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Laks

language: Lak · lbe
9
Y-DNA
samples
2
mtDNA
samples
Compare with…
Y-DNA

Key branches tree #

Tree of the main branches by YFull samples. Each branch includes all samples of its sub-branches; sub-branches are indented. Branches of at least 1% of the sample are shown; branches that only pass one child through are skipped. Age is how many years ago the branch's common ancestor lived (TMRCA), from FTDNA.

J1-ZS3089 J-ZS3089
3 of 9 (3 of 9, 95% confidence interval: 12–65%) 6,300 years
other
6 · 67% (6 of 9, 95% confidence interval: 35–88%)

Among the rest: G 2.

mtDNA

mt-branch tree #

Tree of the mt branches by YFull samples, grouped by letter. Each branch includes all samples of its sub-branches; sub-branches are indented. Branches of at least 1% of the sample are shown; branches that only pass one child through are skipped. Age is how many years ago the branch's common foremother lived (TMRCA), from FTDNA.

1 of 2 (1 of 2, 95% confidence interval: 9–91%) 11k years
V4
1 of 2 (1 of 2, 95% confidence interval: 9–91%) 4,800 years

Distinctive branches of the people · Y #

Branches this people carries 3 or more times as often as all YFull customers together. The multiplier is in brackets. Branches of at least 5 samples are included.

FamilyTreeDNA

Branches in the FTDNA project #

Here are 154 kits of this people from FamilyTreeDNA projects, the same ones the ypredictor predictor counts. Guests and the Other groups of the projects are left out. For 12 of 154 kits the lab gave only a shallow J1 branch; here, as in the predictor, the branch is deepened from neighbours with similar markers.

154
FTDNA
kits
9
YFull
samples
FTDNAYFull
FTDNA · YFull · Δ
J J-M304
61.7% · 77.8%+16.1
J1-Z1842 J-Z1842
57.8% · 55.6%−2.2
CTS1460 J-CTS1460
29.9% · 11.1%−18.8
ZS3089 J-ZS3089
14.3% · 33.3%+19
ZS3042 J-ZS3042
7.1% · 11.1%+4
J2a-Z7671 J-Z7671
2.6% · 22.2%+19.6
R R-M207
24.7% · 0.0%−24.7
13.6% · 0.0%−13.6
Z2106 R-Z2106
7.1% · 0.0%−7.1
L584 R-L584
4.5% · 0.0%−4.5
R1a-M198 R-M198
8.4% · 0.0%−8.4
Y35 R-Y35
3.2% · 0.0%−3.2
Z2123 R-Z2123
1.9% · 0.0%−1.9
G2a G-P15
5.8% · 22.2%+16.4
G2a1-Z6552 G-Z6552
2.6% · 22.2%+19.6
L1264 G-L1264
1.9% · 0.0%−1.9
2.6% · 0.0%−2.6
1.9% · 0.0%−1.9

Migration paths of the characteristic branches #

Paths of the people's main characteristic branches, from YFull samples that report this native language, as modelled by FamilyTreeDNA Discover, on one calendar clock: in each year a branch stands where its ancestral line was. A branch's share is of the people's samples. Grey is a stretch of path shared by several branches; the large marker is the branch itself.

Show the mapHide the map The map unfolds by itself as you scroll down to it.

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The time scale is logarithmic: the closer to the present, the longer a year takes.

Ancient relatives of male lines #

Which cultures of the Copper Age and Early Bronze Age (4000–2000 BCE) the local male lines lead to most closely. The share is how many kits lead to a culture; the range is in brackets. Kits of the FTDNA project “Laks”: 151.

Laks Kura–Araxes culture: 57.4% Kura–Araxes culture ≈ 2,500 BCE · lines: 7 57% 43%
Laks Kura–Araxes culture Kura–Araxes culture · J1: 57.4% J1 Kura–Araxes culture: J1 → J1 57.4% J1 58% R1b 14% R1a 9% G2a 6% J2a 3% E1b1b 3% … 4%
Left: the major branches through which the lines lead to a culture; right: all major branches. Grey: the part of a branch without ancient relatives of this era.
How it is counted
  • Branches of the era. We take the ancient samples whose date falls inside the era, and compare the lines as they stood 1,500 years before the era ends.
  • A culture’s profile is the share of its lines on those branches. The number of samples does not change a weight: a culture of seven men weighs as much as one of a hundred and twenty.
  • A shallow test. An ancient man typed above the cut is spread over the branches under his node, by how many men each holds now. Today’s kits are treated the same way.
  • Who is admitted. A culture takes part when its sharply typed men cover 25% of the population on their own: branch by branch we add the smaller of the two shares, the culture’s and the population’s. One dug within 550 km needs only 0.5%.
  • The shares. We pick the weights of the cultures so that their mixture comes as close as it can to today’s set of branches.
  • Look-alike cultures. When cultures share almost all their branches, the data cannot say whose kin the men are. So we do not split the share between them: they get one bar.
  • The range. We recount everything on random subsets of the samples. In brackets are the bounds the share keeps in nine runs out of ten. A share that can fall below 5%, or below half of itself, is not shown at all.

What it does not mean. This is kinship of male lines, not the origin of a people. The female lines say nothing here. Who takes a test is a matter of chance, so the shares compare between countries, not with a census.

Where the samples come from #

Which countries and regions this people's samples come from; paternal and maternal lines counted separately.

Y-DNA

mtDNA

New this month #

Samples YFull marks as new, in the copy of 2026-11-02. YFull drops the mark after a few weeks.

+1
mtDNA, YFull
new samples as of 2026-11-02

New mtDNA samples in YFull

Data on this page: YFull Y tree, 2 November 2026: 9 samples; YFull mtDNA tree, 2 November 2026: 2 samples.

How to cite: ftdnastat, "Laks: Y-DNA and mtDNA haplogroups", https://ftdnastat.github.io/en/ethnic/lbe/, data of 2026-11-14, build 20261114-18dba71.

The data is licensed under CC BY 4.0: take it, rework it, just credit ftdnastat.