1756)
D4j8

LEO050
M
39,71%
C2b1a1b1(C-F3830)
U2e2a1c

LEO051
F
36,88%
NA
M8

LEO052
F
52,60%
NA
D4i

LEO053
M
28,21%
C2b1a1b1(C-F3830)
G2a2

LEO054
F
33,51%
NA
H13b1a

LEO055
F
64,89%
NA
D4e4a

LEO056
M
64,02%
DE(DE-Z17404,DE-M145)
U5b2b

LEO057
M
5,22%
C2b(C-F3972,C-L1373)
L3

LEO058
M
67,02%
DE(DE-Z17404,DE-M145)
J1c5a

LEO059
F
64,07%
NA
H

LEO060
F
67,61%
NA
H

LEO061
F
8,77%
NA
B4b

LEO062
M
32,29%
C2b1a1b(C-F1756)
B2b1

LEO063
F
60,67%
NA
G2a2a

LEO064
M
15,44%
C2b(C-F3787,C-L1373)
H2

LEO065
F
37,24%
NA
U5

LEO066
M
50,41%
C2b1a1b1(C-F3830)
H

LEO067
M
37,75%
C2b1a1b(C-F3844,C-F1756)
G3a3

LEO068
M
45,63%
C2b1a1b1(C-F3830)
G2a2a

LEO069
F
73,30%
NA
K1a

LEO070
F
43,97%
NA
H1j3

LEO071
M
57,44%
C2b1a1b(C-F1756)
D4i

LEO072
M
64,19%
DE(DE-FGC2047,DE-M145)
H10a

LEO073
M
62,06%
C2b1a1b1(C-F3830)
D4m2a

LEO074
M
55,99%
DE(DE-Z17404,DE-M145)
C

LEO075
M
66,06%
DE(DE-FGC2047,DE-M145)
C

LEO076
F
1,56%
NA
NA

LEO076
F
1,99%
NA
NA

LEO077
F
42,14%
NA
H16

LEO078
F
77,09%
NA
H13a1a1

LEO079
F
54,31%
NA
U2e

LEO080
F
58,47%
NA
C

LEO081
F
42,69%
NA
B4b1a3a

LEO082
F
59,08%
NA
D4f

LEO083
M
44,74%
C2b1a1b(C-F3844,C-F1756)
H1

LEO084
F
6,11%
NA
U

LEO085
M
70,33%
C2b1a1b1(C-F3830)
D4j5a

LEO086
F
17,78%
NA
K1

LEO087
M
71,01%
DE(DE-Z17404,DE-M145)
D4j5a

LEO088
M
71,31%
DE(DE-FGC2047,DE-M145)
G2b2

LEO089
M
75,92%
DE(DE-Z17404,DE-M145)
F1g1

LEO090
F
56,27%
NA
F1g1

LEO091
M
52,06%
R1a1a1(R-M417)
V1a1

LEO092
M
20,34%
C2b1a1b(C-F3937,C-F1756)
H1

LEO093
M
71,47%
C2b1a1b1(C-F3830)
C4a1a

LEO094
M
73,97%
C2b1a1b1(C-F3830)
H10a

LEO095
M
51,35%
C2b1a1b(C-F1756)
D4i2

LEO096
M
69,17%
C2b1a1b1(C-F3830)
D4e4a

LEO097
M
75,53%
C2b1a1b1(C-F3830)
D4j5a

LEO098
M
66,40%
C2b1a1b1(C-F3830)
J1c5a

LEO099
M
58,71%
C2b1a1b(C-F3844,C-F1756)
D4m2a

LEO100
M
37,08%
C2b1a1b1(C-F3830)
D4e4a

LEO101
M
18,47%
C2b1a1b(C-F3844,C-F1756)
C4a1

LEO101
M
8,67%
C2b(C-F3904,C-L1373)
NA

LEO102
M
55,31%
C2b1a1b1(C-F3830)
C4a1a+195

LEO103
F
53,11%
NA
B4b1a3a

LEO104
M
71,54%
C2b1a1b(C-F1756)
K1a1a

LEO105
M
73,53%
C2b1a1b1(C-F3830)
U4a2

LEO106
M
74,98%
C2b1a1b1(C-F3830)
K1a1a

LEO107
F
65,23%
NA
F1b1+@152

LEO108
M
37,92%
C2b1a1b(C-F1756)
C4b1

LEO109
M
46,69%
C2b1a1b(C-F1756)
U5a1a1

LEO110
M
0,64%
CT(CT-M294,CT-M168)
NA

LEO110
F
0,74%

NA

LEO111
M
46,29%
C2b1(C-F1699)
U7b

LEO112
F
63,44%
NA
D4f

LEO113
F
47,61%
NA
D4i

LEO114
M
67,46%
DE(DE-FGC2047,DE-M145)
C

LEO115
F
31,15%
NA
D4j12

LEO116
F
18,25%
NA
G2a5

LEO117
F
31,37%
NA
F1b1e

LEO118
F
53,49%
NA
H1j3

LEO118
F
2,87%
NA
NA

LEO119
M
29,31%
C2b1a1b(C-F3844,C-F1756)
D4j7

LEO120
M
64,18%
O2a2b1a2a1(O-CTS11459,O-F46)
H1

LEO121
M
57,15%
C2b1a1b1(C-F3830)
T2b

LEO122
M
4,74%
C2b1(C-FGC16362,C-F1699)
NA

LEO123
M
5,08%
CT(CT-M294,CT-M168)
D4m2a

LEO124
F
37,45%
NA
U4a

LEO125
F
60,05%
NA
H1j3

LEO125
U
0,51%
NA
NA

LEO126
F
18,29%
NA
H1

LEO127
F
23,69%
NA
U4a2

LEO128
M
59,96%
C2b1a1b1(C-F3830)
B2b1

LEO129
M
21,93%
C2b1a1b(C-F1756)
U7b

LEO130
U
3,77%
NA
U5a2a1

LEO130
U
0,61%
NA
U5a2a1

LEO131
F
62,60%
NA
U4a2a

LEO132
M
12,57%
C2b(C-F3776,C-L1373)
B4b1a3a

LEO133
M
9,83%
C2b1a1b1(C-F3830)
T2b

LEO133
M
13,57%
C2b(C-F2661,C-L1373)
T

LEO134
M
5,52%
C2b(C-F2661,C-L1373)
C4a1a+195

LEO135
M
57,34%
C2b1a1b(C-F1756)
D4j7

LEO136
M
16,62%
C2b1a1b(C-F1756)
T2b

LEO137
M
58,99%
C2b1a1b1(C-F3830)
U5a1a1

LEO138
M
48,08%
C2b1a1b(C-F3844,C-F1756)
U5b2b

LEO139
M
55,17%
C2b1a1b1(C-F3830)
D4+195

LEO140
F
65,39%
NA
X2b

LEO141
M
64,47%
C2b1a1b1(C-F3830)
D4j

LEO142
F
48,72%
NA
T1a1'3

LEO143
U
7,30%
NA
NA

LEO144
M
27,60%
C2b(C-F1906,C-L1373)
D4j8

LEO145
F
5,09%
NA
NA

LEO146
M
0,94%
A(A)
NA

LEO147
F
13,39%
NA
U5a1a1

LEO148
F
54,54%
NA
W1

LEO149
F
1,66%
NA
C4a1a+195

LEO150
M
0,92%
A(A)
NA

LEO151
F
46,09%
NA
D4e4a

LEO152
F
26,43%
NA
HV0c

LEO153
F
53,10%
NA
B4b1a3a

LEO154
M
0,20%
A(A)
NA

LEO155
F
63,18%
NA
H

</tbody>

Ajeje Brazorf

01-19-2025, 01:16 PM

<colgroup><col width="63" style="mso-width-source:userset;mso-width-alt:2304;width:47pt"> <col width="32" style="mso-width-source:userset;mso-width-alt:1170;width:24pt"> <col width="128" style="mso-width-source:userset;mso-width-alt:4681;width:96pt"> <col width="278" style="mso-width-source:userset;mso-width-alt:10166;width:209pt"> <col width="123" style="mso-width-source:userset;mso-width-alt:4498;width:92pt"> </colgroup><tbody>
Lab ID
Sex
percentage 1240K
yhap
mtDNA_Hap

MGS001
F
55,23%
NA
H13a1b

MGS002
F
54,80%
NA
K2b1b

MGS003
M
51,71%
R1a1a1b1a2b(R-CTS1211)
K1a4a1a

MGS004
M
1,64%
I(I-CTS5764,I-M170)
NA

MGS004
M
0,28%
A(A)
NA

MGS005
M
29,94%
R1a1a1b1a2b(R-CTS1211)
U3c

MGS005
M
10,82%
P1(P-M45)
U3a'c

MGS006
M
62,37%
E1b1b1a1b1a(E-V13)
H5a1a

MGS007
F
56,49%
NA
T2c1d

MGS008
F
53,58%
NA
T1a1

MGS009
M
41,01%
R1a1a1b(R-Z647,R-Z645)
T1a1'3

MGS010
M
69,88%
J2a1(J-L27,J-L26)
U5a1a1

MGS011
F
18,11%
NA
H2a2a1

MGS012
M
59,24%
J2a1b1(J-M92)
U5a2b

MGS013
M
54,16%
R1a1a1b1a2b3(R-CTS3402)
H5m

MGS014
F
28,20%
NA
H5m

MGS015
F
64,60%
NA
H1a3b1

MGS016
F
53,30%
NA
D4j11

MGS017
M
64,87%
I2a1b2a(I-CTS10936)
H40

MGS018
M
41,83%
G2a2b2a1a1a2a(G-L1264)
K1a2

MGS019
F
60,74%
NA
H2b

MGS020
M
41,07%
R1a1a1b1a1b1(R-L1029)
X2e1b

MGS021
M
55,59%
G2a2b2a1a1a2a(G-L1264)
D4j11

MGS022
M
60,51%
I2a1b(I-M423)
K2b1b

MGS023
F
59,56%
NA
H1e1b1

MGS024
M
60,39%
J2b(J-M12)
U2e1a1

MGS025
M
51,89%
J2b(J-M12)
U2e1a1

MGS026
F
64,20%
NA
T2b25

MGS027
F
55,25%
NA
H1b1

MGS028
M
77,48%
R1a1a1b1a1b1(R-L1029)
H1c+152

MGS029
M
66,14%
R1a1a1b1a1b1(R-L1029)
H1c+152

MGS030
M
47,39%
R1a1a1b1a1b1(R-L1029)
W1i

MGS031
M
67,98%
R1a1a1b1a1b1(R-L1029)
U3a1

MGS032
M
66,08%
J1(J-M267)
J1b1a1

MGS033
M
68,67%
I1a3(I-Z63)
H+152

MGS034
M
52,62%
R1a1a1b1a1b(R-CTS11962,1)
T2b8

MGS035
F
50,86%
NA
H1c+152

MGS036
M
50,03%
G2a2b2a1a1a2a(G-L1264)
H5e1

MGS037
F
61,27%
NA
H5e1

MGS038
F
65,01%
NA
J2b1

MGS039
F
53,32%
NA
H5e1

MGS040
M
44,78%
G2a2b2a1a1a2a(G-L1264)
D4j11

MGS041
M*
0,87%
NA
NA

MGS041
M
0,20%
E1b1b1a(E-PF2178,E-V68.1)
NA

MGS042
M
3,71%
E1b1b1a(E-PF2188,E-V68,1)
NA

MGS043
M
0,51%
CT(CT-M5588,CT-M168)
NA

MGS043
M
0,09%
A(A)
NA

MGS044
F
67,51%
NA
H5e1

MGS045
M
15,36%
L(L-PF5528,L-M20)
H2a2a1

MGS045
M
2,13%
L(L-M61,L-M20)
H2a2a1

MGS046
F
60,69%
NA
H

MGS047
F
55,49%
NA
J1b1a1

MGS048
M
73,02%
R1b1a2a1a1c2b1b(R-Z160,R-Z159)
X2b

MGS049
M
60,73%
R1b1a2a1a1b(R-Z18,R-Z19)
H

MGS050
F
67,94%
NA
H5a3

MGS051
M
58,99%
R1b1a2a1a2b1(R-L2)
U5a2b

MGS052
F
30,35%
NA
H2a2a1

MGS053
M
54,29%
T1a1a1a1a1(T-CTS6507)
U5a1b1c1

MGS054
F
61,99%
NA
H5e1a

MGS055
F
67,36%
NA
T1a1

MGS056
M
7,10%
J(J-PF4591,J-M304)
NA

MGS056
M
2,13%
P1(P-P226,P-M45)
NA

MGS057
F
60,91%
NA
U1a1a2

MGS058
F
8,82%
NA
H1

MGS059
M
34,90%
T1a1a1a1(T-Z710,T-CTS8512)
J1b1a1

MGS060
M
52,61%
R1b1a2a1a2(R-P312)
T1a1

MGS061
F
2,15%
NA
NA

MGS062
M
32,47%
T1a1a1a1(T-Z714,T-CTS8512)
H2a2

MGS063
M
22,36%
R1b1a2a1(R-L51)
H2a2a1

MGS063
M
3,11%
F(F-P148,F-M89)
NA

MGS064
M
31,75%
R1a1a1b1a2b3(R-CTS3402)
H11a

MGS065
M?*
0,26%
NA
NA

MGS065
M
0,03%
A(A)
NA

MGS066
F
56,78%
NA
H3h6

MGS067
F
69,26%
NA
H5e1

MGS068
M
13,39%
J(J-L778,J-M304)
H2a2

MGS069
M
63,07%
J1a2b(J-P58)
H2b

MGS070
F
67,98%
NA
H15a1a

MGS071
M
53,43%
J1a(J-CTS5368)
T2e5

MGS072
F
8,65%
NA
U8

MGS072
F
1,88%
NA
NA

MGS073
F
50,42%
NA
H15a1a1

MGS074
F
54,65%
NA
U2e1b1

MGS075
M
49,43%
I2a1b(I-CTS1293,I-M423)
H5

MGS076
M
36,06%
R1a1a(R-M512)
H4a

MGS077
M
53,92%
T1a1a1a1a(T-L906,T-P77)
H5e1

MGS078
M
23,05%
T1a1a1a1a1(T-CTS6507)
D1k

MGS079
M
60,97%
T1a1a1a1a(T-L906,T-P77)
H13c1a

MGS080
F
52,65%
NA
H1a

MGS081
F
11,30%
NA
H2

MGS082
F
36,33%
NA
J1b1a

MGS083
F
67,33%
NA
T1a1

MGS084
F
15,11%
NA
T2h

MGS085
F
54,34%
NA
U2e2a1

MGS086
F
68,26%
NA
H24

MGS087
M
55,50%
R1a1a1b1a2b3(R-CTS3402)
H1at

MGS088
M
21,33%
R1b1a2(R-L265,R-M269)
H2a2a1

MGS089
M
25,87%
R1b1a2a1a2c1b1b4(R-S7835,R-S7834)
H3au

MGS090
M
74,64%
R1b1a2a2c1a1a(R-CTS9219)
H1b1

MGS091
F
68,32%
NA
W1i

MGS092
M
14,11%
T1a1a1a1(T-Z714,T-CTS8512)
H11a

MGS093
F
76,12%
NA
H6a1b2

MGS094
M
75,48%
E1b1b1a1b1a(E-V13)
H5a1a

MGS095
F
4,08%
NA
NA

MGS096
M
37,60%
R1a1a1b1a1(R-M458)
T2b4+152

MGS097
F
51,31%
NA
H1a

MGS098
M
38,93%
E1b1b1a1b1(E-CTS1773,E-L618)
T2g1

MGS099
F
38,88%
NA
U5a2

MGS100
F
57,50%
NA
H10a1

MGS101
F
48,49%
NA
H1e1

MGS102
M
67,48%
R1b1a2a2c1a1a(R-CTS9219)
H1b1

MGS103
F
8,69%
NA
NA

MGS104
F
65,32%
NA
U5a2a1

MGS105
M
50,74%
R1a(R-M449,R-M420)
U5a1a1a

MGS106
M
72,63%
T1a1a1a1a1(T-CTS6507)
H5+709

MGS107
F
62,00%
NA
H13c1a

MGS108
F
42,98%
NA
U5a2

MGS109
M
11,75%
R1b1a2(R-CTS623,R-M269)
H2a2a1

MGS110
M
72,07%
R1a1a1b1a2b3(R-CTS3402)
U2e2a1d

MGS111
F
74,06%
NA
U7b

MGS112
M
25,33%
R1a1a1b1a2b(R-CTS1211)
H3

MGS113
M
31,23%
I2a2a1b1(I-L702)
H

MGS114
F
54,68%
NA
W6a

MGS115
F
73,64%
NA
H5

MGS116
F
58,83%
NA
H5e1

MGS117
F
17,92%
NA
H56a

MGS118
M
65,66%
R1b1a2a1a1c2b2a1(R-Z2)
T2b

MGS119
M
67,91%
R1b1a2a1a1c(R-Z381)
H28

MGS120
F
66,03%
NA
T2+16189

MGS121
M
2,64%
I(I-CTS8420,I-M170)
NA

MGS122
M
43,26%
T1a1a1a1a(T-L906,T-P77)
U5a1b1c

MGS123
M
75,71%
R1a1a1b1a2b3(R-CTS3402)
U2e2a

MGS124
M
67,41%
I1a1b(I-L22)
H

MGS125
F
72,50%
NA
H15a1a1

MGS126
F
67,04%
NA
H5e1

MGS127
F
49,75%
NA
H6a1a

MGS128
F
68,57%
NA
H24

MGS129
F
71,45%
NA
H24

MGS130
F
60,82%
NA
U5b2b4

MGS131
M
59,86%
R1a1a1b1a1b1(R-L1029)
T2b4a

MGS132
F
69,12%
NA
T2e5

MGS133
M
62,38%
E1b1b1a1b1(E-CTS1773,E-L618)
W5a2

MGS134
M
65,35%
R1a1a1b1a2b3(R-CTS3402)
H2b

MGS135
F
70,15%
NA
H5m

MGS136
M
0,94%
A(A)
NA

MGS137
F
36,89%
NA
J1b1a1b

MGS138
M
34,91%
E1b1b1a(E-CTS8899,E-V68.1)
N2a1

MGS139
M
59,52%
R1a1a1b1a1b(R-CTS11962.1)
H1aj

MGS140
M
74,93%
I2a1b(I-M423)
H1c+152

MGS141
F
15,24%
NA
D4j11

MGS142
M
53,67%
E1b1b1a1b1(E-L618)
U5a1a1b

MGS143
M
67,79%
I2a1b2a1(I-CTS10228,I-CTS5966)
H1c+152

MGS144
F
58,00%
NA
H1a

MGS145
M
65,51%
G2a2b2a1a1a2a(G-L1265,G-L1264)
V18a

MGS146
M
71,77%
E1b1b1a1b1a(E-V13)
V3c

MGS147
M
50,75%
E1b1b1a1b1a(E-V13)
HV

MGS148
M
54,52%
I2a1b(I-CTS5375,I-M423)
H26c

MGS149
M
67,50%
E1b1b1a1b1(E-CTS3287,E-L618)
U5a1a1b

MGS150
F
60,85%
NA
H36

MGS151
M
59,26%
N1c1a1a1a(N-L550)
H56

MGS152
F
69,14%
NA
J1c8a

MGS153
F
34,46%
NA
H2a2a1

MGS154
M
17,39%
T1a1a(T-CTS4085,T-L208)
H2a2a1

MGS155
M
31,63%
J1a2b(J-P58)
H1b

MGS156
M
47,11%
R1a1a1b1a2b(R-CTS1211)
H

MGS157
M
46,25%
I1(I-M253)
T2

MGS158
F
61,45%
NA
H6a1a

MGS159
M
46,16%
R1a1a1b1a2b3(R-CTS3402)
K1a4c1

MGS160
M
39,38%
I1a1b(I-L22)
R

MGS161
F
56,01%
NA
H10e2

MGS162
F
32,99%
NA
H5r

MGS163
M
62,36%
I2a1b2a1(I-CTS10228,I-CTS5966)
HV6a

MGS164
F
30,24%
NA
V3c

MGS165
F
47,21%
NA
W1i

MGS166
M?*
0,20%
NA
NA

MGS167
F
51,32%
NA
H5r

MGS168
M
0,49%
BT(BT-M9209,BT-M42)
NA

MGS169
F
60,73%
NA
U5a1a1

MGS170
M
7,78%
I(I-V218.2,I-M170)
H2a2a1

MGS171
F
47,66%
NA
K2b1b

MGS172
M
18,30%
I2a1b2(I-L621)
K1

MGS173
F
58,99%
NA
V+@72

MGS174
F
60,31%
NA
H+152

MGS175
M
59,82%
R1a1a1b1a1b1(R-L1029)
H1+152

MGS176
M
51,39%
E1b1b1a1b1a(E-V13)
H4a

MGS177
F
21,78%
NA
H4

MGS178
F
66,62%
NA
H3h6

MGS179
M
10,30%
I(I-L756,I-M170)
H5

MGS180
F
29,70%
NA
R0a2b

MGS181
M
10,41%
I(I-L41,I-M170)
H2a2a1

MGS182
F
66,95%
NA
H13a1a

MGS183
F
70,51%
NA
H28

MGS184
F
64,12%
NA
X2m2

MGS185
F
66,55%
NA
J2b1

MGS186
M
49,29%
R1a1a(R-M198,R-M512)
H2a+152

MGS187
F
48,89%
NA
T2h

MGS188
M
65,75%
R1a1a1b1a1b1(R-L1029)
J2b1

MGS189
F
45,33%
NA
K1a4a1a2a

MGS190
F
60,79%
NA
T2h

MGS191
F
52,02%
NA
T2b25

MGS192
M
45,17%
G2a2b2a1a1a2a(G-FGC21503,G-L1264)
H24

MGS193
F
35,93%
NA
H1b1

MGS194
M
39,09%
G2a2b2a1(G-PF3331,G-CTS796)
H3h6

MGS195
M
8,03%
G2a2b2a(G-CTS424,G-P303)
H2a2a1

MGS196
M
1,35%
G(G-M3547,G-M201)
NA

MGS197
M
43,94%
G2a2b2a1a1a2a(G-L1264)
H2a2a

MGS198
M
66,76%
T1a1a1a1(T-Z710,T-CTS8512)
U5a2e

MGS199
F
60,69%
NA
U3b

MGS200
M
41,36%
I2a1b(I-M423)
K1a8b

MGS201
F
67,27%
NA
C5c1a

MGS202
M
64,99%
R1a1a1b1a1b1(R-L1029)
H1+152

MGS203
F
61,21%
NA
H+152

MGS204
M
65,51%
R1a1a1b1a2b(R-CTS1211)
J1c4

MGS205
M
65,23%
R1b1a2a1a1c(R-Z381)
H1c2

MGS206
M
61,65%
J1(J-M267)
I1a1c

MGS207
F
64,89%
NA
C5c1a

MGS208
F
9,14%
NA
H7b

MGS209
M
63,03%
R1a1a1b1a2b(R-CTS1211)
N1a1a1a1

MGS210
F
14,45%
NA
U2'3'4'7'8'9

MGS211
M
51,00%
E1b1b1a1b1(E-L618)
H7

MGS212
F
54,33%
NA
H

MGS213
F
58,02%
NA
U5a2e

MGS214
M
16,20%
T1a1(T-PF5658,T-L162)
H

MGS215
F
60,70%
NA
H13a2a

MGS216
F
7,37%
NA
H13a2a

MGS217
M
18,95%
I2a2a1b(I-CTS10057)
H13a

MGS218
M
50,64%
I2a1b2a1(I-CTS10228,I-CTS5966)
U3c

MGS219
M
60,97%
I1a1b3b(I-L813)
J2b1a6

MGS220
M
67,39%
I1(I-M253)
H5a1a

MGS221
M
7,25%
R1b1a2(R-L1063,R-M269)
H2a2a1

MGS222
M
53,75%
R1b1a2(R-L500,R-M269)
H13a2a

MGS223
M
56,84%
I2a1b2a(I-CTS10936)
U3b

MGS224
F
70,53%
NA
U3b

MGS225
M
65,51%
R1b1a2a1a1(R-M405)
H10a1

MGS226
F
34,07%
NA
H5e1b

MGS227
F
70,01%
NA
K1b2a1

MGS228
M
0,39%
BT(BT-M9290,BT-M42)
NA

MGS229
F
29,52%
NA
H5e1

MGS230
M
44,81%
R1b1a2a1a2b1c1(R-Z142)
T1a1

MGS231
M
75,23%
R1b1a2a1a2(R-P312)
U5b1e1

MGS232
F
67,75%
NA
U5b1e1

MGS233
F
55,39%
NA
H5a1

MGS234
F
56,05%
NA
U3b

MGS235
M
36,16%
R1b1a2a2c1a1a(R-CTS9219)
U3b

MGS236
M
53,69%
J2a1(J-L27,J-L26)
H2a5b

MGS237
F
67,36%
NA
H1e1b1

MGS238
M
49,17%
T1a1a1a1a(T-L907,T-P77)
H1e1b1

MGS239
M
60,28%
T1a1a1a1a1(T-CTS6507)
M1a

MGS240
M
60,55%
T1a1a1a1a1(T-CTS6507)
U3b

MGS241
M
59,37%
T1a1a1a1a1(T-CTS6507)
M1a

MGS242
M
64,71%
T1a1a1a1a(T-L906,T-P77)
H1a

MGS243
M
57,66%
T1a1a1a1a1(T-CTS6507)
H1a

MGS244
M
60,62%
T1a1a1a1a(T-L906,T-P77)
T2a3

MGS245
M
43,28%
T1a1a1a1a(T-CTS2860,T-P77)
J1b1a1

MGS246
F
59,92%
NA
T2b

MGS247
M
61,64%
T1a1a1a1a1(T-CTS6507)
J1b1a1

MGS248
F
75,80%
NA
J2a1a1a

MGS249
F
70,23%
NA
T2a3

MGS250
F*
0,79%
NA
NA

MGS251
M
16,15%
J1(J-M267)
I1a1

MGS252
M
6,40%
J(J-CTS3936,J-M304)
NA

MGS253
M
19,02%
T1a1a1a1a(T-L906,T-P77)
H2a2a1

MGS254
F*
0,67%
NA
NA

MGS255
F
58,02%
NA
T2+16189

MGS256
F
0,83%
NA
NA

MGS257
M
4,46%
I(I-CTS3517,I-M170)
NA

MGS258
M
62,21%
I2a2a1b(I-CTS10057)
T2b

MGS259
F*
3,40%
NA
NA

MGS260
M
55,08%
I2a2a1b(I-CTS10057)
H1b2

MGS261
F
65,47%
NA
X2+225+@16223

MGS262
F
54,86%
NA
N1a1a1a2

MGS263
M
65,28%
J2a1h2(J-L25)
H2a1c

MGS264
M
61,17%
I2a2a1b(I-CTS10057)
J2a1a1

MGS265
F
60,86%
NA
J2a1a1

MGS266
M
64,18%
I2a2a1b(I-CTS10057)
H13a2c1

MGS267
F
65,58%
NA
D4j8

MGS268
F
64,97%
NA
J1c2j

MGS269
M
63,31%
I2a2a1b1a1(I-S25733)
D4j8

MGS270
M
34,95%
I2a2a(I-L368,I-M223)
U5a2

MGS271
M
59,19%
R1a1a1b1a2b(R-CTS1211)
H5a

MGS272
M
31,45%
E1b1b1a1b1(E-CTS3287,E-L618)
H13

MGS273
M
54,80%
G2a2b2a1a1a1(G-Z2005,G-L13)
N1a1a1a2

MGS274
M
55,93%
E1b1b1a1b1(E-L618)
H

MGS275
M
34,24%
E1b1b1a1b1a(E-Page102,E-V13)
T2g1a

MGS276
F
54,83%
NA
HV

MGS277
F
70,26%
NA
HV+16311

MGS278
M
7,49%
R1b1a2a1(R-L51)
H2a2a1

MGS279
F
7,31%
NA
H2a2a1

MGS280
F
65,24%
NA
T2g1

MGS281
F
41,00%
NA
H5r

MGS282
M
7,54%
R1(R-M306,R-M173)
NA

MGS283
M
60,30%
N1c1a1(N-L708)
V23

MGS284
F
35,30%
NA
V7a

MGS285
M
18,72%
R(R-P224,R-M207)
G1c

MGS286
M
77,14%
R1b1a2a2c1a1a1(R-Y5587)
H

MGS287
F
19,00%
NA
H2a2a1

MGS288
M
35,15%
R1a1a1b1a2b(R-CTS1211)
H1

MGS289
F
74,48%
NA
HV9+152

MGS290
F
16,70%
NA
NA

MGS291
F
74,99%
NA
X2

MGS292
M
83,73%
I2a2a1b1a1(I-S25733)
H3h6

MGS293
F
75,35%
NA
H2a2a1

MGS294
M
64,68%
E1b1b1b2a1a(E-L29)
T2b25

MGS295
F
75,19%
NA
K2b1b

MGS296
F
12,35%
NA
H2a2a1

MGS297
F
21,56%
NA
D4j8

MGS298
F
80,32%
NA
H13a1a

MGS299
F
65,87%
NA
H13a1a

MGS300
M
23,33%
R1a1a1b1a1b1(R-L1029)
H5r

MGS301
F
73,76%
NA
H5a1

MGS302
F
75,17%
NA
D4j11

MGS303
M
79,73%
G2a2b2a1a1a2a(G-L1264)
J1b1a1

MGS304
F
13,30%
NA
H2a2a1

MGS305
F
79,41%
NA
H1b2

MGS306
M
65,52%
I2a1b2a1(I-CTS10228,I-CTS5966)
H2a2a1

MGS307
M
76,28%
T1a1a1a1a(T-L906,T-P77)
H

MGS308
F
45,97%
NA
H5a

MGS309
F
76,01%
NA
U3b

MGS310
M
78,43%
I2a1b2a(I-CTS10936)
H24

MGS311
M
72,48%
I2a1b2a1(I-CTS10228,I-CTS5966)
T2b

MGS312
F
41,32%
NA
D4j8

MGS313
M
37,32%
I2a1b2a1(I-CTS10228,I-CTS5966)
D4

MGS314
M
83,38%
G2a2b2a1a1a2a(G-L1264)
J1b1b1

MGS315
M
76,32%
T1a1a1a1a1(T-CTS6507)
X2+225+@16223

MGS316
M
77,37%
T1a1a1a1a1(T-CTS6507)
X2+225+@16223

MGS317
M
69,92%
I2a2a1b1(I-L702)
J1c3g

MGS318
F
55,95%
NA
H2a2a1

MGS319
M
73,35%
E1b1b1a1b1(E-CTS1773,E-L618)
H6a1a

MGS320
F
73,00%
NA
H1

MGS321
M
80,06%
R1b1a2a2c1a1a(R-CTS9219)
H5a6

MGS322
M
68,12%
R1b1a2a2c1a1a(R-CTS9219)
HV2a1

MGS323
M
71,23%
R1b1a2a1a1b(R-Z18,R-Z19)
J1b1a1b

MGS324
F
43,44%
NA
T1a1b

MGS325
M
44,92%
R1b1a2a1a1b(R-Z18,R-Z19)
H3g1

MGS326
M
70,10%
R1a1a1b1a1b(R-CTS11962.1)
J1c16

MGS327
F
51,62%
NA
H5a1

MGS328
M
70,25%
I2a1b2a1(I-CTS10228,I-CTS5966)
H1c6

MGS329
M
15,19%
R1a(R-L62,R-M420)
H+73

MGS330
M
2,31%
G2a1a1a1a1a1b1(G-Z16575,G-Z7947)
H4a1a1

MGS331
F
54,89%
NA
U5a2

MGS332
M
35,02%
R1a1a1b1a2b(R-CTS1211)
X2+225+@16223

MGS333
M
40,21%
R1a1a1b1a2b(R-CTS1211)
X2+225+@16223

MGS334
M
21,71%
R1(R-P238,R-M173)
X2+225+@16223

MGS335
F
44,21%
NA
J1b1a1

MGS336
F
0,83%
NA
K1a4a1a2a

MGS337
M
18,65%
R1a1a1b1a1(R-M458)
H1c+152

MGS338
M
0,34%
CT(CT-M5727,CT-M168)
NA

MGS339
F
4,92%
NA
U1a1a

MGS340
M
8,80%
I(I-V218.2,I-M170)
H40

MGS341
F
29,52%
NA
K1a2

MGS342
M
8,77%
R1a(R-L63,R-M420)
T1a1

MGS343
M
16,45%
L1(L-L1304,L-M22)
T2b4+152

MGS344
M
18,66%
R1b1a2(R-CTS623,R-M269)
H2a1

MGS345
M
32,66%
T1a1a1a1(T-Z710,T-CTS8512)
D4j5

MGS346
F
16,37%
NA
J1b1a1

MGS347
M
17,32%
T1a1a1a1a(T-CTS2860,T-P77)
D4j5

MGS348
M
20,24%
R1a1a1b1a2b3(R-CTS3402)
H11a

MGS349
M
8,30%
T1a1(T-CTS484,T-L162)
H5e1

MGS350
F
27,24%
NA
H13c1a

MGS351
M
5,57%
I(I-CTS1800,I-M170)
J1b1b2

MGS352
M
37,96%
R1b1a2a1a2b1(R-L2)
U5a2b

MGS353
F
19,87%
NA
H5e1

MGS354
M
11,92%
I2a1b(I-M423)
H41a

MGS355
M
46,26%
T1a1a1a1a1(T-CTS6507)
J1b1a

MGS356
M
3,16%
T1a(T-PF5664,T-M70)
H13c1a

MGS357
M
17,96%
T1a1a1a1a(T-L906,T-P77)
H1e1b

MGS358
U
5,95%
NA
U3b1b

MGS359
M
25,89%
R1b1a2a2(R-S20902,R-CTS1078)
H1b1

MGS360
U
1,27%
NA
W1i

MGS361
F
23,25%
NA
T2c1e

MGS362
M
0,80%
CT(CT-M5783,CT-M168)
H5a1a

MGS363
M
13,69%
R1a1a1b1a1b1(R-L1029)
T1a1

MGS364
F
1,18%
NA
T1a1'3

MGS365
F
16,89%
NA
H40

MGS366
F
13,35%
NA
H1b1

MGS367
F
2,90%
NA
H3h6

MGS368
M
3,66%
R(R-S4,R-M207)
H1

MGS369
F
10,36%
NA
U3b

MGS370
F
58,95%
NA
W1i

MGS371
F
12,06%
NA
H5'36

MGS372
F
8,94%
NA
J1b1b2

MGS373
M
7,58%
I1(I-M450,I-M253)
T2+16189

MGS374
M
1,63%
CT(CT-M5809,CT-M168)
H5

MGS375
M
7,59%
R(R-P232,R-M207)
T2b

MGS376
M
7,17%
I(I-PF3837,I-M170)
U5a2

MGS377
M
0,84%
I(I-CTS7469,I-M170)
H

MGS378
M
5,88%
P1(P-P226,P-M45)
T2+16189

MGS379
F
6,03%
NA
U3b

MGS380
M
3,51%
CT(CT-M5782,CT-M168)
H5m

MGS381
F
0,96%
NA
H5a

MGS382
M
0,22%
I(I-CTS7502,I-M170)
T2b+152

MGS383
M
8,96%
E1b1b1a(E-CTS10323,E-V68.1)
T2b4+152

MGS384
M
13,32%
R2(R-M479)
H4a1a1a2

MGS385
M
44,03%
I2a1b2a1(I-CTS10228,I-CTS5966)
J1b1a

MGS386
M
53,01%
E1b1b1a1b1a(E-V36,E-V13)
H4a

MGS387
M
2,46%
E1b1b1(E-L931,E-M5021)
H1a

MGS388
M
0,67%
BT(BT-M9069,BT-M42)
H3g3

MGS389
F
57,92%
NA
V3c

MGS390
F*
2,28%
NA
K1a4a1a2

MGS391
M
2,83%
R1(R-M306,R-M173)
H1+152

MGS392
M
61,97%
R1a1a1b1a1b1(R-L1029)
U4a

MGS393
F
5,74%
NA
H5+709

MGS394
M
46,66%
I2a1b2(I-L621)
H1j

MGS395
M
5,72%
I1a2a1a1b(I-CTS10937)
V1a1

MGS396
M
25,92%
J1a(J-CTS5368)
H5'36

MGS397
M
0,78%
BT(BT-M9226,BT-M42)
U5a1a1

MGS398
F
17,06%
NA
W1+119

MGS399
M
9,92%
J1(J-M267)
H5e1

MGS400
U
2,64%
NA
I1a1c

MGS401
M
7,62%
J(J-CTS852,J-M304)
W1+119

MGS402
F
62,46%
NA
H13a2b

MGS403
M
32,57%
J1(J-M267)
T

MGS404
F
26,03%
NA
U5a1a1d

MGS405
M
15,79%
I2a1b2a1c(I-Z17855)
D4j8

MGS406
F*
1,77%
NA
J1

MGS407
M
51,88%
G2a2b2a1a1a1(G-L13)
U4b

MGS408
F
20,68%
NA
T2b

MGS409
F
4,97%
NA
H1ap1

MGS410
M
27,45%
R1b1a2a(R-L23)
H10a1

MGS411
M
19,71%
R1a1a1b(R-Z647,R-Z645)
G1c2

MGS412
F
3,07%
NA
V23

MGS413
F
49,24%
NA
H13a1

MGS414
M
38,64%
R1b1a2a1a1b(R-Z18,R-Z19)
J1b1b1

MGS415
F
21,74%
NA
U5a1g

MGS416
M
0,90%
BT(BT-M9223,BT-M42)
W3b

MGS417
M
39,28%
I2a1b2(I-L621)
NA

MGS418
M
0,83%
I(I-FGC2417,I-M170)
C4a1

MGS419
M
8,02%
R(R-S4,R-M207)
X2+225+@16223

MGS420
M
52,66%
R1a1a1b1a1(R-M458)
T2b+152

MGS421
M
58,37%
R1a1a1b1a1b1(R-L1029)
T1a1

MGS422
M
51,22%
G2a2b2a1a1a2a(G-S11286,G-L1264)
D4j11

MGS423
F
55,77%
NA
U3b

MGS424
F
30,75%
NA
X2m2

MGS425
M
1,69%
CT(CT-M5737,CT-M168)
NA

MGS426
M
44,06%
R1a1a1b1a2b3(R-CTS3402)
H13a1b

MGS427
M
3,40%
G2a2b2a(G-Z3243,G-P303)
NA

MGS428
F
6,11%
NA
T2d2

MGS429
F
20,40%
NA
H6c

MGS430
M
18,19%
J(J-M304)
U2e1a1

MGS431
U
0,96%
NA
NA

MGS432
F
31,40%
NA
U5a1a1d

MGS433
F
41,44%
NA
U5a2a1b

MGS434
M
20,37%
T1a1a1a1a(T-L906,T-P77)
N

MGS435
F
21,12%
NA
H+195

MGS436
F
57,62%
NA
H8c

MGS437
F
34,15%
NA
H13a1a1b

MGS438
M
40,81%
R1b1a2a1a2b1(R-L2)
U5a'b

MGS439
F
46,73%
NA
H2

MGS440
F
11,11%
NA
H26c

MGS441
U
1,02%
NA
NA

MGS442
M
0,86%
T1a(T-CTS10278,T-M70)
H5e1

MGS443
F
8,10%
NA
NA

MGS444
M
2,44%
E1b1b1a(E-PF2115,E-V68.1)
NA

MGS445
F
69,70%
NA
H46

MGS446
M
31,00%
I2a1b(I-CTS1293,I-M423)
U3b

MGS447
M
62,55%
R1b1a2a1b1(R-CTS6889)
H5a

MGS448
M
0,53%
BT(BT-M9373,BT-M42)
T

MGS449
M
42,57%
E1b1b1a1b1a(E-V13)
T2

MGS450
M
25,98%
J2a1h(J-L24)
V3c

MGS451
M
15,97%
R1a1a1b(R-Z645)
J1b1a

MGS452
M
13,99%
I2a1b2a(I-CTS10936)
NA

MGS453
F
54,68%
NA
K2a6

MGS454
M
2,66%
I2(I-L68,I-M438)
H5a1a

MGS455
M
0,41%
BT(BT-M9226,BT-M42)
I1a1c

MGS456
F
2,30%
NA
K1a4a1a2a

MGS457
M
53,46%
G2a2b2a1a1a2a(G-L1264)
W3b

MGS458
M
56,20%
G2a2b2a1a1a2a(G-L1265,G-L1264)
D4j11

MGS459
F
60,42%
NA
H1e2

MGS460
F
25,80%
NA
W

MGS461
M
10,98%
G2a2b2a1(G-PF3337,G-CTS796)
NA

MGS462
M
33,89%
J1(J-M267)
T1a1

MGS463
M
50,26%
T1a1a1a1a1(T-CTS6507)
H6c

MGS464
F
40,93%
NA
H+152

MGS465
F
23,56%
NA
H13a1b

MGS466
M
7,17%
J1(J-M267)
NA

MGS467
M
2,20%
BT(BT-M9288,BT-M42)
NA

MGS468
M
22,97%
R1a1a1b1a1b1(R-L1029)
H2a2

MGS469
U
0,74%
NA
NA

MGS470
F
27,68%
NA
T

MGS471
F
12,03%
NA
NA

MGS472
M
18,43%
J1(J-M267)
W

MGS473
F
65,81%
NA
H1b1

MGS474
F
51,86%
NA
H2a1c

MGS475
U
0,61%
NA
H3h6

MGS476
M
1,99%
R1b1a2(R-CTS623,R-M269)
U5b2b

MGS477
F
22,35%
NA
T2b+152

MGS478
M
26,91%
R1b1a2a1a(R-L151,R-P311)
H13a1a

MGS479
F
0,17%
NA
NA

MGS480
M
33,28%
R1b1a2(R-L500,R-M269)
U1a1a2

MGS481
M
9,08%
I2a1b(I-M423)
H

MGS482
F
34,37%
NA
H1a3b1

MGS483
F
19,02%
NA
K1a4a1a2a

MGS484
M
63,72%
I2a1b2a1(I-CTS10228,I-CTS5966)
K1a4a1a2a

MGS485
F
1,76%
NA
NA

MGS486
M
11,53%
I(I-L847,I-M170)
C4a

MGS487
F
0,24%
NA
NA

MGS488
M
55,42%
G2a2b1a(G-M3338,G-FGC5089)
U5b2a1a+16311

MGS489
F
28,98%
NA
U2e2a

MGS490
M
31,92%
E1b1b1(E-M5108,E-M5021)
H1e1

MGS491
M
2,86%
J(J-F2746,J-M304)
NA

MLE001
F
62,19%
NA
H5a1n

MLE002
F
37,18%
NA
T2f1a

MLE003
M
56,23%
N1c1a1a1a(N-L550)
T2f1a1

MLE004
M
57,34%
I1a2a1a1a(I-S1954)
U8b1b1

MLE005
F
53,88%
NA
H5a1j

</tbody>

Ajeje Brazorf

01-19-2025, 02:23 PM

Temporary coordinates: https://pastebin.com/raw/jbQigRAA

Ajeje Brazorf

01-19-2025, 02:24 PM

delete