To me the concept of taking a test and which test has the most value is NOT the best approach. I received my real value when I used my genealogy to find 4th cousins from the same Male immigrant who lived in the 1700s. Ten years ago when I did a 37 maker Y on all 4 I received real vlaue! And last year I also received more value when I did the Y500 on all four of us! THAT is what is called doing a STUDY, and it does not require waiting for years for a match to come along! I have produced books about my DNA experiences which will give you complete details of 15 years of DNA experience. http://www.lulu.com/spotlight/jim154
Big-Y study 12/20/2017
MyHeritage DNA 10/1/2017
Helix – National Genographic 2+ 12/13/2016
Yfull analysis 5/28/2015
Big Y 3/18/2015
Y-DNA 111 12/15/2014
britainsdna 36717 10/31/2013
mtFull Sequence 4/18/2013
23 and me upgrade 1.0-v3 3/4/2013
Genographic 2.0 Transfer 12/12/2012
Genographic 2.0 10/7/2012
Family Finder 12/21/2011
AncestryDNA autosomal 11/1/2011
Deep Clade-R 1/15/2009
Original 23andme 1/1/2008
Genographic Project 1/1/2005
mtDNA Plus 10/30/2002
Kit Ordered 9/25/2002
BYU ONTARIO, CALIFORNIA Aug 7/10/2002
This year we have much to celebrate on our Rader Genealogical research. My book on “How to do a Y-DNA Study” is now available on Amazon.com. That book includes the actual results for 4 male “descendants of Casper Rader 1732-1812 Wythe county, Virginia”
There are several unhappy purchasers who gave the book one star which has killed sales. I don’t understand their complaints but maybe the second edition will be more to their liking? You could also place a review there and give prospective buyers a reason to want the book!
From page 81 od the book
With all four tests we get an estimation of under 300 years you’ll also notice that my test and Alton’s tests both show a distance of zero snips where Harry’s test shows four steps in Earl’s test shows one snip. And if you refer to the tree you remember that Harry is upstream from me, so they are saying Harry has four snips off of the average and I, a person who is in the same branch of the same tree and further down the tree has fewer snips as in zero snips.
Age with 4 Big-Y tests 269 ybp
Relating this back to our genealogy
Casper was born 285 ybp
I used www.createspace.com to publish this book. It cuts the cost in half which also brings the price way down. If I published it at www.lulu.com it would sell for more than $40. This copy is now available at amazon.com for $22. If you have already purchased a copy please give me feedback. It would be helpful if you would write a Customer review. I plan to create a more complete second edition in 2018 and would incorporate your suggestions in that work.
How to do a Y-DNA study: including Next Generation Sequencing Which can contain atDNA, STR Y-DNA and SNP Y-DNA Jun 22, 2017 by James Lee Rader Paperback
I used www.lulu.com to publish the book “Casper Rader 1732-1812 Wythe county, Virginia” paperback, 362 Pages price: $32.50 at www.lulu.com. If I get real ambitious I may create a new paperback version of this book with a chapter summarizing his Y-DNA late in 2018 and also publish it with createspace which would make it available on Amazon Prime also!
The first 3 generations of Casper Rader’s Descendants. He is found first on the ship Edinberg in 1750 Pennsylvania. He lives in Lebanon county and Cumberland county Pennsylvania during the Rev War — — His children are in Greene County Tennessee and other places. The major improvement over earlier versions is the inclusion of $3,000 of land research. The land they lived on is plotted on Quad maps in detail sufficient for you to go right to each place they lived —- visit my website at www.rader.org for more details
An update to my Rader DNA collaborators
1. I am becoming more active in the one-name society of Britain. Their idea is that to figure out your relatives in a particular surname you should survey the whole world for occurrences of that surname. They offer many inexpensive courses at https://www.pharostutors.com/ . I am currently taking their Introduction to One-Name Studies (901) course. I will share my report with you when I complete it.
2. The privacy rights advocators are active in Europe which will make it more difficult to contact potential relatives in Europe. They believe that everyone should be able to opt out of every relationship. The further believe that everyone has the right to be forgotten. I expect to get a copy of an agreement for your approval as soon as I find one!
On 25th May GDPR – the General Data Protection Regulation – will come into force in the European Union. Although the UK is leaving the European Union in 2019, the legislation will also apply to the UK and will be enshrined in UK law through the new Data Protection Bill, which is currently going through Parliament. Although this is an EU regulation, it applies to companies and organisations worldwide which have customers or members in the EU, though it is not at all clear how the EU will be able to enforce the regulation in practice in countries over which it has no jurisdiction. Nevertheless, most big companies outside the EU are taking the legislation seriously and it has already had the benefit of encouraging large American companies like Facebook and Google to improve their previously lax attitudes to privacy.
However, while the aims of GDPR are sound, the legislation is hitting small companies and volunteer organisations particularly hard. Valuable volunteer time is being taken up in interpreting and enacting the requirements. GDPR sets a high bar for consent, and all consents have to be GDPR compliant. Although fresh consent is not always necessary, some organisations have decided to take no chances and have sought renewed consent regardless. Like everyone else, I have been bombarded with e-mails from companies and organisations asking me to give consent to receive e-mails and newsletters that I’ve already asked to receive. There have been endless other e-mails informing me of updated privacy policies. With the best will in the world I simply do not have the time or inclination to read all the fine details of these thousands of new policies, which rather defeats the object of the requirement for informed consent.
Read more at https://cruwys.blogspot.com/2018/05/genealogy-and-dna-casualties-of-gdpr.html?utm_source=feedburner&utm_medium=email&utm_campaign=Feed:+Cruwysnews+(Cruwys+news)
3. I am also taking another course to become more versed in DNA from https://www.coursera.org. that course is “Genetics and Society: A Course for Educators” by American Museum of Natural History
4. As if that was not enough I am also trying to become more versed in Early Human History so that I can understand the Anthropologist input to the DNA field. The great courses are the source for these 24 lesson video courses https://www.thegreatcourses.com
a. Development of European Civilization
b. Late Middle Ages
c. The Celtic World
d. How the Crusades Changed History
f. Ancient world
g. Mideval Europe
h. The rise of humans
i. Human prehistory
My published books are at
I have placed 4 videos about our Rader DNA project on my youtube channel at
please give me feedback about these videos
these are the steps to order a 12 marker Y-DNA test through a surname group. the next step would be to order the Big-Y which gives you hundreds of Y-STR results and thousands of SNPs
How to do a Y-DNA study: including Next Generation Sequencing Which can contain atDNA, STR Y-DNA and SNP Y-DNA Paperback – June 22, 2017
Some of the topics in the Index
One Name Study Published in Journal of One-Name Studies, 2012
You should use DNA like any other type of record to prove your research!
What do you want to prove?
Which type of DNA will help?
That includes Y-STR, Y-SNP testing,
Autosomal DNA testing (atDNA)
Mitochondrial DNA (mtDNA) testing where appropriate
How accurate are these tests?
What has Studying Y-DNA taught us
The Casper Rader Y-DNA study
The original test concluded in 2006
you should not take a DNA test! Do a Y- STR study
FTDNA finishes the testing, and we have unique SNPs
What does testing more STR locations in Y-DNA give you?
Family Tree DNA Y- STR Results
The original FTDNA Rader Y-DNA Surname study
Y111-STR results differences table
Y-Full Report STRS 491
YFull’s report on STR matches from the Big-Y test
See Appendix for full list of STRs
What do other analysts have to say?
Y-Tree is producing a tree of matches
A progress report on using big Y results.
Big-Y results, do I understand this correctly?
Compare novel variants all 4
Why do you want to know the rest of your SNP errors?
Will you know where these people lived when the SNPs happened?
Goal of Big Y test
Detailed look at SNPs
How does YFull determine “formed” age and “TMRCA,”
What is YFull’s age estimation methodology?
A progress report on using big Y results.
ClarifyDNA results with just two BigY report
FTDNA reports for Big-Y
Family Finder reports – Rader relatives
We’ll solve your Y-Chromosome Puzzle!
NextGen Sequence Interpretation $49
Yfull results based on YFull YTree v5.03 at 09 April 2017
Other information from Big-Y
110 to 170 years between new SNPs
Age with 1 Big-Y test
Age with 3 Big-Y tests
Age with 4 Big-Y tests
Accuracy of Big-Y test according to YFull
Yfull finishes, and we no longer have unique SNPs
How to place your terminal SNP in time and place
New Genetics and Society
bell beaker behemoth coming out soon
Eurogenes Blog: The Bell Beaker Behemoth (Olalde et al. 2017 preprint)
Eurogenes Blog: Latest on Bell Beaker and Corded Ware
Population genetics: A map of human wanderlust
Wiley: An Introduction to Molecular Anthropology – Mark Stoneking
Summary of the Autosomal testing
Compared all STRS table
Jim’s YFull full SNP list and report
The first test was processed by FTDNA with their relative finder. This test is like the one that’s offered by ancestry.com and called there everything test. This test is an autosomal test. It looks at samples of your DNA from all chromosomes except for the Y chromosome.
Our four candidates Alton Earl Jim and Harry are fourth cousins twice removed. The relationship between Harry and Jim are second cousin once removed but they also have fourth cousin removed relationships on two other lines. We know these relationships through standard genealogical research which is well-documented.
Using the GEDmatch 3D Chromosome Browser we get a nice chart showing the relationship between our four candidates. Earl and James share no DNA the rest of the relationships include one segment of the DNA. Harry and Jim share five segments because of their closer relationship.
Segments in common:
|Kit||Name||T579239||T055537||T829743||T918718||Tot. Segments||Largest cM|
|T055537||James Lee Rader||0||–||5||1||6||22.1|
Autosomal DNA shared between pairs of relatives at the fourth cousin level normally share 13 cM but the fourth cousins once removed would only share 6 cM. So in our circumstance with the twice removed we would expect 3 cM.
The expected level between Harry and Jim are that of second cousins once removed which on average 106 centiMorgans The expected level between Harry and Jim are that of second cousins once removed which on average 106 centiMorgans. Using this table you can see the share five segments.
Total Shared cM (Chr 1-22):
|T055537||James Lee Rader||None||–||78.3||5.1|
Summary by Chromosome:
|Chr||Tot. Matching Segments
for all individuals.
|B36 Graphic Posn Range||Largest
|Kit Nbr.||Name||Kit Nbr.||Name||From||To|
|T055537||James Lee Rader||T829743||Harry Rader||3||10215159||25460760||20.2|
|T579239||Earl Rader||T918718||Alton Rader||4||121202707||157186835||31.8|
|T055537||James Lee Rader||T829743||Harry Rader||8||140535029||143182478||5.2|
|T829743||Harry Rader||T918718||Alton Rader||8||135910061||141152797||11.4|
|T579239||Earl Rader||T918718||Alton Rader||9||129350655||136524980||16.5|
|T579239||Earl Rader||T829743||Harry Rader||9||136263069||140147760||13.6|
|T055537||James Lee Rader||T829743||Harry Rader||14||88480306||97899028||21.6|
|T579239||Earl Rader||T829743||Harry Rader||14||30421536||32553908||6.1|
|T055537||James Lee Rader||T829743||Harry Rader||15||88047217||91532308||9.2|
|T055537||James Lee Rader||T918718||Alton Rader||17||27056533||29380126||5.1|
|T055537||James Lee Rader||T829743||Harry Rader||22||43130670||49528625||22.1|
These results are based on the 5.0 cM / 500 SNP threshold that you specified on the preceeding page. Because of that,
these results may be somewhat different than those obtained in the one-to-one and one-to-many utilities, which
use the site default values. Default values vary depending on the testing company that provided the kit.
Top of Form
|cM color coding||< 3 cM||3 – 5 cM||5 – 10 cM||10 – 20 cM||20 – 50 cM||50 – 100 cM||Over 100 cM|
Bottom of Form
Software Version: Apr 12 2016 20:55:43
What can NGS testing prove?
I have a group of four men all who descended from the same person who was born in 1732. I have the big Y results for all four men. These four men match on Y-111 stir testing at least 110 out of 111 STRs.
My Genealogy research shows me that I am related to the 3 men who I am testing as follows:
1. Earl is a 4th cousin twice removed on my Rader line
2. Alton is a 4th cousin twice removed on my Rader line
3. Harry is a 2nd cousin once removed on my Rader line
And a 4th cousin twice removed on my Bauer line
And a 4th cousin twice removed on my Andes line
The genealogy research on these four men is quite thorough. It is been researched by multiple researchers who publish results over the last 50 years. Has been confirmed by extensive land of probate research.
The table below entitled “compare novel variants all 4 28Jan17” displays a lot of details obtained from that study.
The left column entitled Yseq with values highlighted in yellow are the locations which I had tested with Sanger test methods to verify that the results from the big Y were accurate.
The second column is the name that these particular locations are known by, at some companies.
The next section which is highlighted in green are the results from my big Y tests. The numbers are the physical location being tested.
The section which is not highlighted his Harry’s test results followed by the blue highlighted section with Earl’s test results and the final section in the right hand side is Alton’s results
I aligned them so that the places where there are blank spaces are locations where we do not match! You will see that we do not match an equal amount or in the same places. Jim has 23 unique variants, Harry has 16 variants, Earl has 28, and Alton 22.
I assume that any snip that they all have would be a snip the original man had. What I don’t know is when three out of four of them have a snip how could that happen? Harry’s test is lacking many matches that the other three have. If the original man Casper had them and Jim who is downline from harry has them then Harry must also have them!
One guess is that there is a mistake in testing and test missed that particular snip. Another guess would be that when his father created his spirm he made an error at that same location which caused the SNP to flip back to the original value. The problem with that is that 7 positions do not flip in 120 years (the time between Henry 1829 and Jim 1942)
January 16, 2017 Report on test results from
the Descendants of Casper Rader Y-DNA study
This report is on the Y-111 part of those tests
There are three major groups of tests included in this study
SO WHAT’S YOUR STORY?
- With a simple cheek swab, discover your roots, connect the dots and unlock your family history. Our signature DNA test provides powerful tools to find your DNA matches, trace your lineage through time and validate family connections.
- Our Y-DNA tests check for specific markers on the Y chromosome. 37 markers is a good place to start and can confirm close relationships. Increase your marker count to 67 or 111 for even greater confidence! Connect to matches
Free access to group projects & experts on your lineage. Automated updates to your results. Free webinars with a professional genetic genealogist. Personalized customer support. Uncover up to 340,000 years
- The Big Y product is a Y-chromosome direct paternal lineage test. We have designed it to explore deep ancestral links on our common paternal tree. Big Y tests thousands of known branch markers as well as millions of places where there may be new branch markers. It is intended for expert users with an interest in advancing science.
It may also be of great interest to genealogy researchers of a specific lineage. It is not, however, a test for matching you to one or more men with the same surname in the way of our Y-DNA37 and other tests.
What is a Y-Chromosome DNA (Y-DNA) STR test? What will I learn?
A Y-DNA test looks at male inherited Y-Chromosome DNA. As the Y-Chromosome is passed on from a father to his sons, it is only found in males. Y-DNA testing can then be used to trace clearly a direct paternal line.
When testing the Y-Chromosome, there are two types of tests, short tandem repeat (STR) and single nucleotide polymorphism (SNP). STR tests are best for recent ancestry while SNP tests tell about more ancient ancestry. Our standard Y-DNA panels use STRs and are useful in verifying common ancestry between two males and finding genetic cousins on the paternal line.
However, each of our Y-DNA STR tests comes with a haplogroup prediction that is backed by our SNP Assurance policy. Our Y-DNA STR tests can also then be used for determining geographic origins of the direct paternal line as well as the deep ancestral origins.
If two men share a surname, how should the genetic distance at 111 Y-chromosome STR markers be interpreted?
In cultures where surnames are passed from father to son, there is additional evidence beyond a DNA match that two men who share a surname are related. Y-chromosome DNA (Y-DNA) test results should be interpreted based on both this information and the actual results.
50% 90% 95% 99%
0 Very Tightly Related A 111/111 match indicates a very close or immediate relationship. Most exact matches are 3rd cousins or closer, and over half are related within two generations (1st cousins).
2 4 5 6
1 Tightly Related A 110/111 match indicates a close relationship. Most one-off matches are 5th or more recent cousins, and over half are 2nd cousins or closer.
3 6 7 9
2 Tightly Related A 109/111 match indicates a close relationship. Most matches are 7th cousins or closer, and over half are 4th or more recent cousins.
5 8 9 11
3 Related A 108/111 match indicates a genealogical relationship. Most matches at this level are related as 9th cousins or closer, and over half will be 5th or more recent cousins. This is well within the range of traditional genealogy.
6 10 11 14
Y-DNA111 will Confidently, affirm a family group match between two or more men, and rule out (disprove) genealogical connections. Distinguish with the highest certainty possible the difference between recent and distant genealogical matches.
Y-DNA111: The Y-DNA111 test includes a balanced panel of sixty-seven Y-DNA STR markers, those from the Y-DNA67 plus forty-four more. The additional markers refine the predicted time period in which two individuals are related. They completely eliminate unrelated matches. A close match at 111 markers indicates a common ancestor in recent generations, and an exact match indicates a close or immediate relationship.
Y-DNA111 results as displayed on individual page
111 MARKERS – 3 MATCHES
GD Name DNA Haplogroup Terminal SNP Match Date
1 James Lee Rader R-Y15646 Y15646 1/15/2017
1 Harry Wayne Rader R-Y15784 Y15784 1/15/2017
2 Earl Francis Rader R-Y15783 Y15783 1/15/2017
Harry Wayne Rader
GD Name Y-DNA Haplogroup Terminal SNP Match Date
0 James Lee Rader R-Y15646 Y15646 12/11/2016
1 Alton Rader R-M269 1/15/2017
1 Earl Francis Rader R-Y15783 Y15783 12/21/2016
Earl Francis Rader
GD Name Y-DNA Haplogroup Terminal SNP Match Date
1 James Lee Rader R-Y15646 Y15646 12/21/2016
1 Harry Wayne Rader R-Y15784 Y15784 12/21/2016
2 Alton Rader R-M269 1/15/2017
James Lee Rader
GD Name Y-DNA Haplogroup Terminal SNP Match Date
0 Harry Wayne R-Y15784 Y15784 12/11/2016
1 Alton Rader R-M269 1/15/2017
1 Earl Francis Rader R-Y15783 Y15783 12/21/2016
GD = Genetic Distance
So what does this prove, we are Tightly Related. But Harry and Jim are Very Tightly Related.
Out of 111 places tested we all match on 110. Earl has a different value at location DYS533 and Alton has a different match at location DYS712
My study of the Rader or should I say my Rader ancestry began with a question from one of my nieces. Where do we come from? And I naïvely said I should be able to figure that out. It’s now been 30 years and I still don’t know where Casper Rader came from!
So where did I actually start and what did I do to get to the current point. I first started asking relatives family members and others where did my family come from.? After talking to my father’s sister multiple times she said “oh you don’t know that we came from Greenville Tennessee”. And furthermore there is a living cousin back there who is studying the family.
With that I contacted Margaret Rader from Greenville Tennessee. She liked to tell the story of her father’s calling her whenever a stranger came into town asking about Rader’s. He would say “sister go get your book” her book was a three-ring binder about 3 inches in size with what we call family group sheets and it. After she provided me a copy of her family group sheets I then started looking for a computer program to manage this data with.
In the early 1988 Roots III was the first database program I used followed by many others over the years. As I started entering the data I received from Margaret it became obvious that the names of the people were not unique. There are many John’s and Henry’s and Williams and many of them born the same time period. And it became very difficult to separate them and keep straight which one was on which tree. And the data wasn’t real complete so we weren’t sure how many trees there were.
Over the years that followed I attempted to create a complete database of all people who used the name Rader in the world. When they 1880 US Census became available on CD I extracted all of the Rader families in that Census and entered them in my database. I also harvested many databases from the roots web website and added them to my database. And by using the duplicates tool on the software I was able to merge people who I had found in more than one place. But I was still unable to tell whether I had the Raders from before the Civil War in Greene County Tennessee.
So at this point I started looking at land records and probate records try to figure out which John Rader was belonged to which family. In 2003 I hired a local researcher from Greene County Tennessee to map all of the deeds on quad maps so we could figure out where they were in Greene County. That also helped separate them and collect them properly.
In an attempt to get more people involved I started publishing the material I had collected. That effort culminated with the publishing in 1995 of my multi-volume work- “Second Attempt to collect ALL of the Roder, Reader, Raeder, ROder, Roeder, Ritter families in America”. I also loaded most of this genealogy on most of the on line databases. Over the years since then I’ve added to the database and corrected many things that were duplicates and errors in the database. Also use tools like ancestry.com to add siblings and other family members. I included my other great great great grandparents and also included all of their descendants of that effort to find living cousin’s. A database today has over 100,000 people in it.
In the year 2002 I took my first DNA test. And as I attempted to understand the use of the DNA as a tool for genealogy I took many more tests. I have been taking DNA tests for 14 years now and over 25 different test with many different companies.