PERMIAN BASIN
 GENEALOGICAL SOCIETY

Using DNA to Research GENEALOGY

FEATURING FOLLOWING GENEALOGISTS

Click here to access Mr. Acree's Genealogy Web Site

Click here to reach Dr. Stephens Genealogy Web Site

Walter Wilson follows the paths of Acree and Stephens to locate relatives using DNA methods.
               Charles Acree Charles Stephens

        Walter Wilson

DNA IS ONE OF THE ITEMS ASSISTING GENEALOGY RESEARCH

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THESE 3 GENEALOGIST ARE THE LEADERS USING DNA IN OUR MEMBERSHIP

 Mr. Charles. Acree 
   Back in the early days of personal computers, he designed one of the first commercial programs to organize and display genealogical findings.  More recently, he's created a large impressive genealogical website and is now coordinating a DNA project that seeks to connect people having his surname.  

     May 22, 2006 Carolyn Johnson and Charles Stephens .M.D. hosted a Genealogy Meeting featuring DNA use to unravel the mysteries of our origins. Dr. Stephens website can be accessed by clicking on his photo or HERE
     August 25, 2008 Carolyn Johnson and Charles Stephens M.D.featured Mitochondria DNA (MATERNAL ANCESTRY).. We received details on updates on Stephen's Family research through DNA.  Visit Stephens DNA Links using ybase genealogy by numbers.
     Mr.Walter Wilson has related instances of experiences finding persons of interest that were connected with his DNA. We learn more each year the advantages of using this technique. This research method could be a great tool adding relatives to your family tree! 
     Here's hoping these hard working genealogist motivate you to a higher achievement in your genealogy research     LET'S LEARN MORE ABOUT GENEALOGICAL DNA TESTING.  By using Wikipedia, The Free Encyclopedia.  

Newbie?  Start with DNA Adviser

THE FOLLOWING FILES WILL APPEAR IN A NEW WINDOW- ENJOY
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  Explore our learning resources and discover the world of genetics!  *

EXPLANATIONS, ANIMATIONS OF DNA ATTRIBUTES

Read about DNA in the AARP magazine

Genetree.com DNA Tutorials

Ancestry.com DNA Test Prices Here!

23andMe.com DNA Test Prices Here!

Sample Y-DNA Markers from Ancestry.com

Review: Top 10 Genealogy Sites

23andMe provides an animated genes guide

23andMe human prehistory: prologue

23andMe: What are SNPS?

23andMe: where do your genes come from?

23andMe: what is phenotype?

23andMe: weathering the storm

23andMe prehistory: weathering the storm

23andMe prehistory: out of eastern Africa

Wikipedia Genealogical DNA test

DNA Testing Adviser

Haplogroup chart Y Haplogroups of the World
mt-DNA Human Migration years ago
DNA WEBSITES TO VISIT

23andMe.com Web Site

Ancestry.com Web Site
Family Tree DNA Web Site Ybase genealogy by numbers

Genetree Web Site

HaploGroups Web Site

University of Utah

RECOMMEND READING

DNA & Genealogy
Colleen Firzpatrick, Andrew Velser  $15.00
The Seven Daughters of Eve
Bryan Sykes     $12.00

Are YOU ready to get your DNA test today?


   P.B.G.S. MEMBERS USE THIS DATA TO SPEED UP YOUR LEARNING 
CURVE USING GENETICS IN YOUR RESEARCH

If I've Had My DNA Tests Performed Elsewhere, Can I Post It On Ancestry?
Yes. If you've tested with Family Tree DNA or the National Geographic Genographic Project, you can add your DNA information to our databases right now. Simply go to dna.ancestry.com and click the link that says, "Enter your Y results or mtDNA results from Family Tree DNA and others."
You will be able to add results from other companies in the near future. Keep checking back. There are also other public databases you can check to find more DNA matches: www.ybase.org, www.ysearch.org, and www.smgf.org.
Do my DNA results have to be from Ancestry.com to join a group?
No. You can always enter your 3rd party DNA results into the DNA system, free of charge. Your DNA results will be distinguished from Ancestry.com's DNA results by an asterisk to indicate the results have been manually entered. But for the purposes of comparing DNA either as a group or with other participants, all DNA results are treated equally.

How is the list for Paternal DNA Matches calculated?
The "Paternal DNA Matches" screen displays matches in a ranked order based on the most recent common ancestor (MRCA) between the user and the individual in the list. MRCA refers to a statistical calculation that determines the likely range of generations in which two individuals share a common ancestor. MRCA calculations are based on the number of markers tested, the number of matching values and the mutation rate of the markers (see chart below). Ancestry.com DNA uses marker-specific mutation rates, where available, in its MRCA calculation to provide a more precise analysis (as opposed to an average rate). This calculation does not take into account the surnames of the individuals involved. Therefore, it is possible that a 40/43 with a different surname will match more closely than a 42/43 with the same surname -- depending on the specific markers where the mismatch occurs.
Learn Genetics at the University of Utah.  
           This web site is listed and recommended for understanding genetics and having fun doing it!

THE SEVEN DAUGHTERS OF EVE

The Seven Daughters of Eve (2001, ISBN 0-393-02018-5) is a book by Bryan Sykes that presents the theory of human mitochondrial genetics to a general audience. Sykes explains the principles of genetics and human evolution, the particularities of mitochondrial genetics, and analyses of ancient DNA to genetically link modern humans to prehistoric ancestors.

Following the developments of mitochondrial genetics, Sykes traces back human migrations, discusses the "out of Africa theory" and refutes Heyerdahl's theory of the Peruvian origin of the Polynesians, which opposed the theory of their origin in Indonesia. He also describes the use of mitochondrial DNA in identifying the remains of Czar Nicholas II, and in assessing the genetic makeup of modern Europe.

The title of the book comes from one of the principal achievements of mitochondrial genetics, which is the classification of all modern Europeans into seven groups, the mitochondrial haplogroups. Each haplogroup is defined by set of characteristic mutations on the mitochondrial genome, and can be traced along a person's maternal line to a specific prehistoric woman. Sykes refers to these women as "clan mothers", though these women did not all live concurrently. Indeed some "clan mothers" are descended from others (although not maternally). All these women in turn shared a common maternal ance

 

David Hess and Gareth Pollard
updated: 09/21/2010