Difference between revisions of "Wheeler (Y-DNA)"
From Mayflower DNA
(→DNA results I-A9271) |
(→Completed as of October 1, 2020:) |
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===Completed as of October 1, 2020: === | ===Completed as of October 1, 2020: === | ||
* Recruiting additional direct male-line Wheeler descendants for further SNP testing - anyone interested in submitting their DNA for testing should contact Raymond T. Wing (email: wing.genealogist AT gmail DOT com) | * Recruiting additional direct male-line Wheeler descendants for further SNP testing - anyone interested in submitting their DNA for testing should contact Raymond T. Wing (email: wing.genealogist AT gmail DOT com) | ||
− | * Y-SNP tested to | + | * Y-SNP tested to I-M253>DF29>Z58>Z59>CTS8647>Z61>Z60>FT220000>A9271 |
===Still to do as of October 1, 2020=== | ===Still to do as of October 1, 2020=== |
Revision as of 10:59, 2 October 2020
Contents
Status summary
Completed as of October 1, 2020:
- Recruiting additional direct male-line Wheeler descendants for further SNP testing - anyone interested in submitting their DNA for testing should contact Raymond T. Wing (email: wing.genealogist AT gmail DOT com)
- Y-SNP tested to I-M253>DF29>Z58>Z59>CTS8647>Z61>Z60>FT220000>A9271
Still to do as of October 1, 2020
- NGS/WGS test multiple descendants of Obadiah Wheeler to firmly place family clade as well as test descendants to discover any subclades unique to descendants lines
Biography
First Generation
Obadiah Wheeler (II) was born
Second Generation
DNA results I-A9271
Previous Y-DNA testing
The Wheeler DNA Project Subgroup: CA Group 6 lists nine individuals, most known Y-DNA descendants of Dominick Wheeler (born 1525). One of these individuals (kit #140139) descends from Obadiah Wheeler (II) & Elizabeth White. One individual in the subgroup Y-SNP tested I-M253>DF29>Z58>Z59>CTS8647>Z61> Z60>FT220000>A9271
Further needed testing
We need additional direct male-line descendants of Obadiah Wheeler (II) to WGS/NGS test to both confirm the lineage as well as to refine the haplogroup further and delineate descendant clades.