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It combines one of the oldest practices of humanity with one of the newest":1,"#Why DNA? | FamilyTreeDNA Blog Post":1,"#Why DNA? - FamilyTreeDNA Blog":1,"#<strong ljsid-0=\"\"> Customer Service Manager</strong><br ljsid-1=\"\"> Jeremy’s bio is super interesting, but he can write it better than we can.":1,"#I-A13665":1,"#G-FT115928":1,"#I-YFS552163":1,"#regine sarda":1,"#Cornelius van Herwijnen":1,"#billie pittman snyder":1,"#elizabeth trevor":1,"#Mr. Rogier van Iterson":1,"#oEB18 x":1,"#desiree thomas":1,"#Ms. Nubia Rojas":1,"#Christopher Fernando Benitez":1,"#Mr. Carlos Uriel Gómez":1,"#luis lopera":1,"#de países desconocidos":1,"#Zlechov 38597":1,"#What's up with that? I have 19 people on 67 matches screen while only 4 on my 37 matches. The answer is there is no magic in the STRs included by panel at 1-12, 13-25, 26-37 and 38-67. It turns out I can see I have a couple red herring STRs in my 1-12 and 13-25 panel results which were throwing things off. These were very recent mutations that made me look more distantly related to people I was related to 300-500 and":1,"#Only a member of your genealogical family can discover your Astoria and erect the Astoria Column tower of 111 markers for the settlers. We need leaders from each family.":1,"#STRs are useful in several ways":1,"#5. Convenience because of multiple test types (Big Y700, STR panels, SNP Packs, mtDNA, Family Finder, etc.) available based on DNA samples that are safely stored.":1,"#3. Privacy protection and compliance with the EU General Data Privacy Regulations and pertinent state laws. Some DNA test vendors are using your personal results for general health/medical research and may not be able to protect your privacy. Some vendors are purely just resellers and your DNA sample and results may not be subject to western international business norms.":1,"#The Y chromosome can only be passed from father to son and as such is passed almost completely unchanged. Changes or mutations occur every couple of generations but those mutations are also passed on giving each male lineage a unique signature that grows in uniqueness over the generations. The mutations can be thought of as a path of bread crumbs or footprints in the snow that never wash away. As we follow the path back through the woods we can find common ancestors with other people and potentially origins information.":1,"#At 67 STRs, a clear pattern emerged, FINALLY. The clear majority of matches were either residents of Wales or had Welsh surnames. There was one new person, with the a surname that just didn't fit at all. I pretty much ignored him, which was a mistake, and started contacting the Welsh related people. Since my surname is Walsh this all started to make sense. Another clear pattern emerged that the veteran hobbyists pointed out to me. I had a pair of slow moving STRs that was emerging as a distinctive pattern within the matches.":1,"#The BigGY help Facebook forum has a large number of Big Y testers on it.":1,"#FTDNA's Big Y Block Tree features are also described here.":1,"#FTDNA will update the haplotree and your haplogroup label automatically. This may happen in a few days to several weeks after receiving your results. The results are phased in, not all at one time. You can see your SNP results and where you fit it in the haplotree under the \"HAPLOTREE & SNPs\" button on your FTDNA account. There is also an external version of the":1,"#Astoria Column at destination of Lewis and Clark Expedition":1,"#Big Y Discovery testing is like having a super high speed, fuel efficient jet traversing back and forth on multiple paths high across the sky on mostly clear days taking special photos of the countryside between St. Louis and the Pacific Coast. It is scanning over 14.5 million locations. If your Astoria turns out to be San Diego, Long Beach or Tacoma, that's okay. Big Y is accomplishing what Lewis and Clark were doing, mapping the route for settlers to follow in the form of lower entry price tests. Unfortunately, your family of genealogical record might not even be on the maps for the mass migration of settlers to come, that is without SNP discovery testing like Big Y700. It's just a fact of the Y chromosome just as it is of the geography. The settlers won't go to a place when they don't know where it is or even know it exists.":1,"#Big Y700 is probably the most important Y DNA test that you can take because it goes beyond testing for public and known SNPs. <span ljsid-1=\"\">Big Y700 discovers your own line of SNPs</span> rather than just the known SNPs. Here's an analogy to help explain Big Y700 using the Lewis and Clark Expedition with an aviation twist.":1,"#You don't know what you will find until you test, which is why we test.":1,"#, but only two of those were on the 12 STR matches report so there are five new individuals. (0 at GD=0, 0 at GD=1, 7 at GD=2).":1,"#Here is my personal case (as of June 2015). Every case will be different. We probably don't care about the averages, we probably just care about our individual case and the related individuals. I remember going through this by incrementally upgrading over the years and realized I would have been smarter to have bitten the bullet from the git go. I try not to add up the money of nickel and diming myself to death.":1,"#. Big Y700 bonus STRs are used on your matches display as explained by the DNA-eXplained article":1,"#3) They have a very high opportunity for mutation, providing great resolution in the branching":1,"#1) They have a very strict father-son inheritance property":1,"#SNPs - Single Nuclear Polymorphisms":1,"#5) As differentiators at the tips of the branches (the leaves) in tree building as fenced in by SNPs. However STRs should not be used to assume branch placement as a replacement for SNPs.":1,"#4. Integrated and backward-compatible data management, which is the foundation of a large matching database. Old Deep Clade, Advanced Test SNPs, SNP Packs and Big Y results are all used for haplotree and haplogroup assignment and project display.":1,"#Y DNA tracking is both very granular, sensitive to the generations, and consistent, due to the father-son inheritance staying intact. As a comparison, Big Y looks for SNPs across about 700 times more base locations as full mitochondrial DNA sequencing does. The granularity on the Y side means refined branching support for genetic genealogy. However, Y DNA only tracks a paternal lineage, your father's father's father, etc. Still, this can be applied across your family tree. Every mother has a father, every grandmother had father and so on. The key is to find male relatives, male cousins and uncles, and get them deeply Y DNA tested while you can.":1,"#Why Big Y Next Generation Sequencing for discovering SNPs?":1,"#Why Y DNA testing and why is it a team sport?":1,"#, one that appeared for the first time at 111 STRs, the other two were only on the 67 STRs matches screen. None of these three 111 matches were on my 12, 25 or 37 STR matches screen. (0 at GDs 0 thru 6, 1 at GD=6 2 at GD=10).":1,"#3 matches at 111":1,"#48 people at 12 STRs":1,"#Big Y Block Tree diagram.":1,"#. Another excellent eXplained article describes the new":1,"#Work with your haplogroup project administrators. Many do extensive free analyses. As long as you are in the R1b All Subclades Project and provide Limited Access, we will join you to the major subclade haplogroup project that can most help you. There are Raw Results files that your administrators are likely to ask for.":1,"#Using either SNPs counting or STR variance, TMRCA estimates are subject to error ranges and anomalies. All mutations can occur in fits and starts. There is a lot we don't know.":1,"#7. Reasonable pricing which helps attract the most genetic genealogy testers.":1,"#STR testing equates to erecting a tower to see in the large matching database. The more STRs you have, Y111 being best, the taller your tower and the more clearly people can see you and you can see others to know which directions to explore for your genetic genealogy homeland. STRs generally only point you in a general direction. Fog can be a problem, or the first direction pointed to maybe off.":1,"#3) As a guide (only) for advanced and deeper SNP testing.":1,"#FTDNA provides much more than bare bones DNA tests. They have a true laboratory and our not just a test remarketeer. They have no annual subscription charges, but provide a comprehensive platform for genetic genealogy including:":1,"#Comparisons between potentially related people allows us to build a descendants tree back to a common ancestor. This can be used as a proof for genealogical records but can go way back into ancient times to understand where our people came from and how as we compare with historical and archaeological records. Your Y DNA has tremendous potential to reliably track lineages from the head to the toe, from the ancient to the present. This is way beyond autosomal DNA testing capabilities, where the mixing between parents is so great that it is hard to reliably call relationships after just a few generations and there are few guarantees at all.":1,"#R _R1b ALL Subclades - FAQ - FamilyTreeDNA":1,"#Essentially, we are on an exploration and discovery mission. We don't know what's on the other side. No guarantees, and for goodness sake, don't spend money you need for something else, but if you are interested I think advanced testing can be very valuable.":1,"#Will you see patterns like I saw as I upgraded? Maybe, maybe not. Your individual case might be entirely different. However, here is the key and it depends, it depends on your curiosity and interest in genetic genealogy.":1,"#E)":1,"#, but only two of those were on the 25 STR matches report, so I have two new individuals at 37 STRs. (0 at GD=0, 0 at GD=1, 0 at GD=2, 2 at GD=3, 2 at GD=4).":1,"#This is generally what I saw along the way. Although there were more people in the mix from when I actually went through the incremental STR upgrades from 12 to 25, then from 25 to 37, then from 37 to 67, then to 96 (to fill out Ysearch) and then finally to 111 which included a rebuy of some in the 96.":1,"#Lewis and Clark Expedition of the Louisiana Purchase description":1,"#The comparison method for tree building is simple, just compare validated mutations across potential relatives. If you have two brothers that have the same mutation unique to them then you can legitimately assume their most recent common ancestor, their father, had it. If you check a male cousin and he has the same mutation you can back up a step and know the grandfather had it. However, you need apples to apples comparisons of test results.":1,"#7 matches at 25 STRs":1,"#After encouragement from others and the recommendation received to go to the gold standard (I was told back then) of 67 STRs, I instead took a small step and upgraded to 25 STRs. Here is what I now see on that screen.":1,"#STRs - Short Tandem Repeats:":1,"#Yes, upgrading can still be of benefit. There is no magic in the STR panels and what one panel, such as 1-12, shows does not guarantee that another panel, such as 68-111, will not have new matches. The STR panels are essentially a random arrangement of STRs.":1,"#FTDNA provides on-line tools. They include the Big Y Matches, Terminal SNP Guide and the Big Y Chromosome Browser described here at the":1,"#Lewis and Clark's primary objectives included to explore and map the newly acquired territory, find a practical route across the western half of continent. They left St. Louis in 1804 and arrived at the Pacific Ocean late 1805. In this analogy, we think of the Pacific Coast as our genetic genealogy homeland, a place or status where our genealogically known family connects to the Y DNA tree of mankind. It is not the same for all of us, as each of our families has a distinctive location. Lewis and Clark founded what would be Fort Clastrop on the edge of Astoria, Oregon. From Astoria Column, a tower, you can see the Pacific Ocean, the Cascade Mountains and the Columbia River.":1,"#1) Team or cluster building and finding people who might be closely related to you.":1,"#2) They are consistently measured in standard STR based panels.":1,"#1. A robust project management web based platform for sharing and categorizing information that is critical to the newbies, future generations and non-technicians.":1,"#had":1,"#It was apparent to me there was no magic in the first 12 STRs. They were not scientifically selected to support genetic genealogy. I think they were just happenstance of the early academic studies and what worked for them. At 25 STRs still I saw no patterns although I got rid some of the strangest geographies. I probably stewed for a year before going to 37 STRs.":1,"#; 6 at GD=0, 41 at GD=1.":1,"#This is a place great place to ask questions and receive help without solicitations to purchase additional services or products.":1,"#FTDNA Big Y Block Tree Guide":1,"#This diagram cross-analyzes autosomal DNA Family Finder origins with terminal Y haplogroups. A scale to estimate the age of branches is provided.":1,"#Very Important: Contact your Y111 and Y67 matches and ask them to consider Big Y700 too. This will help identify the branching the genealogical timeframe.":1,"#where you can browse up and down the branches or search for your haplogroup or a specific SNP. You can view analysis by surname and country there. You can learn more about it at the":1,"#3) Eliminating false matches caused by STR convergence.":1,"#2) They are generally very stable, making for a high reliability tree":1,"#2) Time to Most Recent Common Ancestor (TMRCA) estimates.":1,"#1) They have long legacy of usage and standardization, even beyond genealogy into forensic sciences.":1,"#6. Family tree and GEDCOM support integrated to DNA matching results.":1,"#www.familytreedna.com/why-ftdna.aspx":1,"#C)":1,"#a is discussion group about R1b subclades, origins, migrations and Y DNA help.":1,"#1) SNPs can document a Y DNA tree that is very accurate, granular and comprehensive from the ancient to current genealogy.":1,"#SNPs support the discovery of the paternal lineage tree of mankind because:":1,"#This is why the size of the matching database and recruiting efforts are so important.":1,"#years ago.":1,"#4 matches at 37 STRs":1,"#Working with the new Big Y":1,"#What should I do with my Big Y700 results?":1,"#Single SNP testing is like flying a two seat airplane from St. Louis and hoping to land in Astoria without knowing where Astoria is. The plane is low priced and reliable but has bad gas mileage. More importantly, Astoria may not even have coordinates on the map yet or a landing strip. This kind of approach is most applicable when someone who is highly probable to be on the edge of your genealogically known family has already done a Big Y test and has built a very tall tower or lighthouse to go with a new landing strip. That tower in Astoria could be thought as a super version of Astoria Column as it is built with 111 Y STR markers.":1,"#4) Cross-checking and validation of newly discovered SNPs.":1,"#STRs are very useful in a multi-pronged approach, but should not be used out of context with SNPs. STRs support the formation of useful matching database because:":1,"#2. The largest accessible matching database for Y genetic genealogy. This is a database of real people who’ve shown some inclination for spending their own money on DNA testing.":1,"#It is of little value to do tests that few others are doing. Think of this as a team sport. You have to get others potentially related to take the same tests as you do or find them in the matching database.":1,"#Frequently Asked Questions, Facts and Tips":1,"#19 matches at 67":1,"#FTDNA Big Y Learning Center":1,"#I remember at the time when I had only 12 STRs. I was frustrated as there were no patterns and there were people with Italian names, those from Latin America and Central Asia. There was no one with my last name and very few that looked at Irish (my lineage) at all. It just didn't make any sense. I do have a surname variant in the mix today, but he wasn't there when I went through this step and he has never replied to my emails.":1,"#10. Excellent record and prospects as a proven on-going, self-funding concern.":1,"#FTDNA Public Haplotree":1,"#Big Y700 Learning Center at FTDNA":1,"#9. They are an early feeder of your SNPs into a broader set of offerings including products that are used all over the world.":1,"#8. Faster test processing time for SNP Pack and Big Y tests because they own their lab and test in-house.":1,"#What myFTDNA Profile Settings are important?":1,"#What are terminal SNPs? novel SNPs private and public SNPs?":1,"#STRs are additive to SNPs at the end of the branches and twigs of the tree. In Big Y, there is an SNP about one of every two and half generations (father-son transmissions). If you go all the way to 111 STR markers, the rate of a change to 1-111 STR panels is about one every three generations. When you multiply the probabilities we see that there is a high opportunity for mutation for nearly every father-son transmission. This is very granular. We are moving towards discerning grandfathers from grandsons. This is very helpful when your genealogical records trail hits a brickwall.":1,"#The GD=6 at 111 is pretty good, but it was the unexpected surname. I knew I":1,"#, but I dropped one of my 37 STR matches while gaining 16 new matches. (0 at GD=0, 0 at GD=1, 0 at GD=2, 0 at GD=3, 2 at GD=4, 2 at GD=5, 4 at GD=6, 11 at GD=7).":1,"#Big Y 700 STR matching":1,"#SNPs are critical for their benefits.":1,"#3) For the legacy STRs (Y111), everyone gets measured and issues like no calls are rare.":1,"#to contact him. It turns out he had not (at the time) updated his MDKA and he knew there was a surname change. The ancestor was of a surname variant of mine and from the same county in Ireland as my most distant known ancestor. We've now both taken Big Y and have identified an SNP that only we two share that is in the range of 200 to 500 years old. It's now included in SNP packs and panels so someone else may stumble up on us without having to go through the expense we did. These people in my 111 STR matches group are ones that I would be willing to contribute/pool money for discovery testing like Big Y. Ironically, there is some magic (rhyme or reason) in the panels. The 68-111 panel was organized last and was specifically organized for smoothly behaving STRs that are useful for genetic genealogy. The problem is you have to buy the other STRs to get to the 68-111 panel anyway. There are over ten thousand R1b people in the database at 111 STRs. It is has been the new gold standard for some time.":1,"#I thought was getting somewhere at 37 STRs as I now was down to British Isles sounding names but nothing that seemed to have a relationship to my family's genealogy and history. A GD of 3 at 37 STRs is not that good so I knew I should have gone to 67 STRs prior. I am slower learner, but I went ahead to the next step. I resigned myself that I probably wasn't getting anywhere, but at worst case I would be a leader and establish where I fit in the matching database so others could find me in the future.":1,"#R1b Y DNA project Facebook group":1,"#. A great tutorial on these tools is the DNA-eXplained article":1,"#FTDNA Public Haplotree Learning Center.":1,"#Big Y700 Help and Guidance Facebook forum":1,"#I'm asking you to start thinking about Big Y700 if you haven't already. Be a lead-explorer! There are now several thousand Big Y results completed for the R1b haplogroup. It works. Big Y results can come in quickly (the vast majority come in 10-12 weeks but this varies.) Pooling of resources at the project/family/surname levels can help share the cost, but look for holiday, DNA Day, Father's Day sales promotions.":1,"#2) Time to Most Recent Common Ancestor (TMRCA) estimations.":1,"#Group Administrator Access: Flores de Valdes":1,"#Group Administrator Access: Valdez":1,"#E-FTG57812":1,"#Opting out will remove you from all Group Projects you have joined.":1,"#Opt in to Group Project Participation":1,"#This setting confirms your consent to participate in Group Projects. By joining a project, you provide this consent. Opting out will remove you from all Group Projects you have joined. For more details, please review our <a ljsid-1=\"\">Group Project Participation Informed Consent.</a>":1,"#I-L1243":1,"#A2f1a":1,"#I-FT262115":1,"#I-FTA52953":1,"#The specified file 'MyHeritage_raw_dna_data_Retro.zip' could not be uploaded. The file is an unsupported version or in a corrupt/malformed format. Please place an order for <a ljsid-1=\"\">Family Finder®</a> or download the file and try again.":1,"#MyHeritage_raw_dna_data_Retro.zip":1,"#Pablo T":1,"#J-FT262754":1,"#Our research and development team has devoted their efforts to building tools that take advantage of Next Generation texting technology such as Big Y-700, the NGS Family Finder test, and more. Unfortunately this means at this time we do not have plans for an updated myOrigins 4.0.":1,"#myOrigins Updates":1,"#myOrigins® Sections Overview myOrigins® Sidebar The myOrigins® sidebar displays information about your origins and the origins you share with your Family Finder™ matches.Your origins are composed o...":1,"#myOrigins® Sections Overview myOrigins® Sidebar The myOrigins® sidebar displays information about your origins and the origins you share...":1,"#Schulz, Jordan":1,"#Coston, Tamera":1,"#Comstock, Kathleen":1,"#Battaini, Andrea Verónica Andre":1,"#Lippman Hoskins, Margeaux":1,"#E-BY5265":1,"#Ishtar Mobarak":1,"#Veneto, Italia":1,"#toggle R-Y47755":1,"#toggle R-FT372121":1,"#La función Family Finder":1,"#Carla Cristofoli":1,"#Joseph Milone":1,"#Dorothy Ryder":1,"#jose liste":1,"#SI20684":1,"#To connect your account to MyHeritage, you are requested to grant FamilyTreeDNA approval to give MyHeritage access to the following information for kit number <strong ljsid-1=\"\">SI20684</strong>:":1,"#Fernández, Marcela Alejandra":1,"#Flaviani, Marcelo":1,"#I-FT230742":1,"#••••• Erokhina":1,"#Discover the countries of origin and surnames for each branch of the world's largest <strong ljsid-1=\"\">Y-DNA Haplotree</strong>. Currently, the tree includes 111,000 branches, 921,000 variants, and 717,000 SNP-tested users from our Y-DNA database.":1,"#Confirmed Y-DNA Haplogroup Badge":1,"#IntroductionFamilyTreeDNA uses a custom Global Screening Array chip from Illumina that looks at about 700,000 SNPs from the autosomes, X...":1,"#- This lists your furthest downstream confirmed SNP.":1,"#<a ljsid-1=\"\"><strong ljsid-1-0=\"\">Informes de haplogrupos Discover™</strong></a> - This provides access to Discover tools related to your haplogroup.":1,"#- This provides access to Discover tools related to your haplogroup.":1,"#<a ljsid-1=\"\"><strong ljsid-1-0=\"\">Haplotree & SNPs</strong></a> - This provides access to the publicly available Y-DNA haplotree and your placement on it. This will not contain confirmed SNPs based on autosomal DNA data.":1,"#<a ljsid-1=\"\"><strong ljsid-1-0=\"\"> Confirmed Y-DNA Haplogroup Badge</strong></a> - This lists your furthest downstream confirmed SNP.":1,"#IntroductionFamilyTreeDNA uses a custom Global Screening Array chip from Illumina that looks at about 700,000 SNPs from the autosomes, X chromosome, Y chromosome, and mtDNA. Because the main purpos...":1,"#Autosomal DNA Data Downloads":1,"#Holiday Sale 2025 Prices":1,"#mtDNA Haplogroup Reports & Tools":1,"#Family Finder Results & Tools – Help | FamilyTreeDNA":1,"#Jing, Shen":1,"#Sivula, Seppo":1,"#Tulppo, Jukka Johannes":1,"#Cowell, Samuel":1,"#Willis, Charity":1,"#Molenda, Daniel":1,"#Akkad, Muhammed":1,"#Hunt, Samantha":1,"#L3e1a2":1,"#Michael Bruderer geb. 1360, Trogen Schweiz":1,"#Chaim Moshe Rubin, b. 1793":1,"#Malburn 1745":1,"#Johannes Henricus Hille* b.1873 d.1939":1,"#Benjamin CORBIN (c1720s-1813) of Baltimore Co MD":1,"#John Young b.1840 and d. 1908":1,"#Thompson Wall, b. 1801,Tennessee d. 1875, Missouri":1,"#Patrick Crane, b. 1841":1,"#George Moore about 1811 -1856":1,"#John Melican (bef 1819-1895) Tulla Clare IRE no13":1,"#Archibald G Black":1,"#August Joseph Schindler":1,"#Michael Schraut, b. ca. 1770":1,"#John Butler b. c.1810":1,"#Henry Dell":1,"#René Virlet":1,"#John Doherty":1,"#John Melican (bef 1819-1895) Tulla Clare IRE no8":1,"#L3e1a3a":1,"#Mr. Rogelio Gonzalez":1,"#Ana María Koch":1,"#Ricardo Iskander":1,"#Santiago Newbery":1,"#Miguel Iraola":1,"#Michael Vargas Yejo":1,"#Robert Yagley":1,"#Jodie Ralston":1,"#Elisabeth Giacche":1,"#Matthew Yagley":1,"#Delores Yagley":1,"#Victoria Hordis":1,"#Kathleen Chesney":1,"#Lucille Schorr":1,"#J-FTB64413":1,"#F5358740":1,"#Elizabeth Robinson, 1790 - 1840":1,"#U3a1a5":1,"#F9168248":1,"#F4689756":1,"#Lucinda Mitchell b. 1830":1,"#Sigrid Larsdotter b.1690 Kärna (E)":1,"#Edith Green, 1899 Effingham, Illinois":1,"#Dorothea- Andreas Lippert's wife *c.1660 Zell, BY":1,"#F1549305":1,"#Mary Stork b.1851 d.1850":1,"#U3a1a3":1,"#F7893311":1,"#U3a2a4b'c'd'e":1,"#Darya Lukina (Keda) b. Rapiowo (Korelichi) d.1926":1,"#Agostino b1936":1,"#Maria Cordi, b. 1866 and d.1927":1,"#F6229495":1,"#Hypervariable Region 1 (252)":1,"#F1689903":1,"#Francesca Restivo":1},"version":401296}]