Post your top 5 yDNA and mtDNA haplogroups in your 23andme DNA Relatives list

[MfA_]

My Top 5

mtDNA

5 of HV
2 of H
2 of H1
2 of U5a1
2 of J1c2
2 of U1a1


yDNA

6 of R1b1b2a
3 of J2
2 of E1b1b1c1a
2 of J2a1b*
2 of E1b1b1a2*

[Jackson]

I think i made a list of this some time before, now i will look for that list...

[Damião de Góis]

Is there an easy way to count this?

[MfA_]

Is there an easy way to count this?

Download your .csv file from 23andMe and upload it to Google Docs.. Then sort the respective column A-Z, it should be much more easier now..

[Damião de Góis]

I did this on Open Office, it was easier than on Google Docs.

mtDNA

H1 - 18
A2 - 16
K1a1b1a - 14
H - 9
T2b, H7, B2 - 5

Y-DNA

R1b1b2a1a - 27
R1a1a - 11
J1e - 7
R1b1b2a1a2f*, G2a - 6
R1b1b2a1a2d*, R1b1b2a1a1*, J2 - 5

[MfA_]

Just another R1b popped up..

mtDNA

5 of HV
2 of H
2 of H1
2 of U5a1
2 of J1c2
2 of U1a1


yDNA

7 of R1b1b2a
3 of J2
2 of E1b1b1c1a
2 of J2a1b*
2 of E1b1b1a2*

[Atlantic Islander]

There's an easy way to sort them out linked here. (http://www.theapricity.com/forum/showthread.php?70055-mtDNA-and-YDNA-lines-in-RF)

[Atlantic Islander]

mtdna

H1 - 24
A2 - 19
H - 18
H3 - 10 & T2b - 10
H1e1a - 9


ydna

R1b1b2a1a - 43
R1b1b2a1a2f* - 11 & R1a1a - 11
R1b1b2a1a1* - 10
R1b1b2a1a2 - 9 & T - 9
I1* - 7 & R1b1b2a - 7

[Mark]

mt-DNA

K1a1b1a = 206
K2a2a = 64
H = 56
N1b2 = 54
H1 = 44

y-DNA

J1e = 97
E1b1b1c1a = 48
R1a1a = 45
J2 = 43
E1b1b1c1 = 37

[Kazimiera]

mtDNA


H - 40
H1 - 23
H5a1 and T2b - 15
T1a1 - 12
H3 - 9



Y-DNA


R1b1b2a1a1a - 56
R1a1a - 37
I1 - 36
R1b1b2a1a2f - 29
E1b1b1a2 and G2a - 11

[Baluarte]

Y-DNA:

- E1b1b1b2a
- R1b1b2a1a
- R1b1b2a
- R1b1b2a1a
- R1b1b2a1a2*

mtDNA:

- D1
- U5a2b
- A2
- A2
- A2

[Atlantic Islander]

Update:

mtdna

H1 - 24
A2 - 19
H - 18
H3 - 11
T2b - 10


ydna

R1b1b2a1a - 44
R1b1b2a1a2f - 14
R1a1a - 13 & R1b1b2a1a1 - 13
R1b1b2a1a2 - 12
T - 9

[Gauthier]

This is an old list.

-Paternal

R1B1
R1b1b2a (6)
R1b1b2a1*
R1b1b2a1a (25)
R1b1b2a1a1 (6)
R1b1b2a1a1a
R1b1b2a1a1d1* (4)
R1b1b2a1a2 (8)
R1b1b2a1a2c
R1b1b2a1a2d* (3)
R1b1b2a1a2d3* (3)
R1b1b2a1a2d3a (2)
R1b1b2a1a2f (7)
R1b1b2a1a2f2

E1a1
E1b1a
E1b1a8a
E1b1a8a1*
E1b1b1 (3)
E1b1b1a (3)
E1b1b1a2* (6)
E1b1b1b2a (5)
E1b1b1c1 (2)
E1b1b1c1a (7)


J2 (7)
J2a1b (9)
J2a1b1* (8)
J2b2* (2)

Q1a3 (2)
Q1a3a (13)
Q1b (3)

J1
J1E (15)


-Maternal

A2 (66)

K1A 15
K1a1b1a 34
K1A9 11
(60)

B2 (53)

H1 (30)

H (28)

[MfA_]

latest

mtDNA

5 of HV
2 of U5a1a1, U5a1, U3b, U1a1, T2g, K1a, J1c2, H10a1, H1, H


http://abload.de/img/desktop_2013_06_25_15qix7j.png


yDNA

8 of R1b1b2a
5 of J2
3 of E1b1b1c1a
3 of E1b1b1a2*
2 of J2a1b*


http://abload.de/img/desktop_2013_06_25_15c5z7w.png

[MfA_]

17 more added in a month

mtDNA

5x H, HV
3x J1c2
2x U8b, U5a1a1, U5a1, U3b, U1a1, T2g, T2b, K1a, H1a1, H10a1, H1

http://abload.de/img/desktop_2013_08_01_23nbacj.png

YDNA

8x R1b1b2a
5x J2
4x E1b1b1c1a
3x E1b1b1a2*, R1a1a,
2x J1e, J2a1b*

http://abload.de/img/desktop_2013_08_01_23xnabb.png

[Mazik]

MtDna:

H - 63
H1 - 58
T2b - 39
H3 - 31
H2a1 and H1c - both 19

Y-dna

I1* - 124
R1a1a - 70
N1c1* - 48
R1b1b2a1a - 42
R1b1b2a1a1* - 37

[Mazik]

And for my grandpa:

MtDna:

H1 - 79
H - 59
T2b - 40
H3 - 24
H5a1 - 22


Y-DNA:

I1* - 126
N1c1* - 72
R1a1a - 57
R1b1b2a1a2f* - 36
R1b1b2a1a1* / R1b1b2a1a - both 30

[Philo]

I know it said only top 5, but I thought to myself " what great oppurtinity iot would be to sort my relative's Mt-DNA". I did it with excel as otherwise it would have taken ages.
Mt DNA:
K1a1b1a - 193
N1b2 - 64
H1 - 56
K2a2a - 53
H - 52
K1a9 - 45
H7 - 30
HV1b2 - 27
HV5 - 24
J1c7a - 22
J1c - 21
H1e - 19
K1a - 16
L2a1 - 16
I1 - 15
J1b1a - 15
W3 - 14
X2b - 13
H3 - 13
J1c1 - 12
H5'36 - 12
T2b - 12
H11 - 11
R0a - 11
H6a1 - 10
T1a1 - 10
U7 -10
H5a - 9
R0a2 - 8
T1 - 8
T2e - 7
V1a - 7
V7a - 22
V7 - 7
H6a1a1a - 5
T2a1 - 5
U3a1 - 5
N9a3 - 5
K2a - 5
U1b - 5
U5a1a - 4
H11a - 4
H1b - 4
H39 - 4
U5a1b1 - 4
H1o - 4
H6a1b - 4
H10a1 - 3
V - 3
M1a1b - 3
U4b1 - 3
K1a4a - 3
A4 - 2
H2a2 - 2
T2g - 2
U5b2a1 - 2
U4a3 - 2
H26 - 2
H5a1 - 2
U2e1a - 2
K1 - 2
U5b1 - 2
X2e2 - 2
K1a1b1 - 2
H10a - 1
H1a - 1
H1c - 1
H1f - 1
H2a - 1
H4a - 1
H4a1b - 1
H5 - 1
H6a1a - 1
I4 - 1
H7a1 - 1
HV0 - 1
J1b - 1
J1b1a2 - 1
J1b1b1 - 1
J1c3 - 1
J1c4 - 1
J2a1a - 1
K1b2a - 1
K1c1b - 1
K1c2 - 1
N1b1b - 1
T - 1
T1a - 1
U4b1b - 1
U4c1 - 1
U5a1a1 - 1
U5a2c - 1
U6a7 - 1
W1 - 1
U8b'K - 1
W3a - 1


I did this on Open Office, it was easier than on Google Docs.

mtDNA

H1 - 18
A2 - 16
K1a1b1a - 14
H - 9
T2b, H7, B2 - 5

Nice! I see you have some of that K1a1b1a goodness :p

BTW Anybody knows information about A2 that I saw Atlantic Islander, Alex Delarge and Gunzlinger get? And also T2b?

[Maleficent]

From My Father's Relative Finder:

Mtdna:
U3a - 16
H - 11
U4a - 7
H13a2 - 6
J2a2 - 5

Ydna:
J1e(J-P58) - 22
G2a(G-M406+) - 12
E1b1b1c1a(E-M84) - 11
G1* - 7
E1b1b1a(E-M78) - 5

[Maleficent]

From My Father's Relative Finder:

Mtdna:
U3a - 16
H - 11
U4a - 7
H13a2 - 6
J2a2 - 5

Ydna:
J1e(J-P58) - 22
G2a(G-M406+) - 12
E1b1b1c1a(E-M84) - 11
G1* - 7
E1b1b1a(E-M78) - 5

I forgot about J2! It was easy to forgot because there wasn't any subclade of J2 in his RF that added up to at least 10 people, but he's got a total of 14 for all J2. J2: very essential ydna for Mediterranean/Levantine/Semitic peoples.

J2 from my Dad's RF:

J2(J-M172) - 4
J2a1b*(J-M67) - 3
J2a1b1*(J-M92) - 3
J2a1j(J-P279) - 2
J2a1e(J-M319) - 1
J2b1(J-M205) - 1

[Oneeye]

mtDNA Haplogroups:

H1 58
H 51
T2b 32
H5a1 31
H3 26
V 23
H1c 21



YDNA haplogroups:

R1b1b2a1a2f* 81
I1* 65
R1b1b2a1a 48
R1b1b2a1a1* 36
R1a1a 30

[Gauthier]

mtDNA Haplogroups:



Interesting mix of haplos among your relatives.

[Oneeye]

Didn't see this post until I thinned out my haplogroups. Maybe I should of kept it as was?

[Philo]

. J2: very essential ydna for Mediterranean/Levantine/Semitic peoples.


Now, there we agree :)

[MfA_]

+12

mtDNA

7x HV
5x H
3x T2g, K1a, J1c2
2x U8b, U5a1a1, U5a1, U3b, U1a1, T2b, HV4, H1a1, H13a2, H10a1, H1



YDNA

10x R1b1b2a
5x J2
4x E1b1b1c1a
3x R1a1a, E1b1b1a2*
2x R1b1b2a1a1*, J2b1, J2a1b*, J1e, G2a5

[Atlantic Islander]

BTW Anybody knows information about A2 that I saw Atlantic Islander, Alex Delarge and Gunzlinger get? And also T2b?

From 23andme:

A2

Haplogroup: A, a subgroup of N
Age:greater than 50,000 years
Region: Americas, Siberia, East Asia
Example Populations: Native Americans, Siberians
Highlight: Mitochondrial DNA from haplogroup A was extracted from the "Ice Maiden," the mummified remains of a teenage Inca girl who died about 500 years ago.

Introduction

Haplogroup A arose in Asia almost 60,000 years ago. It is now at its highest levels among Native American groups. Along with several other mitochondrial DNA types found only in Native American and Asians, haplogroup A provides clear evidence that the first people in the New World were migrants from Siberia and eastern Asia.

A in Asia

Haplogroup A is widespread in Asia today, generally occurring at levels below 10% – but it reaches higher concentrations in some parts of China, Korea and Japan. Some ethnic Chinese populations, such as the Dong and the Yi, carry haplogroup A at levels as high as 30%. One branch of the haplogroup, A4, reaches levels of more than 15% among mitochondrial DNA samples collected in the city of Wuhan in central China.

Ancient DNA in Siberia

Haplogroup A was widespread in Siberia as recently as 7,000 years ago. One study of skeletal remains discovered near Siberia's Lake Baikal estimated the haplogroup was present in 13-26% of the region's population at the time. But the haplogroup is rare in the region today; it is found almost exclusively among the Chukchi and the Yupik, two small indigenous groups from northeastern Siberia.

A in the Americas

At the peak of the Ice Age, between about 20,000 and 15,000 years ago, massive glaciers covered much of North America and Eurasia. So much water was locked up in the ice sheets that global sea level dropped 300 feet, creating connections between land masses that are isolated by wide straits or passages today. One of those connections was the Bering land bridge, an ice-free but frigid corridor hundreds of miles wide that linked Siberia and Alaska. Mammoths, bison, caribou and other Ice Age mammals roamed back and forth between Siberia and Alaska during this period, as did a few hardy hunter-gatherers who could cope with the region's extreme climate.

As the Ice Age ended, people began moving south from the Arctic into the heart of North America. Within a few thousand years, possibly even faster, the new arrivals had populated the Western Hemisphere down to the tip of South America.

Coastal Connection

Haplogroup A is especially common among members of the Haida, Nuu-Chah-Nulth, Nuxálk (Bella Coola) and Chumash tribes of the Pacific coast. Humans had certainly reached what is now California by 10,000 years ago, as evidenced by the discovery of skeletal remains on islands off the state's coast that have been radiocarbon dated to that age. Other skeletal remains from near present-day Monterey, California have yielded ancient DNA tracing to the A haplogroup.

Haplogroup A is found in Central America and northern South America, but not farther south. That suggests that however people carrying the haplogroup moved into the Americas, their advance was ultimately impeded by earlier arrivals to the southern continent.

Haplogroup A certainly would have been found among the subjects of the Inca empire, which ruled the northern Andes until the arrival of Spanish conquistadors in 1526. Mitochondrial DNA belonging to the haplogroup was extracted from the "Ice Maiden," the mummified remains of a teenage Inca girl who died in a ritual sacrifice about 500 years ago.

Interior of North America

While the distribution of A is patchier in the interior of North America, it does appear at high frequencies in many populations, particularly in the American Southwest, northern plains, and the southeastern United States.

About 50-60% of individuals from the Navajo and Apache carry haplogroup A, while their neighbors rarely carry this haplogroup. Interestingly, the Navajo and Apache are both southern Athapaskan speakers that appear to have migrated from a homeland further north to the American Southwest only about 500 years ago. Athapaskan-speakers still reside in Alaska and Canada. Although they have adapted to the desert climate and the Pueblo lifestyle (at least the Navajo), their mitochondrial diversity still records their northern heritage.

Haplogroup A is also common in Algonquian-speaking populations from the Plains region of the United States and Canada, ranging from 30%-60%. Ojibwa/Chippewa, Cheyenne and Arapaho were all historically Algonquian-speaking populations from the Plains region and Great Lakes of United States and Canada.

Iroquioan-speaking groups such as the Mohawk also carry haplogroup group A at high frequencies (60%). It is not clear if this indicates that the Mohawk historically married women from other northern tribes or if the high frequency of A represents a recent bottleneck in the population. Iroquois from further south (e.g. Cherokee) have much lower frequencies of haplogroup A.

Haplogroup A is also quite common in Muskogean-speaking populations from the southeastern United States, reaching almost 75% in the Choctaw historically from Mississippi and 60% in the Seminoles of Florida. Genetic types in these southeastern populations are different from other haplogroup A individuals throughout North America. This indicates that haplogroup A in the southeastern populations is the result of ancient common ancestry with the other Native Americans, rather than recent gene flow. Southeastern populations also display relatively low genetic diversity, indicative that the population size may have crashed after contact with European explorers.

The Polar Route

A second migration of haplogroup A members into North America appears to have occurred more recently, as Eskimo-Aleut populations moved eastward from Siberia into Arctic Canada and Greenland about 5,000 to 6,500 years ago. That migration is marked by the wide distribution of A2 from the Haida on the Pacific coast of Canada to the Inuit in Greenland, where the subgroup accounts for 100% of the population.

T2b

http://www.ianlogan.co.uk/sequences_by_group/t2b_genbank_sequences.htm

from 23andme:



Haplogroup: T2, a subgroup of T
Age: less than 33,000 years
Region: Europe, Near East
Example Populations: Northern Europeans, Spanish
Highlight: The outlaw Jesse James carried mitochondrial DNA from haplogroup T2.; Agriculture

Introduction

Haplogroup T originated in the Near East about 45,000 years ago, not long after humans emerged from Africa. The haplogroup mostly stayed in place until about 15,000 years ago, when the glaciers that had covered much of Eurasia during the Ice Age began to retreat. As Europe's climate warmed and its long-frozen landscape turned green, people began moving north into the Alps and beyond.

Representatives of haplogroup T were among those first post-Ice Age migrants into Europe. Today about 8% of Europeans can trace their maternal ancestry to the haplogroup, although some of them are descended from people who arrived after the advent of agriculture about 10,000 years ago.

Haplogroup T can still be found in the Near East as well, where it reaches levels of about 10% among Palestinians, Turks and Syrians. Over the years it has spawned a number of sub-haplogroups, some of which have notable histories of their own.

Royal T

The mitochondrial DNA of Russia's final Tsar, Nicholas II, falls into the the T haplogroup. According to his genealogical pedigree, which is well-established because of his membership in the European royal house, his maternal ancestry traces back to a 15th-century empress of the Holy Roman Empire who was born in Slovenia.

Haplogroup T2

An offshoot of haplogroup T, T2 has spread over the millennia from its birthplace in the Near East to northeastern Africa and throughout Europe, riding waves of migration that followed the end of the Ice Age and the origin of agriculture. At the tail end of the Ice Age about 13,000 years ago, one migration appears to have carried the T2 haplogroup from the Near East into northern Africa, especially Ethiopia and Egypt. The origin of agriculture in the Fertile Crescent – a horseshoe-shaped region encompassing Mesopotamia, the Levant and the lower Nile Valley – spawned a second migration that carried T2 deep into Europe. Today the haplogroup is widespread, albeit at low levels, in the populations of Scandinavia, Germany, France and Britain.

A particular version of the T2 haplogroup has been detected in 4% of the present-day Spanish population. The same version has also been found in DNA extracted from 7,000-year-old skeletons excavated in northeastern Spain, an indication that the distinctive form of T2 arrived in southwestern Europe about the same time as agriculture.

An offshoot of T2, haplogroup T2a, can be found at low levels in Egypt and the western part of the Arabian Peninsula. Although extremely rare outside the Near East, T2a has been found sporadically in Iberia, France and Norway.

Haplogroup or haplogang?

DNA extracted from teeth and hair found at the original burial site of Jesse James indicates that the famous outlaw's maternal lineage derives from the T2 haplogroup.

[Atlantic Islander]

Since it's been a while, here are my new top 5 for each.

mtDNA

H1 - 36
H & A2 - 24 each
H3 - 16
T2b - 12
HV0 - 10


YDNA

R1b1b2a1a - 68
R1b1b2a1a2f ( * included) - 17
R1b1b2a1a1 ( * included) - 16
R1a1a ( * included) - 15
R1b1b2a1a2 & R1b1b2a1a2d ( * included) - 12 each

[Damião de Góis]

Nice! I see you have some of that K1a1b1a goodness :p


Yes i have a few jewish cousins but my ashkenazi score is low on 23andme.


BTW Anybody knows information about A2 that I saw Atlantic Islander, Alex Delarge and Gunzlinger get?

A2 is a native american mt-DNA. In my and Atlantic Islander's case, it's from our Brazilian cousins.

[Atlantic Islander]

,,,,

[Graham]

-- Top 5 --

mtDNA
073 -- H1
063 -- H
042 -- T2b
038 -- H3
019 -- H5a1
yDNA
157 -- R-L21*
064 -- I1*
063 -- R1b-U106*
043 -- R1b1b2a1a
034 -- R1a1a*

[Gauthier]

Updated:

http://img855.imageshack.us/img855/3761/ts0l.jpg (http://img855.imageshack.us/i/ts0l.jpg/)
http://img202.imageshack.us/img202/164/28qn.jpg (http://img202.imageshack.us/i/28qn.jpg/)

[Thrax]

mtDNA
01 H 45
02 J1c 12
03 H1c 11
04 H7 11
05 H6a1 10

Y DNA
01 R1a1a 36
02 E1b1b1a2 33
03 I2a2b 20
04 J2 15
05 I1 10

[Maleficent]

Now, there we agree :)

:thumb001:

[Philo]

:thumb001:

LOL Why did Swearengen the dumb Ukrainian thumb you down?:D

[MfA_]

+8

mtDNA

7x HV
5x H
3x U5a1a1, T2g, T2b, K1a, J1c2, H1
2x U8b, U5a1, U3b, U1a1, T2, HV4, H1a1, H13a2, H10a1

YDNA

10x R1b1b2a
5x J2
4x E1b1b1c1a
3x R1a1a, J2a1b*, E1b1b1a2*
2x R1b1b2a1a1*, L2*, J2b1, J1e, G2a5

bolded the changes compared to previous month..

[Atlantic Islander]

mtDNA
H1 - 39
A2 - 28
H - 25
H3 - 16
H1c, HV0, T2b - 12 each

Y-DNA
R1b1b2a1a - 76
R1b1b2a1a2f* - 19 ; R1b1b2a1a2f - 3
R1b1b2a1a1* - 14 ; R1b1b2a1a1 - 4
R1b1b2a1a2d* - 11 ; R1b1b2a1a2d - 4 & R1a1a - 13 ; R1a1a* - 2
I1* - 12 & R1b1b2a1a2 - 9 ; R1b1b2a1a2* - 3

[MfA_]

+10

mtDNA

7x HV
5x H
3x U5a1a1, T2g, T2b, T2, K1a, J1c2, H13a2, H1
2x U8b, U5a1, U3b, U1a1, J1d, HV4, H1a1, H10a1

YDNA

12x R1b1b2a
7x J2
4x E1b1b1c1a
3x R1b1b2a1a1*, R1a1a, J2a1b*, E1b1b1a2*
2x L2*, J2b1, J2a1b1*, J1e, G2a5

[Genn]

mtDNA:

7 - H, H1, K1a1b1a
4 - HV1b2, N1b2

Y-DNA:

7 - J1e
4 - J2a1b*, Q1b, R1a1a
3 - E1b1b1c1a, J2

[Maleficent]

LOL Why did Swearengen the dumb Ukrainian thumb you down?:D
LOL, I don't know.

mtDNA:

7 - H, H1, K1a1b1a
4 - HV1b2, N1b2

Y-DNA:

7 - J1e
4 - J2a1b*, Q1b, R1a1a
3 - E1b1b1c1a, J2

Interesting, what's your ethnicity?

[MfA_]

Interesting, what's your ethnicity?

I was gonna ask that, Seems Jewish maternally but paternally gulf Arab or Iraqi.. Has very few matches so I don't think he is a Levantine or Jewish.. Syrian Beduoin, Qatar, Iraq, Kuweyt.. How matchy are Druzes I always wonder..

[MfA_]

november update: +9

mtDNA

7x HV
5x H
4x K1a
3x U5a1a1, T2g, T2b, T2, J1c2, H13a2, H1
2x U8b, U5a1, U3b, U1a1, T2e, J1d, HV4, H1a1, H11a, H10a1

YDNA

12x R1b1b2a
7x J2
4x R1a1a, E1b1b1c1a
3x R1b1b2a1a1*, J2a1b*, E1b1b1a2*, E1b1b1a
2x L2*, J2b1, J2a1b1*, J1e, J1, G2a5

[Mazik]

My top 5:

Y-dna:

I1* - 159
R1a1a - 69
N1c1* - 61
R1b1b2a1a - 42
R1b1b2a1a2f* - 35

MtDna:

H1 - 78
H - 64
T2b - 40
H2a1 - 24
H3 and H1c - 21


My grandpa's top 5:

Y-dna:

I1* - 156
N1c1* - 91
R1a1a - 62
R1b1b2a1a2f* - 37
R1b1b2a1a1* - 29

Mtdna:

H1 - 81
H - 59
T2b - 45
U5a1b1 - 21
H3 and H2a1 - 20

[Qorgyle]

Y-dna
J1e-84
R1a1a-46
G2c*-41
E1b1b1c1-36
E1b1b1c1a-29
J2a1b*-29

MtDna
K1a1b1a-180
H-60
H1-44
N1b2-44
K2a2a-43
K1a9-37
V7a-34

[Thrax]

Updated results:

Y-DNA:
R1a 39
E1b1b1a2 35
I2a2b 21
I1 16
J2 15

mtDNA:
H 54
J1c 14
H7 13
H1c 11
H1 11

[Longbowman]

From my contacts list, too much grief to go through the relatives sections:

R1a1a 12
J1e 9
E1b1b 5
E1b1b1 5
E1b1b1c1 5

My Y-haplogroup didn't feature strongly.

K1a1b1a 24
N1b2 10
H 8
K1a9 8
K2a2a 5
T1a1 5
J1c1 5

A strong showing by my mtDNA lineage here, though.

[Atlantic Islander]

Update (702 matches):

mtDNA

H1 - 54
A2 - 35
H - 32
B2, H3, T2b - 17 each
H1c - 13


YDNA

R1b1b2a1a - 96
R1b1b2a1a2f* + R1b1b2a1a2f - 27
R1b1b2a1a1* + R1b1b2a1a1 - 21
R1a1a + R1a1a* - 19
R1b1b2a1a2d* + R1b1b2a1a2d - 17

[Longbowman]

Update (702 matches):

mtDNA

H1 - 54
A2 - 35
H - 32
B2, H3, T2b - 17 each
H1c - 13


YDNA

R1b1b2a1a - 96
R1b1b2a1a2f* + R1b1b2a1a2f - 27
R1b1b2a1a1* + R1b1b2a1a1 - 21
R1a1a + R1a1a* - 19
R1b1b2a1a2d* + R1b1b2a1a2d - 17


Very western european!

How do you subdivide your entire relatives list like this?

[Atlantic Islander]

Very western european!

Ydna yeah, except for R1a1a.


How do you subdivide your entire relatives list like this?

Google docs. Here's (https://docs.google.com/document/pub?id=1axmHWQJVFnQxdnrLi1gMea0f31UT08DALGXr0Gv17O k&pli=1) a link to how to do it.

[Gauthier]

From my contacts list, too much grief to go through the relatives sections:

R1a1a 12
J1e 9
E1b1b 5
E1b1b1 5
E1b1b1c1 5

My Y-haplogroup didn't feature strongly.

K1a1b1a 24
N1b2 10
H 8
K1a9 8
K2a2a 5
T1a1 5
J1c1 5

A strong showing by my mtDNA lineage here, though.

Jew stronk!

[Longbowman]

Jew stronk!

Yep. I'm going through the full list and K1a1b1a is still the highest, but I'd expect it to be due to overrepresentation of Ashkenazis.

[Black Wolf]

I want to do this but need to get my desktop hooked up first. I am expecting the main Y-DNA haplogroups in my RF list to be types of R1b, N1c1 and I1 most likely.

[cally]

Top 5 mtdna
U5a1a
V1
H
J1c
T2b

Top 5 Y-DNA
E-V13 (by far)
J2b2
I2a2
R1b
I1

Countries of ancestry Top 5
Greece
Romania
Albania
Italy
Serbia

[cally]

any other Balkan examples? would love to compare

[Stanley]

(I'm H1a1 and R1b1b2a1a1, neither featured here)


mtDNA

H1 (74)
H (71)
T2b (28)
H3 (26)
H1c (22)



Y-DNA

R1b1b2a1a2f* (101)
I1* (51)
R1b1b2a1a (37)
R1b1b2a1a1* (36)
R1a1a (29)

[Wulf Talented]

Mtdna top 5

1. H - 69
2. H1 - 67
3. H3 - 24
4. H1c - 19
5. H5a1 - 17

YDNA top 5.

1. R1b1b2a1a2f* - 91
2. I1* - 46
3. R1b1b2a1a - 45
4. R1b1b2a1a1* - 37
5. R1b1b2a1a2f2 - 23

[Atlantic Islander]

Where is R1b1b2a1a2f* most common?

[Wulf Talented]

Where is R1b1b2a1a2f* most common?

I'm pretty sure it's now considered to be R-L21, in which case it's heavily Irish, Scottish, Welsh and French.

[Atlantic Islander]

Update (752 matches):

mtDNA

H1 - 58
A2 - 38
H - 36
T2b - 20
B2 - 19

YDNA

R1b1b2a1a - 99
R1b1b2a1a2f* + R1b1b2a1a2f - 28
R1b1b2a1a1* + R1b1b2a1a1 - 22
R1a1a + R1a1a* - 20
R1b1b2a1a2d* + R1b1b2a1a2d - 19

[Atlantic Islander]

Update (752 matches):

mtDNA

H1 - 58
A2 - 38
H - 36
T2b - 20
B2 - 19

YDNA

R1b1b2a1a - 99
R1b1b2a1a2f* + R1b1b2a1a2f - 28
R1b1b2a1a1* + R1b1b2a1a1 - 22
R1a1a + R1a1a* - 20
R1b1b2a1a2d* + R1b1b2a1a2d - 19


I should have waited until the weekend was over, I gained some RF matches.

[Atlantic Islander]

Update 859 matches.

mtDNA

H1 - 66
A2 - 44, H - 44
B2 - 24
H3 - 22, T2b - 22
H1c - 15

YDNA

R1b1b2a1a - 109
R1b1b2a1a2f* + R1b1b2a1a2f - 34
R1b1b2a1a1* + R1b1b2a1a1 - 23
R1a1a + R1a1a* - 22
R1b1b2a1a2d* + R1b1b2a1a2d - 21

[Prisoner Of Ice]

Where is R1b1b2a1a2f* most common?

Ireland.

[Atlantic Islander]

Ireland.

What about R1b1b2a1a2d*?

[Prisoner Of Ice]

That's u152, the most eastern one I think.

[Nehellenia]

..

[Atlantic Islander]

I only know mtDNA results sooo..

K1a2c
H13a
M3a
U - both u3a1 and u8a
P4a

Instructions on how to do it are linked here (http://www.theapricity.com/forum/showthread.php?70055-mtDNA-and-YDNA-lines-in-RF).

[Maleficent]

Instructions on how to do it are linked here (http://www.theapricity.com/forum/showthread.php?70055-mtDNA-and-YDNA-lines-in-RF).
Is it possible to do on iPad?!

[Atlantic Islander]

Is it possible to do on iPad?!

You should be able to if you can download things. Just download the your RF file, upload it to your google docs, and then follow the rest of the instructions.

[Maleficent]

You should be able to if you can download things. Just download the your RF file, upload it to your google docs, and then follow the rest of the instructions.
Tried. Don't think it'll work on my iPad, gotta get my laptop fixed again. I'll just post my dad's updated top 5 and not me and my mom's since it's quicker to count as he's got less matches.

[Maleficent]

From My Father's Relative Finder:

Mtdna:
U3a - 16
H - 11
U4a - 7
H13a2 - 6
J2a2 - 5

Ydna:
J1e(J-P58) - 22
G2a(G-M406+) - 12
E1b1b1c1a(E-M84) - 11
G1* - 7
E1b1b1a(E-M78) - 5

Update, he currently has 318 matches, 181 of them male:

Going as low as 5 matches per haplogroup:

Mtdna:
U3a - 20
H - 16
U4a - 11
A2 - 9
H1 - 9
H13a2 - 8
U1a1 - 8
HV - 7
R0a1a - 7
T2b - 7
H5b - 5
J2a2 - 5
U4 - 5

Y-DNA:
J1e - 38
G2a - 16
E1b1b1c1a - 14
E1b1b1a - 10
J2 - 9
G1* - 8
I1* - 6
J1 - 5
J2a1b* - 5
J2a1b1* - 5
R1b1b2a - 5
R1b1b2a1a - 5

[Graham]

Where is R1b1b2a1a2f* most common?

British Isles, Brittany & Basqueland. Most common in Ireland.

[sonofthedutch]

R1b1b2a1a2f* =64
R1b1b2a1a= 46
I1*= 41
R1b1b2a1a1*= 28
R1b1b2a1a1 =21

The vast majority are U106 subcaldes and than I1 with some R1a

H= 68
H1 =53
T2b =43

Lots of Ks and Us.

[Black Wolf]

Okay so how the hell do you do this lol?

[Longbowman]

Okay so how the hell do you do this lol?

Get a pen and paper, go through the list, and tally them up. Should only take a couple of hours and it's good fun.

[Black Wolf]

Get a pen and paper, go through the list, and tally them up. Should only take a couple of hours and it's good fun.

Ouffff lol.

[Jackson]

Ok here's mine. U106 is the single largest group although P312 is about 60% of the R1b, which is the same as in England. R1b represents about 60% of my ancestry according to this, which is also in line for where i'm from, I 20%, R1a is about 7%, and E, G, J, T etc Neolithic-related are about 12%, N and Q make up about 1.3% altogether. My U152 and L21 are about normal.

R1b U106 144 27.01688555
R1b U152 31 5.816135084
R1b L21 123 23.07692308
R1b P312* 15 2.814258912
Other R1b 2 0.375234522
I1 65 12.19512195
I2b1 27 5.065666041
other I2 15 2.814258912
R1a 37 6.941838649
E 32 6.003752345
F 1 0.187617261
G 13 2.43902439
J 18 3.377110694
N 3 0.562851782
Q 4 0.750469043
T 2 0.375234522
H 1 0.187617261

http://i628.photobucket.com/albums/uu7/Brodir93/YLineages.png

[Jackson]

Ok here's mine. U106 is the single largest group although P312 is about 60% of the R1b, which is the same as in England. R1b represents about 60% of my ancestry according to this, which is also in line for where i'm from, I 20%, R1a is about 7%, and E, G, J, T etc Neolithic-related are about 12%, N and Q make up about 1.3% altogether. My U152 and L21 are about normal.

R1b U106 144 27.01688555
R1b U152 31 5.816135084
R1b L21 123 23.07692308
R1b P312* 15 2.814258912
Other R1b 2 0.375234522
I1 65 12.19512195
I2b1 27 5.065666041
other I2 15 2.814258912
R1a 37 6.941838649
E 32 6.003752345
F 1 0.187617261
G 13 2.43902439
J 18 3.377110694
N 3 0.562851782
Q 4 0.750469043
T 2 0.375234522
H 1 0.187617261

I just noticed that if you divide groups into their ethno-cultural associations, and then divide the 'other' groups evenly (but a bit in favour of 'Celtic', due to Roman influence in Britain), it fits almost perfectly with POBI's estimate of Celtic vs Germanic for that red blob in south,central and eastern England. And the actual numerical counts of each haplogroup are quite similar to what was found by population studies, quite interesting. And of course the total 60% R1b is remarkable as well. I'll do one for my mt-dna soon.

[cally]

mtDNA

H - 75
H1 - 39
J1c - 23
H7 - 12
T1a1 - 12

Y-DNA

E1b1b1a2*(E-V13) - 75
I2a2b - 44
R1a1a - 34
R1b1b2a - 23
J2b2* - 20

[Caismeachd]

mtDNA

H 75
H1 72
T2b 50
H3 33
V 20

y-dna

R1b1b2a1a2f* 92
R1b1b2a1a 47
I1* 47
R1b1b2a1a1* 25
R1b1b2a1a2f2 20

[Graham]

Looking at Robert & Jackson, it does reflect well in Jackson being South East, most common U106. Robert being R-L21.

[Graham]

MtDNA
H 71
H1 68
H3 45
T2b 32
T1a1 23
Y-DNA
R1b1b2a1a2f* 115
I1* 42
R1b1b2a1a 39
R1b1b2a1a1 26
R1b1b2a1a1* 23
R1b1b2a1a2f 23
R1b1b2a1a2f2 21
R1a1a 20
I1 16

[Jackson]

MtDNA
H 71
H1 68
H3 45
T2b 32
T1a1 23
Y-DNA
R1b1b2a1a2f* 115
I1* 42
R1b1b2a1a 39
R1b1b2a1a1 26
R1b1b2a1a1* 23
R1b1b2a1a2f 23
R1b1b2a1a2f2 21
R1a1a 20
I1 16

How many do you have in total, so percentage wise how are lineages represented? Would be interesting to see how they compare to averages in the British Isles.

[safinator]

Y-DNA

51 - E1b1b1a2*
47 - I2a2b
39 - R1a1a
25 - I1*
24 - J2

MtDNA

75 - H
50 - H1
21 - T2b
20 - H7
18 - J1c


Ironically neither my paternal or maternal line are among my top 5 matches.

[Atlantic Islander]

Okay so how the hell do you do this lol?

Use google docs. Follow the instructions linked here (http://www.theapricity.com/forum/showthread.php?70055-mtDNA-and-YDNA-lines-in-RF), it doesn't take long at all.

[Atlantic Islander]

Get a pen and paper, go through the list, and tally them up. Should only take a couple of hours and it's good fun.

Dude no. Dowload the file - upload to google docs - click on it - data - pivot table report - rows - add field - maternal haplogroup - uncheck show totals - values - add field - maternal haplogroup - summarize by countA

Repeat with Paternal haplogroup.

Seriously it's way easy. (https://docs.google.com/document/pub?id=1axmHWQJVFnQxdnrLi1gMea0f31UT08DALGXr0Gv17O k&pli=1)

[Longbowman]

Dude no. Dowload the file - upload to google docs - click on it - data - pivot table report - rows - add field - maternal haplogroup - uncheck show totals - values - add field - maternal haplogroup - summarize by countA

Repeat with Paternal haplogroup.

Seriously it's way easy. (https://docs.google.com/document/pub?id=1axmHWQJVFnQxdnrLi1gMea0f31UT08DALGXr0Gv17O k&pli=1)

My way is funnier. Perhaps Jaxman actually did it the hard way.

[Atlantic Islander]

My way is funnier. Perhaps Jaxman actually did it the hard way.

You are so mean omg, lol.

[Patches]

MtDNA
H 64
H1 62
T2b 33
V 31
H3 25

Y-DNA
R1b1b2a1a2f* 106
R1b1b2a1a 53
I1* 35
R1b1b2a1a1* 34
R1b1b2a1a1 24

[Graham]

How many do you have in total, so percentage wise how are lineages represented? Would be interesting to see how they compare to averages in the British Isles.
Will need to do it all again. But I'll try to copy what you've done.

[Black Wolf]

My way is funnier. Perhaps Jaxman actually did it the hard way.

Nah didn't do it.

[Longbowman]

Nah didn't do it.

http://0.tqn.com/d/rubberstamping/1/0/q/a/-/-/boo_to_you_words_1.png

[Black Wolf]

http://0.tqn.com/d/rubberstamping/1/0/q/a/-/-/boo_to_you_words_1.png

Aye lad.

[Thrax]

Update:
YDNA:
1 R1a1a 49
2 E1b1ba2 43
3 I2a2b 22
4 I1 21
5 J2 15

mtDNA
1 H 62
2 H1 20
3 H7 15
J1c 15
4 T2b 14
H1c 14
5 H6a1 13

[cally]

Update!

mtDNA

H - 78
H1 - 39
J1c - 23
T1a1 - 13
H7 - 12
U5a1a1 - 11
H1c - 10

Y-DNA

E1b1b1a2*(E-V13) - 75
I2a2b - 44
R1a1a - 42
R1b1b2a - 23
J2b2* - 20
R1b1b2a1a2f* - 18
I1 - 18

[Catkin]

Mine:

mtDNA:

H- 74
H1- 69
T2b- 43
H3- 35
T1a1- 16
H7- 16
V- 16

y-DNA:

R1b1b2a1a2f*- 94
R1b1b2a1a- 59
Il*- 47
R1b1b2a1a2f2- 23
R1b1b2a1a1- 21
R1b1b2a1a1*- 21
Il- 19

[Catkin]

My top haplogroups seem fairly similar to Robert's and Graham's. Trying to work Jackson's out but I think they are a little less similar. Am I right?


mtDNA
H 75
H1 72
T2b 50
H3 33
V 20

y-dna
R1b1b2a1a2f* 92
R1b1b2a1a 47
I1* 47
R1b1b2a1a1* 25
R1b1b2a1a2f2 20


MtDNA
H 71
H1 68
H3 45
T2b 32
T1a1 23
Y-DNA
R1b1b2a1a2f* 115
I1* 42
R1b1b2a1a 39
R1b1b2a1a1 26
R1b1b2a1a1* 23
R1b1b2a1a2f 23
R1b1b2a1a2f2 21
R1a1a 20
I1 16



R1b U106 144 27.01688555
R1b U152 31 5.816135084
R1b L21 123 23.07692308
R1b P312* 15 2.814258912
Other R1b 2 0.375234522
I1 65 12.19512195
I2b1 27 5.065666041
other I2 15 2.814258912
R1a 37 6.941838649
E 32 6.003752345
F 1 0.187617261
G 13 2.43902439
J 18 3.377110694
N 3 0.562851782
Q 4 0.750469043
T 2 0.375234522
H 1 0.187617261

[Skjaldemjøden]

Self:
mtDNA (L2a1l2a1) top five:
K1a1b1a - 115
H - 52
H1 - 32
H7 - 31
J1c - 30

Y-DNA (J2) top five:
J1e [J-P58] - 75
R1a1a - 37
E1b1b1c1 - 34
T, R2 - 33

Grandmother:
mtDNA (L2a1l2a1) top five:
K1a1b1a - 185
N1b2 - 54
H - 46
K2a2a, H1 - 40

Y-DNA top five:
J1e -76
R1a1a - 37
E1b1b1c1 - 36
J2 - 33
E1b1b1c1a - 31

Grandfather:
mtDNA (H10a1a) top five:

-Still waiting for list-

Y-DNA (I2b1* / I2a2a*) top five:

-Still waiting for list-

[Skjaldemjøden]

Grandfather:
mtDNA (H10a1a) top five:
H1 - 49
H - 42
T2b - 30
H3 - 25
H7 - 23

Y-DNA (I2b1* / I2a2a*) top five:
R1b1b2a1a2f* - 68
I1* - 51
I1, R1b1b2a1a - 44
R1a1a - 43

[Jackson]

Wasn't there a method to organizing these into order quickly and easily? Been a while since I've done it and google docs layout seems to have changed, anyone able to give me some advice on what to do?

[Skjaldemjøden]

Wasn't there a method to organizing these into order quickly and easily? Been a while since I've done it and google docs layout seems to have changed, anyone able to give me some advice on what to do?

I just downloaded the csv. file, opened it in Excel and sorted the paternal and maternal haplogroup columns by alphabetic order. Then, if you mark enough cells a small number pops up next to your coursor with the count. It was pretty easy to spot which halpogroups had the most instances since there is usually a vast variation in numbers.

[Jackson]

I just downloaded the csv. file, opened it in Excel and sorted the paternal and maternal haplogroup columns by alphabetic order. Then, if you mark enough cells a small number pops up next to your coursor with the count. It was pretty easy to spot which halpogroups had the most instances since there is usually a vast variation in numbers.

Cheers, might do it that way then. I just remember there was a really quick and easy way to do it on google docs but i can't remember what it was.

[Petalpusher]

There should be a way to automatize pretty haplogroup diagrams out of the csv file. Excel vet requested at reception.

[Dr. Robotnik the Subbotnik]

how do you do that?

[Dr. Robotnik the Subbotnik]

bump - how do you see the ydna and mtdna of relatives?

[Dr. Robotnik the Subbotnik]

Oh I see now

[Jana]

UPDATE: (I counted it wrong :D)

Y-DNA:
1. I2a2b
2. E-V13
3. R1a1a
4. R1b-U106
5. R1b-L21, I1

mt-DNA:
1. H
2. J1
3. U5
4. HV
5. K1

[Longbowman]

UK
420
38.7%


K
362
33.4%


K1a
301
27.7%


K1a1b
222
20.5%


K1a1b1
220
27.7%


K1a1b1a
219
20.2%


K1a1b1
1
0.1%


K1a1b
1
0.1%


K1a9
53
4.9%


K1a*
18
1.7%


K1a4
7
0.6%


K1a4a
6
0.6%


K1a4a*
5
0.5%


K1a4a1
1
0.1%


K1a4*
1
0.1%


K1a7'8
1
0.1%


K2
61
5.6%


K2a
60
5.5%


K2a2a
55
5.2%


K2a*
5
0.5%


K2b
1
0.1%


H
321
29.6%


H1
80
7.4%


H1*
41
3.8%


H1e
26
2.4%


H1b
5
0.5%


H1o
4
0.4%


H1f
2
0.2%


H1a
1
0.1%


H1c1
1
0.1%


H*
61
5.6%


HV
55
5.1%


HV1
39
3.6%


HV1b2
37
3.4%


HV1*
2
0.2%


HV5
15
1.4%


HV*
1
0.1%


H7
38
3.5%


H7*
37
3.4%


H7a
1
0.1%


H5
24
2.2%


H5a
15
1.4%


H5a*
13
1.2%


H5a1
2
0.2%


H5'36
6
0.6%


H5*
3
0.3%


H6a1
20
1.8%


H6a1*
13
1.2%


H6a1a1a
4
0.4%


H6a1b
3
0.3%


H6a1b*
2
0.2%


H6a1b2
1
0.1%


H3
15
1.4%


H3*
14
1.3%


H3g
1
0.1%


H11
9
0.8%


H11*
5
0.5%


H11a
4
0.4%


H10
5
0.5%


H10a1
4
0.4%


H10*
1
0.1%


H2a
4
0.4%


H2a1
2
0.2%


H2a2b1
2
0.2%


H4a1
4
0.4%


H4a1*
3
0.3%


H4a1b
1
0.1%


H15
2
0.2%


H15*
1
0.1%


H15b
1
0.1%


H13a1a1a
1
0.1%


H24
1
0.1%


H26
1
0.1%


H39
1
0.1%


N
87
8.0%


N1b
80
7.4%


N1b2
76
7.0%


N1b1
4
0.4%


N1b1b
3
0.3%


N1b1*
1
0.1%


N9a3
7
0.6%


J
79
7.3%


J1
76
7.0%


J1c
63
5.8%


J1c*
24
2.2%


J1c7
20
1.8%


J1c7a
19
1.7%


J1c7*
1
0.1%


J1c1
15
1.4%


J1c3
3
0.3%


J1c5
1
0.1%


J1b1a
13
1.2%


J2
3
0.3%


J2b1
2
0.2%


J2a1a
1
0.1%


U
58
5.4%


U5
27
2.5%


U5a
20
1.8%


U5a2
13
1.2%


U5a2b
12
1.1%


U5a2c
1
0.1%


U5a1
7
0.6%


U5a1a
4
0.4%


U5a1b1
3
0.3%


U7
11
1.0%


U2e1a
6
0.6%


U2a1
5
0.5%


U1b
4
0.4%


U6
4
0.4%


U6a7
3
0.3%


U6b1
1
0.1%


U4b1b
1
0.1%


T
50
4.6%


T2
28
2.6%


T2b
18
1.6%


T2b*
16
1.5%


T2b3
1
0.1%


T2b4
1
0.1%


T2g
4
0.4%


T2e
3
0.3%


T2a
2
0.2%


T2c1
1
0.1%


T1
22
2.0%


T1a
16
1.5%


T1a1
13
1.2%


T1a*
2
0.2%


T1a3
1
0.1%


T1*
6
0.6%


W
30
2.8%


W3
21
1.9%


W3a
11
1.0%


W3*
10
0.9%


W1
8
0.7%


W*
1
0.1%


V
25
2.3%


V7
23
2.1%


V7a
18
1.6%


V7*
5
0.5%


V1
4
0.4%


V1a
3
0.3%


V1*
1
0.1%


R
22
2.0%


R0a
21
1.9%


R0a*
12
1.1%


R0a2
9
0.8%


R
1
0.1%


L
12
1.1%


L2a1
12
1.1%


L2a1*
8
0.7%


L2a1I
4
0.4%


L2a1I*
3
0.3%


L2a1I2
1
0.1%


M
12
1.1%


M33c
7
0.6%


M1a
5
0.5%


M1a1b
4
0.4%


M1a*
1
0.1%


I
11
1.0%


I1
10
0.9%


I1*
9
0.9%


I1a1
1
0.1%


I*
1
0.1%


X
9
0.8%


X2b
7
0.6%


X2c1
1
0.1%


X2e
1
0.1%


B
2
0.2%


B2
2
0.2%


B2d
1
0.1%


A
2
0.2%


A2
1
0.1%


A4
1
0.1%


C
1
0.1%


C1
1
0.1%


D
1
0.1%


D1
1
0.1%

[Longbowman]

J
213
32.2%


J2
109
16.5%


J2a
50
7.6%


J2a1b
48
7.3%


J2a1b*
28
4.2%


J2a1b1
20
3.0%


J2a1
1
0.2%


J2a1h3
1
0.2%


J2
35
5.3%


J2b
24
3.6%


J2b2
15
2.3%


J2b*
9
1.4%


J1
104
15.7%


J1e
96
14.5%


J1*
8
1.2%


R
158
23.9%


R1
149
22.5%


R1b
76
11.5%


R1b1b
75
11.3%


R1b1b2a1a1d1
26
3.9%


R1b1b2
20
3.0%


R1b1b2a1a1d
15
2.3%


R1b1b2a
13
2.0%


R1b1b2a1a
10
1.5%


R1b1b2a1a1f
4
0.6%


R1b1b2a1a1
2
0.3%


R1b1b2a1a1d
2
0.3%


R1b1b2a1a2
2
0.3%


R1b1b2a1a1f2
1
0.2%


R1b1*
1
0.2%


R1a1a
70
10.6%


R1*
3
0.5%


R2
9
1.4%


E
146
22.0%


E1
145
21.9%


E1b1
140
21.1%


E1b1b
138
20.8%


E1b1b1
137
20.7%


E1b1b1c
76
11.5%


E1b1b1c1
64
9.7%


E1b1b1c1*
43
6.5%


E1b1b1c1a
21
3.2%


E1b1b1c*
12
1.8%


E1b1b1a
73
11.0%


E1b1b1a*
54
8.1%


E1b1b1a2
16
2.4%


E1b1b1a4
3
0.5%


E1b1b1*
33
5.0%


E1b1a
2
0.3%


E1b1a8a
1
0.2


E1b1a8a1
1
[0.2/td]


[td]E1a1
5
0.8%


E2
1
0.2%


G
67
10.1%


G2
55
8.3%


G2c
37
5.6%


G2a
15
2.3%


G2a*
9
1.4%


G2a4
4
0.6%


G2a2
1
0.2%


G2a5
1
0.2%


G2*
3
0.5%


G1
12
1.8%


Q
30
4.5%


Q1b
30
4.5%


T
9
4.1%


T*
9
4.1%


I
19
2.9%


I2
18
2.7%


I2a
10
1.5%


I2a2
5
0.8%


I2a2b
4
0.6%


I2a2
1
0.2%


I2a1
4
0.6%


I2a*
1
0.2%


I2b1
7
1.1%


I2*
1
0.2%


I1
1
0.2%


N
2
0.3%


N1c1
2
0.3%

[Thrax]

New update

YDNA:
R1a1a 76
E1b1b1a2 51
I1 33
J2 24
I2a2b 22

MtDNA:
H 80
H1 30
T2b 26
H1c 21
J1c 20