JAMES LEE WEAVERS DNA TEST RESULTS
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Match Y-DNA results to other Family Tree DNA customers
If you match someone who has signed a Release Form their name(s) and email
addresses are shown below. Since this page refers to you, your name and email
will not show up here, just people you match. If the same email address appears
multiple times then the people listed are members of a group study which has
chosen to make the group administrator a single point of contact. Recent
matches are at the top of the list. (** indicates additions since your last
login.) Only people who sent us signed release forms are eligible to be
listed here.
If the individuals with whom you have matches have tested for more markers, you
will see next to their names, between parenthesis, the number of markers that
they have tested for.
Understanding matches with different surnames.
Understanding genetic distance.
Understanding the FTDNATiP 
GEDCOM Available 
12 Marker Y-DNA (86)
Exact Matches
Name
Albert Lester Dority** aldority@sbcglobal.net
Mr. Alan Dale Smidt alan@nuggettycottage.com.au
John Y. Stevens (Y37) john@prodicus.com
Mr. Toussaint TROJANI toussaint.trojani@wanadoo.fr
Mr. RODGER HERRICK PYRAH rodger.pyrah@herrickinternational.net
Mr. Dean Eugene McCann susansgm@saber.net
Mr. Emmanuel de Landtsheer, Jr. sabeci@pandora.be
Mr. John Philip Enterline enterjohn@aol.com
Jody Wayne Weaver jwweaver@ev1.net
Mr. James Franklin Shryock spartanjames@yahoo.com
Willie Ray Short wshort@flash.net
Mr. Damian Arthur Fairbanks dafairbanks@msn.com
William Michael McCoy wmccoyjr@aol.com
Jose Tomas Mulleady (Y25) tmullead@bellsouth.net
Steve Chance (Y37) c_weathers@mindspring.com
Akiva A. Serrano (Y37) traceyserrano@sbcglobal.net
Mel Laverne Osment osment@peoplepc.com
Oakley Marion Frost (Y25) betsyvenice@comcast.net
Dr. James Gordon Arnold jarnold350@gmail.com
Mr. George M. Wilson gmwilson12@insightbb.com
Timothy D. Mumford mumford@cayuga-cc.edu
Ernest Carroll Marsh (Y25) ernie@ecmarsh.com
Peter Timothy Marsh (Y25) sm2328@columbia.edu
Mr. Paul E Pratt1` ppratt4934@aol.com
James R. Potts (Y37) potts@cox.net
Justin John Maresh persimmons@operamail.com
Wayne John Straight (Y25) woichi01@comcast.net
Mr. John Graham Harrison harrisg@telus.net
Dr. Ernest Loyd Corp corpernie@msn.com
John Lyman Dyer jld.rpb@alumni.rwu.edu
Troy Stephen James (Y25) tiago1@sbcglobal.net
John Lamar Mills (Y37) JLMILLS266@aol.com
David Franklin Thompson (Y37) dfthompson@bellsouth.net
Mr. Bruce Bernard Frey freyrph@msn.com
Mr. Roger Allen Davis rogman700@yahoo.com
Dr. Robert Lowell Jones sawback@bellsouth.net
Stephen West (Y25) swest9651@cox.net
Mr. Alan Gene Fuss (Y37) jrf5188@hotmail.com
Dr. Michael A. Biferno Biferno@aol.com
. M Raine (Y37) gengame@comcast.net
Mr. David Humphreys pcbman@ix.netcom.com
Mr. MICHAEL IAN PENDLEBURY USERM1778@AOL.COM
Mr. Roger Keith Wyatt, Sr. (Y37) rkwyatt@hotmail.com
Mr. James Gillespie Wilkins, Esq. wilkinsjg@cox.net
Mr. James Everett Coffman (Y25) james@coffmanonline.com
Mr. David Edward Robinette derobinette@earthlink.net
Thomas Clinton Hunt (Y37) rlamson@conknet.com
Mr. Darrell Dean Horton Stink4@aol.com
Steven None Serda (Y37) dennaserda@aol.com
Mr. John Wesley Beck, III johnbeckiii@comcast.net
Mr. William Arnold Lee billlee@interbaun.com
Mr. David M. Demorest (Y37) catscradle451-retail@yahoo.com
Robert Herschel Deming bevandbob@comcast.net
Kurt Alonzo Willis (Y37) renorph@verizon.net
Mr. Gary Eugene Strait garystrait@earthlink.net
Mr. David George Langfield langfieldwelding@aol.com
Mr. William Michael Reble, Jr. beowulf9130@aol.com
Lawrence Alfred Wyatt, Jr. (Y37) wyattearp@satx.rr.com
Mr. Vaughn Thomas Clark, Sr. bondvvtc@yahoo.com
Mr. Joseph Gene Brandtner jgb9@hotmail.com
Mr. Kenneth Richard Hinkle (Y25) jaykay@siscom.net
W. H. Bradford (Y25) wdbradford@mindspring.com
James Anderson Parker andyparker84@hotmail.com
Lucas William Robison (Y25) johnrobison@optushome.com.au
James William Patrick (Y25) tambaymar@aol.com
William Ralph Thompson (Y37) alancheath@hotmail.com
Carol Ann Crowe (Y37) carolvivier@comcast.net
Dr. David L. Boucher (Y37) dlb613@charter.net
Mr. Ray Gene Mills (Y37) PATRAY71@aol.com
Jack Robinette (Y25) edie.robinette@sbcglobal.net
James Anderson Perkins (deceased 8.-26-2004) (Y37) groupsxp@canoemail.com
Tex Willis Moore (Y25) darleenjm@nwinfo.net
Dennis Del Crow dennis@denniscrow.com
George Lamar Weaver (Y37) gweaver@cgemc.com
Rev. James Lee Crowe (Y37) jlcrowe@c2i2.com
Darrell Wayne Potter (Y25) DPotter12@cox.net
James Bradford Parker (Y25) dwest3@utk.edu
Jack Leon Baldwin (Y25) jlb900@aol.com
James Not Available
Arthur Roy Crump (Y25) khey25804@hotmail.com
John Sr... Douglas Stevens (Y25) JDSTEVENS1@aol.com
Harold Mills (Y37) cmleiker@msn.com
Dennis West (Y37) dwest3@utk.edu
Ray McGuire (Y25) Not Available
Genetic Distance - 1
Name
David Paul Weaver (Y37) Weaver3943@bellsouth.net
James Richard Weaver dweaver@burns-wilcox.com
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Recent Ancestral Origins
Welcome to the database of RECENT ANCESTRAL ORIGINS (RAO).
The results below show the ancestral origin of those you match or nearly match
in the RAO. The ancestral origin information is provided by each testee, and is
only as accurate as the testee's knowledge. Testees are instructed to answer
"Unknown Origin" when their ancestor's origin is uncertain or not
known.
Incorrect origins provided by testees may lead to search results that do not
seem logical. for example: Assume your ancestors are from England, but your
search results show the ancestral origin of your matches as England, France,
AND one match shows an origin of Native American. Does that mean that your
ancestors relatives may have lived in England and France? Yes. Does it mean
that your ancestor was also a Native American? No. This means that a settler in
America had a child with a Native American woman, the child was brought up as a
Native American, and that, over time, the family has "forgotten" the
European ancestor, and believe their ancestry to be Native American.
Over the span of generations people tend to move, as do borders, so nationality
or ethnicticity becomes subjective. for example, testees may enter Germany for
ancestral origin, because the land of their ancestors is Germany today, but the
land could have been held by Denmark for many centuries.
To see how your ancestral origin is recorded in our database, click on the link
above entitled Update Contact Information. You may also update your paternal
and maternal ancestral origin on the Update Contact Information page.
Exact matches show people who are the closest to you genetically. The Ancestral
origin shows where they have reported to have lived. Since many persons
migrated over the past few centuries, you will typically see matches in more
than one country.
For information purposes, the Recent Ancestral Origin search also displays
results for those who are near matches. A near match is either one step or two
steps from your result. An exact match is 12/12 or 25/25. A one step match is
11/12 or 24/25 and the magnitude of the mismatch is 1. A two step match is
10/12 or 23/25 and the magnitude of both mismatches is 1, or it is 11/12 or
24/25 and the magnitude of the mismatch is 2. Near matches show where those who
are distantly related to you have migrated over time.
12 Marker Y-DNA Matches
Exact Matches
Country (Number of Entries) Comment Your Matches
Belgium (126) - 1
Bohemia (55) - 1
British Isles (441)- 2
England (8415)- 36
France (1004) - 3
Germany (3736) - 12
Great Britain (563) - 2
Hungary (301) - 1
Ireland (4391) - 2
Italy (867) - 1
Netherlands (449) - 1
Poland (913) - 1
Polynesia (97) European admixture 1
Scandinavia (16) - 1
Scotland (3576) - 6
Sweden (514) - 1
Switzerland (447) - 2
United Kingdom (2865)- 8
One Step Mutations
Country (Number of Entries) Comment Your Matches
Africa (258) - 3
Austria (163) - 4
Austria-Hungary (124)- 1
Azores (31) - 1
Azores (31) Azores 1
Bahamas (12) - 1
Belarus (181) Ashkenazi 1
Belgium (126) - 3
Bohemia (55) - 1
British Isles (441)- 22
Canada (48) - 1
Canary Islands (41) - 1
Chile (19) - 2
Croatia (53) - 1
Czech Republic (94) - 1
Czechoslovakia (103) - 1
Denmark (263) - 9
England (8415) - 311
England (8415) Anglo-Celt 1
Estonia (19) - 1
France (1004) - 25
Germany (3736) - 113
Germany (3736) Alsace 1
Great Britain (563) - 20
Greece (235) - 1
Holland (85) - 1
Iceland (126) - 1
India (699) - 1
Ireland (4391) - 135
Ireland (4391) County Clare 1
Israel (91) - 1
Italy (867) - 9
Italy (867) Sicily 1
Lithuania (306) - 2
Mexico (306) - 1
Morocco (15) - 1
Netherlands (449) - 13
Northern Ireland (178)- 5
Norway (387) - 1
Poland (913) - 5
Portugal (200) - 6
Prussia (122) - 3
Puerto Rico (113) - 3
Romania (201) - 1
Russia (1651) - 1
Scotland (3576) - 76
Shetland (137) - 8
Sicily (101) - 1
Slovakia (176) - 6
South Africa (81) - 2
Spain (890) - 13
Spain (890) Galicia 1
Sweden (514) - 3
Switzerland (447) - 26
United Kingdom (2865)- 95
United States (557) - 6
Wales (664) - 17
Two Step Mutations
Country (Number of Entries) Comment Your Matches
Africa (258) - 4
Armenia (26) - 2
Australia (111) - 5
Austria (163) - 7
Austria-Hungary (124)- 1
Azores (31) - 2
Belgium (126) - 14
Bohemia (55) - 2
British Isles (441) - 45
Cameroon (167) - 1
Canada (48) - 5
Canary Islands (41) - 1
Chile (19) - 2
Colombia (49) - 1
Croatia (53) - 1
Cuba (54) - 4
Czech Republic (94) - 1
Czechoslovakia (103) - 4
Denmark (263) - 16
Denmark (263) German 1
Dominican Republic (13)- 1
Dutch Antilles (3) - 1
El Salvador (5) - 1
England (8415) - 882
England (8415 Anglo-Celt 1
England (8415) Cornwall 1
England (8415) Isle of Man 2
England (8415) Yorkshire 1
France (1004) - 83
France (1004) Keskastel 2
Galicia (26) - 2
Germany (3736) - 299
Germany (3736) Alsace 1
Germany (3736) Ashkenazi 1
Germany (3736) Eifel District 1
Great Britain (563) - 66
Greece (235) - 2
Greenland (62) Inuit (European admixture) 1
Holland (85) - 4
Honduras (8) - 1
Hungary (301) - 9
Iceland (126) - 8
India (699) - 1
Iran (85) GILAK 1
Ireland (4391) - 367
Ireland (4391) county antrim 1
Ireland (4391) Meath 1
Ireland (4391) Northern 2
Isle of Man (31) - 1
Italy (867) - 33
Italy (867) Sardinia 1
Italy (867) Sicily 2
Italy (867) Tuscany 1
Jamaica (33) - 1
Latvia (70) - 1
Lithuania (306) - 2
Luxemburg (10) - 2
Mexico (306) - 3
Native American (22) - 1
Netherlands (449) - 55
Netherlands (449) Dutch -Mennonite 1
New Zealand (22) - 2
Northern Ireland (178)- 13
Norway (387) - 16
Poland (913) - 12
Polynesia (97) European admixture 1
Polynesia (97) Polynesian (European admixture) 2
Portugal (200) - 15
Prussia (122) - 3
Puerto Rico (113) - 3
Romania (201) - 2
Russia (1651) - 5
Russia (1651) Native Siberian 1
Saudi Arabia (32) Arab 1
Scotland (3576) - 373
Sephardi (6) - 1
Shetland (137) - 23
Sicily (101) - 6
Slovakia (176) - 6
South Africa (81) - 2
Spain (890) - 66
Spain (890) Basque 1
Spain (890) Sephardi 1
Sweden (514) - 17
Switzerland (447) - 40
Ukraine (443) - 3
United Kingdom (2865)- 286
United Kingdom (2865) Ashkenazi 1
United States (557) - 12
Vietnam (91) - 1
Wales (664) - 88
25 Marker Y-DNA Matches
One Step Mutations
Country (Number of Entries) Comment Your Matches
England (5467) - 1
3 Step Mutations
Country (Number of Entries) Comment Your Matches
England (5467) - 1
Great Britain (299) - 1
Ireland (2571) - 1
Slovakia (79) - 1
Switzerland (201) - 1
37 Marker Y-DNA Matches
One Step Mutations
Country (Number of Entries) Comment Your Matches
England (3012) - 1
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Haplogroup
The predicted results below compare your Family Tree DNA Y-DNA STR test with the world-wide database of Dr. Hammer and customers who have had their SNP tested by us. The comparative Haplogroups shown below were confirmed by SNP (Single Nucleotide Polymorphism) tests at Dr. Hammer's lab, which uses the YCC nomenclature. Haplogroups represent fractures in the tree and are tied to deep ancestry (think 10,000 or 10's of 1000's of years) and are shown in the human Phylogenetic tree. Please note that countries in this database are listed by the place one came from or currently lives. The value therefore is that it tells researches about migratory patterns, and gives information about the age of the group of people -- after all, everyone on the tree that isnt in Haplogroup A and B have lived outside of Africa for at least 60,000 years - and the story is how you got where you live now.
"In studying the subject of DNA and human migration I had the
opportunity to see the video and read the book: The Journey of Man by
Spencer Wells. The video was
very good, and the book was even
better. In a word: Bravo! If you are interested in seeing or reading The
Journey of Man follow the above links for your convenience, or visit or "Books" page".
Bennett Greenspan President & Founder, Family Tree DNA.
Haplogroup Test: your matches suggest that you belong to Haplogroup R1b1, therefore you qualify to order our deep clade test which focuses on all mutations shown on the next screen after you click on the "Continue for more information" button. Order your Y-DNA SNP test for Deep Sub-clades.
12 Marker Y-DNA Matches
Exact Matches
Haplogroup-Country-Comment-Count
R1b1-British Isles---1
R1b1-England---1
R1b1-Netherlands---1
R1b1-Polynesia-European admixture-1
R1b1-Unknown Origin---3
R1b1c-British Isles---1
---
One Step Mutations
Haplogroup-Country-Comment-Count
R1b1-Austria---1
R1b1-Belarus-Ashkenazi-1
R1b1-British Isles---1
R1b1-Chile---1
R1b1-Denmark---2
R1b1-England---13
R1b1-England-Anglo-Celt-1
R1b1-France---2
R1b1-Germany---7
R1b1-Germany-Alsace-1
R1b1-Iceland---1
R1b1-Ireland---2
R1b1-Netherlands---1
R1b1-Northern Ireland---1
R1b1-Portugal---1
R1b1-Scotland---2
R1b1-Spain-Galicia-1
R1b1-Sweden---1
R1b1-Switzerland---4
R1b1-United Kingdom---5
R1b1-Unknown Origin---24
R1b1-Wales---2
R1b1c-England---1
R1b1c-Germany---1
R1b1c-Scotland---1
R1b1c-Unknown Origin---4
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Two Step Mutations
Haplogroup-Country-Comment-Count
R1b1-Belgium---1
R1b1-British Isles---2
R1b1-Canada---1
R1b1-Denmark---1
R1b1-Denmark-German-1
R1b1-England---37
R1b1-England-Isle of Man-2
R1b1-England-Anglo-Celt-1
R1b1-France---6
R1b1-Germany---10
R1b1-Germany-Eifel District-1
R1b1-Great Britain---5
R1b1-Greenland-Inuit (European admixture)-1
R1b1-Hungary---3
R1b1-Iceland---7
R1b1-Ireland---16
R1b1-Italy-Sicily-2
R1b1-Italy-Tuscany-1
R1b1-Italy---1
R1b1-Italy-Sardinia-1
R1b1-Northern Ireland---2
R1b1-Norway---2
R1b1-Poland---1
R1b1-Polynesia-Polynesian (European admixture)-2
R1b1-Polynesia-European admixture-1
R1b1-Portugal---1
R1b1-Russia---2
R1b1-Russia-Native Siberian-1
R1b1-Saudi Arabia-Arab-1
R1b1-Scotland---12
R1b1-Shetland---7
R1b1-Spain---3
R1b1-Spain-Basque-1
R1b1-Sweden---1
R1b1-United Kingdom---13
R1b1-Unknown Origin---80
R1b1-Wales---2
R1b1c-British Isles---2
R1b1c-England---6
R1b1c-Germany---7
R1b1c-Ireland---2
R1b1c-Spain---1
R1b1c-Sweden---1
R1b1c-Switzerland---1
R1b1c-United Kingdom---2
R1b1c-Unknown Origin---9
R1b1c-Wales---1
---
3 Step Mutations
Haplogroup-Country-Comment-Count
R1-Germany---1
R1b-England---1
R1b1-Austria---1
R1b1-British Isles---1
R1b1-Cameroon-Mandara-1
R1b1-Canary Islands---1
R1b1-China-Uygur (Central Asian origin)-2
R1b1-Czech Republic---1
R1b1-Denmark---6
R1b1-Denmark-Ashkenazi-1
R1b1-England---58
R1b1-England-Isle of Man-5
R1b1-England-Anglo-Celt-1
R1b1-England-Cornwall-1
R1b1-France---12
R1b1-Germany---24
R1b1-Great Britain---3
R1b1-Greece---1
R1b1-Greenland-Inuit (European admixture)-1
R1b1-Iceland---10
R1b1-India---1
R1b1-Indonesia-Indonesian (European admixture)-1
R1b1-Ireland---28
R1b1-Italy---3
R1b1-Japan-Japanese (European admixture)-1
R1b1-Lithuania-Ashkenazi-1
R1b1-Netherlands---2
R1b1-Northern Ireland---2
R1b1-Norway---7
R1b1-Poland---4
R1b1-Polynesia-European admixture-3
R1b1-Polynesia-Polynesian (European admixture)-2
R1b1-Portugal---6
R1b1-Romania---1
R1b1-Russia-Native Siberian-7
R1b1-Russia---2
R1b1-Russia-Ashkenazi-1
R1b1-Scotland---29
R1b1-Shetland---4
R1b1-Spain---7
R1b1-Spain-Catalunya-1
R1b1-Sweden---6
R1b1-Switzerland---3
R1b1-Ukraine---1
R1b1-Ukraine-Ashkenazi-1
R1b1-United Kingdom---11
R1b1-Unknown Origin---122
R1b1-Unknown Origin-Ashkenazi-1
R1b1-Wales---8
R1b1c-British Isles---1
R1b1c-England---18
R1b1c-Germany---1
R1b1c-Great Britain---2
R1b1c-Ireland---7
R1b1c-Italy---1
R1b1c-Mexico---1
R1b1c-Netherlands---1
R1b1c-Northern Ireland---1
R1b1c-Norway---1
R1b1c-Romania---1
R1b1c-Spain---1
R1b1c-Sweden-Wermelia,-1
R1b1c-Switzerland---1
R1b1c-United Kingdom---4
R1b1c-Unknown Origin---20
R1b1c6-United Kingdom---1
R1b1c6-Unknown Origin---1
---
4 Step Mutations
Haplogroup-Country-Comment-Count
N-China-Han-1
R1b1-Austria---6
R1b1-Belarus-Ashkenazi-1
R1b1-British Isles---4
R1b1-Cameroon-Tupuri-2
R1b1-Cameroon---1
R1b1-Cameroon-Mandara-1
R1b1-Cameroon-Podokwo-1
R1b1-Canary Islands---1
R1b1-Chile---1
R1b1-China-Chinese Muslim (Central Asian Descent)-1
R1b1-Denmark---5
R1b1-England---54
R1b1-England-Anglo-Celt-3
R1b1-England-Isle of Man-3
R1b1-Finland---3
R1b1-France---16
R1b1-Germany---17
R1b1-Great Britain---2
R1b1-Greece---2
R1b1-Greece-Peloponissos-1
R1b1-Greenland-Inuit (European admixture)-3
R1b1-Hungary---3
R1b1-Iceland---13
R1b1-Indonesia-Indonesian (European admixture)-1
R1b1-Ireland---39
R1b1-Isle of Man---1
R1b1-Italy---5
R1b1-Italy-Apulia-2
R1b1-Italy-Sardinia-2
R1b1-Italy-Emilia-1
R1b1-Lithuania---1
R1b1-Lithuania-Ashkenazi-1
R1b1-Micronesia-Micronesian (European admixture)-1
R1b1-Netherlands---5
R1b1-Netherlands-Ashkenazi-Levite-1
R1b1-New Zealand---1
R1b1-Norway---5
R1b1-Philippines-Philippinos (European admixture)-1
R1b1-Poland---3
R1b1-Polynesia-Polynesian (European admixture)-4
R1b1-Portugal---4
R1b1-Prussia---1
R1b1-Puerto Rico---1
R1b1-Romania---2
R1b1-Russia-Native Siberian-9
R1b1-Russia---3
R1b1-Russia-Ashkenazi-1
R1b1-Scotland---33
R1b1-Shetland---9
R1b1-Slovakia---2
R1b1-Slovenia---1
R1b1-Spain---9
R1b1-Spain-Andalusia-3
R1b1-Spain-Basque-1
R1b1-Switzerland---4
R1b1-United Kingdom---20
R1b1-Unknown Origin---161
R1b1-Uzbekistan---1
R1b1-Wales---9
R1b1c-Azores---1
R1b1c-British Isles---1
R1b1c-British Isles-Cornwall-1
R1b1c-Canary Islands---1
R1b1c-England---14
R1b1c-France---1
R1b1c-Germany---3
R1b1c-Ireland---6
R1b1c-Italy---2
R1b1c-Scotland---4
R1b1c-Scotland-Orkney Islands-1
R1b1c-Spain---1
R1b1c-United Kingdom---1
R1b1c-Unknown Origin---14
R1b1c-Wales---1
R1b1c7-Ireland---1
R1b1c7-Unknown Origin---1
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FTDNA Haplogroup
Haplogroup-Tests
R1b1--
Your Haplogroup has not been determined by a specific test. Use the Haplogroup link on the left to find out about it, and if we were able to predict it.
FTDNA DYS markers
We provide the actual scientific Allele values and DYS #'s for your results
unless the markers were discovered at the University of Arizona and do not have
a publication schedule. When that situation occurs we provide your results in
"scores" to allow us to use the marker without compromising the
discoverer until publication dates have been established.
We are pleased to report your results below:
Understanding your results.
Locus-DYS#-Alleles-
1-393-13-
2-390-23-
3-19*-14-
4-391-11-
5-385a-11-
6-385b-14-
7-426-12-
8-388-12-
9-439-13-
10-389-1-13-
11-392-13-
12-389-2-29-
13-458-18-
14-459a-9-
15-459b-9-
16-455-11-
17-454-11-
18-447-24-
19-437-14-
20-448-19-
21-449-28-
22-464a**-15-
23-464b**-15-
24-464c**-17-
25-464d**-18-
26-460-11-
27-GATA H4-10-
28-YCA II a-19-
29-YCA II b-23-
30-456-16-
31-607-15-
32-576-16-
33-570-17-
34-CDY a-38-
35-CDY b-38-
36-442-13-
37-438-12-
*Also known as DYS 394
**On 5/19/2003, these values were adjusted down by 1 point because of a change in Lab nomenclature.
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Match mtDNA results to other Family Tree DNA customers
GEDCOM Available
If you match someone who has signed a Release Form their name(s) and email addresses are shown below. Because this page refers to you, your name and email will not show up here, just people you match. If the same email address appears multiple times then the people listed are members of a group study which has chosen to make the group administrator a single point of contact. Recent matches are at the top of the list. (** indicates additions since your last login.) Only people who sent us signed release forms are eligible to be listed here.
Additional possibilities for searching matches:
While our database is not open to the wide public for privacy reasons, Family
Tree DNA has created MitoSearch.org as a free public service so that people who
have tested with the different companies can compare their results. You will be
able to determine what portion of your personal information you want to
disclose. Please note that a new user ID will be created for you and you will
be asked to choose a new password. This new set of ID/Password is exclusive for
MitoSearch.org. You will aso be given the opportunity to upload your GEDCOM if you have one.
Click here to
upload to MitoSearch.org
*if you have records at Ysearch.org or MitoSearch.org, your ID/Password is the
same for both.
Low Resolution (HVR1) Matches (4)
Name-E-mail-
Margaret James Carter-mcarter3304@aol.com-
Preston Booth-twinteam@san.rr.com-
Jane Loriel Mercer Johnson Bernhardt-elizzzabeth2000@hotmail.com-
Margaret Elizabeth Quintana-margaret@quintana.as-
No high resolution (HVR1+HVR2) matches were found.
.
mtDNA Recent Ancestral Origins
Welcome to the mtDNA RECENT ANCESTRAL ORIGINS (RAO) database! The results
below show the ancestral origin of those you match or nearly match in the RAO
database. The ancestral origin information is provided by each tester, and
represents a list of places and ethnicities in which other people with the same
or similar results can be found. Since the entries are made by the testers,
some entries may not accurately reflect the testers actual origins.
Over the span of generations people and borders tend to move, so a persons
nationality or ethnicity becomes subjective. For example, testers may enter
Germany for ancestral origin, because the land of their ancestors is Germany
today, but the land could have been held by Denmark for many centuries. For
information purposes, the Recent Ancestral Origins search also displays results
that are matches from both the research database and the database of
individuals who have tested with Family Tree DNA. Since those entries from the
research database typically include base pairs 16001 to 16400, while our tests
include the full spectrum of HVR-1 which is 16001 to 16569, both near and exact
matches are listed below.
To see how your ancestral origin is recorded in our database or change this
information, click on the link above entitled Update Contact Information.
Additional Information on Deeper Ancestry
A recent mtDNA paper now allows us to break down Haplogroup H into 11 major sub
branches plus 12 further sub-branches (see link). As several of these sub-branches have been
shown to be geographically specific, we recommend the refinement in case you
are interested in this additional information on your deeper ancestry.
Low Resolution Matches (HVR1)
Haplogroup-Country-Comment-Count
H-England---1
H-Germany---1
H-Scotland---1
H-United Kingdom---2
---
High Resolution Matches (HVR1+HVR2)
Haplogroup-Country-Comment-Count
.
mtDNA Results
Your Haplogroup and mutations relative to the Cambridge Reference Sequence
(CRS) are shown below. A value of CRS indicates no mutations. High resolution
(HVR2) results are shown only if you have requested the mtDNAPlus or mtDNA
Refine test. If you ordered a Mega mtDNA the Coding Region (CR) will be
displayed below.
Understanding your results.
As you go through your mtDNA results, we strongly encourage you to read the mtDNA Results Tutorial that we have put together in the form of
frequently asked questions about mtDNA results.
HVR1 Haplogroup-H
HVR1 differences
from CRS-16297C
-16519C
- See Haplogroup Description below
-Additional
Information on Deeper Ancestry
A recent mtDNA paper now allows us to break down Haplogroup H into 11 major sub
branches plus 12 further sub-branches (see link). As several of these sub-branches have been
shown to be geographically specific, we recommend the refinement in case you
are interested in this additional information on your deeper ancestry.
Copy and paste this table only to Excel or Word. You may need to adjust column widths in Excel after the paste operation.
Haplogroup Description
H Specific
mitochondrial haplogroups are typically found in different regions of the
world, and this is due to unique population histories. In the process of
spreading around the world, many populationswith their special mitochondrial
haplogroupsbecame isolated, and specific haplogroups concentrated in
geographic regions. Today, we have identified certain haplogroups that
originated in Africa, Europe, Asia, the islands of the Pacific, the Americas,
and even particular ethnic groups. Of course, haplogroups that are specific to
one region are sometimes found in another, but this is due to recent migration.
Mitochondrial haplogroup H is a predominantly European haplogroup that participated
in a population expansion beginning approximately 20,000 years ago. Today,
about 30% of all mitochondrial lineages in Europe are classified as haplogroup
H. It is rather uniformly distributed throughout Europe suggesting a major role
in the peopling of Europe, and descendant lineages of the original haplogroup H
appear in the Near East as a result of migration. Future work will better
resolve the distribution and historical characteristics of this haplogroup.
Copyright 2003 Genealogy by Genetics, Ltd.
USAGE POLICY: Use of the above Haplogroup description requires written
permission from Genealogy by Genetics.
Cambridge Reference Sequence
The mitochondrion sequenced in 1981 became known as the Cambridge Reference Sequence (CRS) and has been used as a basis for comparison with your mtDNA. In other words, any place in your mtDNA where you have a difference from the CRS, is characterized as a mutation. if your results show no mutations at all, it means that your mtDNA matches the CRS. A mutation happens a) when a base replaces another base - for example a C (Cytosine) replaces an A (Adenine), b) when a base is no longer in that position and c) when a new base is inserted between the other bases without replacing any other. Those mutations are represented below according to the following color code:
a) Mutation at position: RED
b) Mutation Deleted: Strike c)
Mutation Inserted: Green
As a way to make it possible to display all the positions that are included in your test, please note that when you see "ATTCTAATTT" under 16010, it actually means that 16001 has an A (Adenine), 16002 has a T (Thymine), 16003 has a T (Thymine), 16004 has a C (Cytosine) and so on... Therefore, if your table of mutations above would show "192A" it means that you should see the 3rd "C" under 16192 replaced by a "A".
|
HVR1 Reference Sequence
(Starts At: 16001) |
||||||||
|
16010 |
16020 |
16030 |
16040 |
16050 |
16060 |
16070 |
16080 |
|
|
ATTCTAATTT |
AAACTATTCT |
CTGTTCTTTC |
ATGGGGAAGC |
AGATTTGGGT |
ACCACCCAAG |
TATTGACTCA |
CCCATCAACA |
|
|
16090 |
16100 |
16110 |
16120 |
16130 |
16140 |
16150 |
16160 |
|
|
ACCGCTATGT |
ATTTCGTACA |
TTACTGCCAG |
CCACCATGAA |
TATTGTACGG |
TACCATAAAT |
ACTTGACCAC |
CTGTAGTACA |
|
|
16170 |
16180 |
16190 |
16200 |
16210 |
16220 |
16230 |
16240 |
|
|
TAAAAACCCA |
ATCCACATCA |
AAACCCCCTC |
CCCATGCTTA |
CAAGCAAGTA |
CAGCAATCAA |
CCCTCAACTA |
TCACACATCA |
|
|
16250 |
16260 |
16270 |
16280 |
16290 |
16300 |
16310 |
16320 |
|
|
ACTGCAACTC |
CAAAGCCACC |
CCTCACCCAC |
TAGGATACCA |
ACAAACCTAC |
CCACCCTTAA |
CAGTACATAG |
TACATAAAGC |
|
|
16330 |
16340 |
16350 |
16360 |
16370 |
16380 |
16390 |
16400 |
|
|
CATTTACCGT |
ACATAGCACA |
TTACAGTCAA |
ATCCCTTCTC |
GTCCCCATGG |
ATGACCCCCC |
TCAGATAGGG |
GTCCCTTGAC |
|
|
16410 |
16420 |
16430 |
16440 |
16450 |
16460 |
16470 |
16480 |
|
|
CACCATCCTC |
CGTGAAATCA |
ATATCCCGCA |
CAAGAGTGCT |
ACTCTCCTCG |
CTCCGGGCCC |
ATAACACTTG |
GGGGTAGCTA |
|
|
16490 |
16500 |
16510 |
16520 |
16530 |
16540 |
16550 |
16560 |
|
|
AAGTGAACTG |
TATCCGACAT |
CTGGTTCCTA |
CTTCAGGGTC |
ATAAAGCCTA |
AATAGCCCAC |
ACGTTCCCCT |
TAAATAAGAC |
|
|
16569 |
|
|
|
|
|
|
|
|
|
ATCACGATG |
|
|
|
|
|
|
|
|
|
HVR2 Reference Sequence
(Starts At: 1) |
|
|||||||
|
10 |
20 |
30 |
40 |
50 |
60 |
70 |
80 |
|
|
GATCACAGGT |
CTATCACCCT |
ATTAACCACT |
CACGGGAGCT |
CTCCATGCAT |
TTGGTATTTT |
CGTCTGGGGG |
GTATGCACGC |
|
|
90 |
100 |
110 |
120 |
130 |
140 |
150 |
160 |
|
|
GATAGCATTG |
CGAGACGCTG |
GAGCCGGAGC |
ACCCTATGTC |
GCAGTATCTG |
TCTTTGATTC |
CTGCCTCATC |
CTATTATTTA |
|
|
170 |
180 |
190 |
200 |
210 |
220 |
230 |
240 |
|
|
TCGCACCTAC |
GTTCAATATT |
ACAGGCGAAC |
ATACTTACTA |
AAGTGTGTTA |
ATTAATTAAT |
GCTTGTAGGA |
CATAATAATA |
|
|
250 |
260 |
270 |
280 |
290 |
300 |
310 |
320 |
|
|
ACAATTGAAT |
GTCTGCACAG |
CCACTTTCCA |
CACAGACATC |
ATAACAAAAA |
ATTTCCACCA |
AACCCCCCCT |
CCCCCGCTTC |
|
|
330 |
340 |
350 |
360 |
370 |
380 |
390 |
400 |
|
|
TGGCCACAGC |
ACTTAAACAC |
ATCTCTGCCA |
AACCCCAAAA |
ACAAAGAACC |
CTAACACCAG |
CCTAACCAGA |
TTTCAAATTT |
|
|
410 |
420 |
430 |
440 |
450 |
460 |
470 |
480 |
|
|
TATCTTTTGG |
CGGTATGCAC |
TTTTAACAGT |
CACCCCCCAA |
CTAACACATT |
ATTTTCCCCT |
CCCACTCCCA |
TACTACTAAT |
|
|
490 |
500 |
510 |
520 |
530 |
540 |
550 |
560 |
|
|
CTCATCAATA |
CAACCCCCGC |
CCATCCTACC |
CAGCACACAC |
ACACCGCTGC |
TAACCCCATA |
CCCCGAACCA |
ACCAAACCCC |
|
|
570 |
580 |
|
|
|
|
|
|
|
|
AAAGACACCC |
CCCA |
|
|
|
|
|
|
|
Last Revised: June 13, 2006