Biblio

  Uran DNA Database Results


The Uran DNA database currently has one  volunteer who has donated their DNA sample for the following lines: William Urin.


Genealogical research has begun relying on the biological fact that the Y chromosome (the male sex chromosome) is passed virtually unchanged from father to son down through 500 generations. It is possible to do a simple DNA analysis on two men and learn whether the two are related on the paternal side or not. By testing direct male-line descendants of the early Uran/Urin/Urann immigrants, we can learn whether the immigrants were in fact related. It is necessary to test several descendants for each immigrant in order to get accurate results. The DNA test measures the lengths of 12 (or 25 or 37) specific sequences (often called loci or markers) on the Y chromosome. These sequences don't have any genetic function, and so the test will not reveal any physical characteristics, genetic diseases, or innate tendencies. It will only reveal whether the test subjects are related to each other. Since this test applies to the Y chromosome, the test subjects have to be male and, in particular, have to have the Uran surname (with a few exceptions due to adoptions, name changes, and such).

The goal of all of this is to inititally come up with (collectively) at least two male-line descendants of each identifiable Uran "founder," (i.e. William Urin of NH) preferably through at least two different sons of the founder. Assuming that the DNA test results agree for the documented descendants of the progenitor, we can "reconstruct" the haplotype (DNA pattern) for that progenitor and then compare against the haplotypes of other progenitors to see if they were related.

The goal of all of this is to inititally come up with (collectively) at least two male-line descendants of each identifiable Uran "founder," (i.e. William Urin of NH) preferably through at least two different sons of the founder. Assuming that the DNA test results agree for the documented descendants of the progenitor, we can "reconstruct" the haplotype (DNA pattern) for that progenitor and then compare against the haplotypes of other progenitors to see if they were related.

The following are the current tested results of the volunteers who have given permission to publish their results:

Name
Haplo
DYS #













393 390 19 391 385a 385b 426 388 439 389-1 392 389-2 Descendant Of
Marshall M. Uran
R1b 13 24 14 11 11 14 12 13 12 14 13 30
William Urin of NH



The rough rule, genetically, is that if you have only 10 of 12 markers matching, the individuals are unrelated; and certainly unrelated if they have only 9 matching.

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