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These alleles are strongly associated with, and typically a pre-requisite for, coeliac disease. Beethoven lacked both of these alleles, so we could not establish any clear risk for coeliac disease.":1,"#Dear Kathleen,":1,"#Tristan Begg":1,"#I wonder if scientists have looked into Celiac disease, which can cause gastrointestinal symptoms and liver issues":1,"#Kathleen":1,"#The paternal lineage tests mentioned in this article have historically been unable to provide the specificity needed by forensic analysts, but scientists are clearly making progress toward that goal. Perhaps AI will make that moot.":1,"#As soon as my test results were available, their website started asking the type of personal questions you described. Of course, I did not answer the scavengers, but noted the lack of any cautionary advice – as self-serving and generically-worded as that would be, nor any description of the scope of their interest.":1,"#I recently had an at-DNA test at a major company, whose very large database might help find near-relatives who could help confirm one of my 3G grandfathers.":1,"#I share your concerns, which are well-founded.":1,"#Paul Reitz":1,"#If health insurance companies want your DNA, they likely already have it. They acquired it not from public databases, but directly from you, from DNA you discarded in trash or other public places.":1,"#Alan McHughen":1,"#This comment has nothing to do with this article please post appropriately":1,"#GeneticGenetic Genealogist":1,"#One popular company is already partnered and asks clients to answer so called “health questions” which are unrelated to their health, but are related to epigenetics, such as where was your father born, where did you live. This is just a representative of such “health” questions, they have nothing to do with health but everything to do with epigenetics and can be used in a future date
by health insurance companies.":1,"#This macro data, gathered up by genetic testing companies, can be used to demographically (based on name, age, race) to underwrite health insurance and life insurance policies, without violating GINA.":1,"#This genetic information is not currently used to underwrite individual policies, but it can be used. A few years ago I had to submit to a blood draw from a visiting nurse for a life insurance policy.":1,"#At present two competitors have partnered with companies that gather data, which is then given or sold to (probably parent) AHIP companies.":1,"#My biggest concern with is with the use of autosomal DNA, by Health Insurance companies for underwriting policies. Currently an act signed by Bill Clinton (GINA) prevents health insurance companies (not life insurance) from using genetic information to either price or deny health insurance, but laws are often revoked (like Dodd Frank) depending on which party controls the government, and how successful AHIP is in bribing (err donating) to represenatives and political parties.":1,"#Customers who would like to aid in this research are able to upgrade their Y-DNA tests to provide more refined haplogroups and SNPs related to the composer’s haplogroup. The more information available for review, the closer we are to finding the truth about Beethoven’s cause of death and genetic paternal lineage.":1,"#The new information regarding Beethoven’s Y-DNA and mtDNA has been added to the FamilyTreeDNA database. Customers may be able to find Beethoven in their match list, as well as explore his Y-DNA haplogroup within FamilyTreeDNA Discover™.":1,"#Ludwig’s Genealogical Brick Wall":1,"#The FamilyTreeDNA R&D team was able to analyze living relatives from Beethoven’s genealogy who currently live in Belgium. While their family trees show a common ancestor between the late 1500s and early 1600s, they did not match on the Y-chromosome. This led researchers to believe that there was an extra-pair paternity event along Beethoven’s direct line.":1,"#Beethoven’s Y-chromosome":1,"#Future research is still needed to clarify the role that risk factors, alcohol, and Hepatitis B played in his death.":1,"#His DNA did not provide definite answers for his hearing loss and gastrointestinal problems, but significant genetic risk factors are likely to have all played a role.":1,"#While the common school of thought regarding Beethoven’s death has been linked to alcoholism, this new study suggests that he had a number of genetic risk factors for liver disease. Beethoven was also known to have consumed alcohol regularly. The actual amount is unknown, but through findings in Beethoven’s conversation books and a look at 19th-century Viennese standards, the level of consumption would be high enough to have harmful effects on his liver.":1,"#New information regarding Beethoven’s cause of death":1,"#The University of Cambridge, with help from FamilyTreeDNA and others, examined the hair in an effort to understand more about Beethoven. Members of the FamilyTreeDNA Research and Development team were able to assist with confirming the validity of Beethoven’s hair.":1,"#DNA Analysis of Beethoven":1,"#Beethoven gave eight friends strands of his hair throughout his lifetime. These strands have been well preserved and documented to ensure their authenticity.":1,"#From the Victorian era through the early twentieth century, giving hair to friends and loved ones was seen as a sign of sentimentality. Although it was originally used as a sign of mourning, giving a loved one your hair was later used as a memento to give to them.":1,"#Beethoven’s Hair":1,"#Previously, the cause of his death was attributed to heavy alcohol consumption. He was noted to often have episodes of fever, jaundice, and “wretched” gastrointestinal problems. But new DNA analysis shows he also may have had hepatitis B and genetic factors that played a role in his death.":1,"#Beethoven died on March 26, 1827, at the age of 56. His last complete piece of music, Symphony No. 9, was premiered in 1824. Symphony No. 10 was left unfinished.":1,"#Illustration by Thomas Fairbanks after the August von Kloeber drawing in the H.C. Bodmer Collection, Beethoven-Haus, Bonn. Image credit: Beethoven-Haus Bonn / Thomas Fairbanks.":1,"#Beethoven had his first composition published at only 11 years old. By 22 years of age, he had composed a number of pieces, only to have them published later in his life. In his 30s, after years of public performances, his hearing loss led to a decline in concerts and a withdrawal from his social life. Despite the auditory problems, Beethoven continued to compose and perform music.":1,"#Ludwig van Beethoven was born in Bonn to Johann van Beethoven and Maria Keverich. He was one of three children who survived infancy. At a young age, Johann promoted his son as a “child prodigy” after seeing the success of Mozart.":1,"#Who was Ludwig van Beethoven?":1,"#The locks of hair were compared to direct descendants of Aert van Beethoven, a paternal ancestor on Ludwig van Beethoven’s line.":1,"#More details are available in the press release.":1,"#Graphical Abstract https://doi.org/10.1016/j.cub.2023.02.041":1,"#An international team of researchers used five genetically matching hair strands from Ludwig van Beethoven to sequence his genome. The team uncovered clues surrounding the composer’s health and his paternal line.":1,"#|In Press Releases":1,"#The project is administered by Alasdair Macdonald who has been Scottish representative for Family Tree DNA since 2009. He is not a paid employee of Family Tree DNA. There is no fee for being part leer más...":1,"#This project aims to compile the genetic signatures of the historic inhabitants of the state of Utah. Whether you're the first generation in your family to live in Utah, a descendant of early Latter leer más...":1,"#The mtDNA Project is open to all women and men that have Ulster ancestry. leer más...":1,"#The project is administered by Alasdair Macdonald who has been Scottish representative for Family Tree DNA since 2009. He is not a paid employee of Family Tree DNA. There is no fee for being part read more...":1,"#This project aims to compile the genetic signatures of the historic inhabitants of the state of Utah. Whether you're the first generation in your family to live in Utah, a descendant of early Latter read more...":1,"#The mtDNA Project is open to all women and men that have Ulster ancestry. read more...":1,"#Updated 14 September 2024. The Big Y 700 is our test of choice for males. The Ulster DNA Project Membership is free and open to all of Ulster ancestry. The goal of the Ulster DNA Project is to furt read more...":1,"#From the Keith Family DNA Project → The Lennox Chronicles (working title) We’re renaming and widening our scope: what began as My Family’s Keith & McCarter Y-DNA project now covers multiple Lennox- read more...":1,"#The Little Scottish Cluster is a group of R-L21 men who share a recent common ancestor. Age estimates for this group generally range from 1800 to 2000 years before present--well before the adoption read more...":1,"#The L3 mtDNA Project goal is to establish a growing database of mtDNA L3 tested participants to further assist traditional genealogical research. <br><br>If you suspect your mtDNA haplogroup is L3 o read more...":1,"#The Iowa DNA Project welcomes all of those with a connection to the State of Iowa. This project aims to learn more about the settlers of Iowa and to connect DNA cousins to surnames (or variants) in read more...":1,"#This project welcomes anyone who belongs to Y-DNA haplogroup I-A5716 or a subclade, as well as anyone who has Y-DNA or Big Y matches with someone who belongs to this haplogroup. I-A5716 is present read more...":1,"#If your ancestors settled in or passed through Greene County, Pennsylvania, we welcome you to share your Y-DNA and mtDNA results so that you can discover cousin matches. Many Greene County, Pennsyl read more...":1,"#Mark Buchanan":1,"#G-FTF87185":1,"#Lorena Cantero":1,"#Notas de miembros y administradores":1,"#de Acceso Limitado y Avanzado":1,"#es":1,"#de preferencias del proyecto":1,"#Sign in to your kit. In the upper-right corner of the page, hover your cursor over your name/Kit No., Click Account":1,"#Individual kits do not have a GAP account or a GAP username. Can I change my kit number or username? Your kit number is tied":1,"#to your match's tree on WikiTree. Kit Manager - Lists the person managing the kit if different than the test taker.":1,"#discuss the kit with that person and assist them in taking over the kit after the tester or original kit manager passes away":1,"#Completed lab results Received and Unreceived Kits Kit status Family Finder™ Group Matrix Matrix":1,"#of your kit's beneficiary. Kit Manager - This is where you can identify another individual to access and manage your kit":1,"#account for the kits I manage? No. Each kit has a distinct kit number and cannot be combined with other kits. However, you":1,"#The Kit Manager tab is where users can designate a kit manager when the test taker is not the person managing the kit. Designating":1,"#Y-DNA is passed down from father to son from the Y chromosome. Through Y-DNA testing, Y-DNA allows you to trace your direct paternal line.":1,"#What is Y-DNA? - FamilyTreeDNA Blog":1,"#A graphic showing how chromosome inheritance works":1,"#A chart showing the haplotree growth after the launch of Big Y":1,"#With each advancement, like the Big Y test, FamilyTreeDNA propels the exploration of paternal lineage. As the Y-DNA haplotree expands, our understanding of human migration and lineage deepens. Whether you’re new to genetic genealogy or refining your ancestral narrative, FamilyTreeDNA provides powerful tools to navigate your paternal lineage and find your place in history.":1,"#Take a Y-DNA test and find your place on the Y-DNA Tree of Mankind":1,"#The chance that others on your direct paternal line have also tested":1,"#The number of mutations tested (essentially, the more of your Y chromosome tested, the more specific and precise your results will be and the greater your chance of finding not just matches but close matches)":1,"#Success in matching comes down to two things:":1,"#With Y-DNA testing, we compare your mutations to others in the database to discover matches and your haplogroup. Those matches are going to share a common ancestor on your direct paternal line because that’s where the Y chromosome comes from. Mutation differences between matches can estimate when that common ancestor lived.":1,"#The Y chromosome doesn’t randomly recombine like autosomal DNA does. However, mutations do happen over time.":1,"#While you inherit one copy of each autosome from each of your parents, the X and the Y are a little different. Everyone receives an X chromosome from their mother. If you’re female, you’ll inherit another X chromosome from your father. If you’re male you’ll instead inherit your father’s Y chromosome.":1,"#The nucleus of the cell contains DNA passed down from your parents to you—everything except the mitochondria. That means the nucleus is where you find your 22 pairs of autosomes, the X chromosome, and if you’re a genetic male, the Y chromosome, which is where we find Y-DNA.":1,"#Y chromosomal inheritance can help trace paternal lines":1,"#Because multiple companies offered Y-DNA testing early on, sites where Y-DNA data could be transferred for matching were also created. FamilyTreeDNA offered one of these, YSearch, from 2003 until May 2018. The third-party, nonprofit MitoYDNA.org was launched in 2017 and remains an active place for testers to transfer today.":1,"#The haplotree is on track to surpass 80,000 branches and 700,000 SNPs in 2024.":1,"#July 2023: 70,000 branches":1,"#October 2022: 60,000 branches":1,"#Nov 2017: 58,590 SNPs":1,"#Nov 2016: 23,767 SNPs":1,"#May 2015: 6,556 SNPs":1,"#Haplotree growth after the launch of the Big Y:":1,"#The Big Y tests caused exponential growth of the Y-DNA haplotree. FamilyTreeDNA launched our Y-DNA haplotree in 2014. This new haplotree included an update to the SNP nomenclature from longhand haplogroups to shorthand haplogroups (for example, testers would no longer receive the longhand haplogroup R1b1a2, but instead the shorthand R-M269).":1,"#In 2018, all Big Y tests were upgraded to the Big Y-500, which added 379+ STRs above the 111 panel to the SNP results. In 2019, the Big Y-700 was launched, which introduced new sequencing technology, offering 50% more SNP coverage than the Big Y-500, along with up to 868 STRs including the 111 panel.":1,"#In 2014, FamilyTreeDNA began offering the Big Y, which used Next Generation Sequencing (NGS) to examine the Y chromosome. The first version of the Big Y was available only as an upgrade from a previous Y-STR test and did not include any additional Y-STR testing.":1,"#In 2010, FamilyTreeDNA offered an exploratory SNP test called Walk the Y. Walk the Y used Sanger sequencing to explore between 300,000 and 600,000 Y-DNA SNPs. This test was discontinued in 2013, leading up to the launch of the Big Y test.":1,"#By 2007, both the Daughters of the American Revolution (DAR) and the Mayflower Society began accepting Y-DNA evidence as proof of connection to ancestors for admittance to those groups.":1,"#In 2005, National Geographic launched the Genographic Project in partnership with FamilyTreeDNA. The first phase of the Genographic Project covered 12 STRs, which could be transferred to FamilyTreeDNA for matching. Later phases of the Genographic Project’s test covered only enough Y-DNA to provide a haplogroup and, while still available to transfer to FamilyTreeDNA, did not cover enough to provide matching. The Genographic Project stopped offering its tests in 2019 and deleted its database in 2021.":1,"#The Y-DNA Haplotree grew as Y-DNA became easier to test":1,"#FamilyTreeDNA began offering SNP tests in 2004, with early options including Deep Clade panels, which were replaced with SNP packs and individual SNP tests in 2014.":1,"#In 2002, the Y Chromosome Consortium (YCC) began producing and maintaining a Y-DNA haplotree. The first haplotree was comprised of 245 single nucleotide polymorphisms (SNPs) and 153 branches. The YCC expanded its haplotree in 2008 to include 599 SNPs and 311 branches. Their final update in 2010 contained 440 branches.":1,"#The Y-DNA Haplotree is a map that tracks and traces all the mutations on the Y chromosome back to the earliest known male ancestor.":1,"#What is the Y-DNA Haplotree?":1,"#Other companies offering early testing were Sorenson’s SMGF, Oxford Ancestors, and GeneTree, which was sold to Sorenson’s SMGF. Sorenson and GeneTree were sold to Ancestry in 2012; however, Ancestry destroyed their Y-DNA database in 2014, and Oxford Ancestors destroyed theirs in 2018.":1,"#FamilyTreeDNA was one of the first direct-to-consumer DNA testing companies to offer testing for genetic genealogy, starting in 2000. In May 2000, FamilyTreeDNA launched our first Y-DNA test, which only covered 12 short tandem repeats (STRs). FamilyTreeDNA quickly added the Y-25, examining 25 STRs by 2002, followed by the Y-37 in 2003, the Y-67 in 2006, and the Y-111 in 2011. In 2019, FamilyTreeDNA discontinued the Y-25 and Y-67 tests.":1,"#Y-DNA testing started with FamilyTreeDNA":1,"#Y-DNA, in the simplest terms, is passed down from father to son from the Y chromosome. But why does Y-DNA matter so much in genealogy? Through Y-DNA testing, your Y-DNA allows you to trace your direct paternal line. Y-DNA testing allows you to discover more about your father’s story, from uncovering new ancestors to confirming your paper trail to finding where your paternal ancestors came from.":1,"#So, what exactly is Y-DNA?":1,"#Editors Note: This is part one of a five-part series about what Y-DNA is, what Y-DNA can tell you, and how to apply Y-DNA results to your genealogy. Read the rest of the series here:":1,"#|In Big Y-700, Y-DNA":1,"#More information about I46561 will be added soon.":1,"#More information about I29421 will be added soon.":1,"#More information about I38703 will be added soon.":1,"#Viking Age Baltic":1,"#More information about KMK001 will be added soon.":1,"#toggle H2e2":1,"#toggle H2e1":1,"#toggle F9729612":1,"#toggle H2e":1,"#toggle H2d":1,"#toggle H2c7":1,"#toggle H2c6":1,"#toggle H2c5":1,"#toggle H2c4":1,"#toggle H2c3":1,"#toggle H2c1":1,"#toggle F7220998":1,"#toggle F6778321":1,"#toggle F1709836":1,"#toggle H2c":1,"#toggle H2b+93":1,"#toggle H2b26":1,"#toggle H2b25^":1,"#toggle H2b21":1,"#toggle H2b20":1,"#toggle H2b19":1,"#toggle H2b18":1,"#toggle H2b17":1,"#toggle H2b16":1,"#toggle H2b15":1,"#toggle H2b14":1,"#toggle H2b13'24":1,"#toggle H2b12^":1,"#toggle H2b11":1,"#toggle H2b10":1,"#toggle H2b9":1,"#toggle H2b8":1,"#toggle H2b7":1,"#toggle H2b6":1,"#toggle H2b5'23":1,"#toggle H2b4":1,"#toggle H2b3":1,"#toggle H2b2":1,"#toggle H2b1":1,"#toggle F9317512":1,"#toggle F9263499":1,"#toggle F8533959":1,"#toggle F7935260":1,"#toggle F7715227":1,"#toggle F5538674":1,"#toggle F5495496":1,"#toggle F5065888":1,"#toggle F5019097":1,"#toggle F3235824":1,"#toggle F2024545":1,"#toggle F1570640":1,"#toggle H2b":1,"#toggle H2a20":1,"#toggle H2a19":1,"#toggle H2a9":1,"#toggle H2a7":1,"#toggle H2a":1,"#Open air, Hoedic":1,"#Hoedic 3":1,"#Strøby Grøftemark 91":1,"#Wöllersdorf 1":1,"#P Sanhueza":1,"#– Esto identifica cada paso del proceso de pedido. Las son opciones:":1,"#NOTA: Los tipos de prueba incluidos en un lote varían de una muestra a otra, por lo que un kit del mismo lote que el tuyo puede recibir resultados antes o después de ti, dependiendo del tipo de prueba.":1,"#Entendiendo los lotes de pruebas":1,"#Para saber más sobre el número de lotes, consulta nuestro artículo":1,"#Lote – Las muestras de ADN comienzan a procesarse en nuestro laboratorio semanalmente, y a cada entrega de muestras nuevas y existentes se le asigna un número de lote.":1,"#Estado del Pedido":1,"#Fecha – Fecha para completar cada fase del proceso de pedido. Cada fecha corresponde al estado de la prueba indicado en la columna Estado del Pedido.":1,"#NOTA: Puede haber un retraso de hasta 24 horas desde la fecha de finalización para que los resultados aparezcan en tu cuenta.":1,"#NOTA:":1,"#Completado – Los resultados de la prueba han sido completados":1,"#Completado":1,"#Agrupado – La muestra de ADN ha comenzado a procesarse en nuestro laboratorio.":1,"#Agrupado":1,"#Ordenado – La fecha un":1,"#Recibido – El kit de recogida ha sido recibido en nuestro laboratorio.":1,"#Recibido":1,"#Enviado – Se ha enviado un kit de recogida.":1,"#Estado del pedido – Esto identifica cada paso del proceso de pedido. Las opciones son:":1,"#gráfico del Historial de Pedidos":1,"#añade una nueva fila en el":1,"#del Estado del Pedido":1,"#Puede que veas el mismo producto listado más de una vez, ya que cada actualización":1,"#Producto – Producto (prueba) que hayas pedido.":1,"#Tu página de Historial de Pedidos contiene la siguiente información:":1,"#en Historial de pedidos":1,"#En la esquina superior derecha de la página, pasa el cursor sobre tu nombre/número de":1,"#Para acceder a tu página de Historial de Pedidos:":1,"#Accediendo a tu historial de pedidos":1,"#La página de Historial de Pedidos muestra todos los pedidos actuales y pasados realizados en el kit en el que has iniciado sesión.":1,"#Historia del pedido – Ayuda | FamilyTreeDNA":1,"#Para obtener más información sobre los números de lote, consulte nuestro artículo":1,"#agrega una nueva fila al gráfico":1,"#Es posible que vea el mismo producto listado más de una vez, ya que cada actualización":1,"#NOTE: The test types included in a batch vary from one sample to another, so a kit in the same batch as yours may get results before or after you depending on the test type.":1,"#Batch – DNA samples begin processing in our lab weekly, and each delivery of new and existing samples is assigned a Batch number.":1,"#Date – Date for the completion of each phase in the order process. Each date corresponds to the test status given in the Order Status column.":1,"#NOTE: There may be a delay of up to 24 hours from the completion date for the results to appear in your account.":1,"#Completed – The test results have been completed":1,"#Batched – The DNA sample has begun processing in our lab.":1,"#Ordered – The date a":1,"#Received – The collection kit has been received at our lab.":1,"#Sent – A collection kit has been mailed.":1,"#Order Status – This identifies each step of the order process. The options are:":1,"#Product – Product (test) that you have ordered.":1,"#The specified file 'dna-data-2026-06-09 2.zip' could not be uploaded. Please try again.":1,"#dna-data-2026-06-09 2.zip":1,"#toggle G-BY106602":1,"#More information about I15475 will be added soon.":1,"#toggle G-Y144882":1,"#toggle G-FTG66668":1,"#The specified file 'MyHeritage_raw_dna_data debora peralta.zip' could not be uploaded. The file is an unsupported version or in a corrupt/malformed format. Please place an order for Family Finder™ or download the file and try again.":1,"#MyHeritage_raw_dna_data debora peralta.zip":1,"#Simmone and John are both still trying to figure out exactly how they’re related, but now she feels like she’s found the brother she’d been missing all this time. If you liked Simmone’s FamilyTreeDNA story, read about Ivy’s FamilyTreeDNA story.":1,"#John explained that his mother had fallen in love with a Korean merchant marine. She died when he was young, and he always felt different. An Asian-looking man named John O’Brien was always going to stand out. It turned out that he had been searching for his father’s family his entire life.":1,"#After speaking with John, she eventually flew to San Francisco to meet him. As she sat waiting in a restaurant, a man walked in. Instantly, she felt an unusual connection to him. They were even wearing the same maroon color.":1,"#An Instant Connection":1,"#Simmone’s FamilyTreeDNA story gets even more intriguing when she had the idea to get her father tested to try and find more of his relatives. Perhaps other family members had made it out of North Korea. When she uploaded her father’s autosomal results to FamilyTreeDNA, she was surprised, and a bit confused. There was a match, but to a man named John O’Brien. That was definitely not a Korean name.":1,"#A Simple Upload":1,"#Simmone’s father escaped North Korea just before the war began. He hopped on an airplane and settled in Toronto where he met her mother, a South Korean woman who had recently moved there. They had a family together, but Simmone’s father always wanted a son, and she did her best to try and fill that role for him.":1,"#Simmone’s FamilyTreeDNA Story: A Search For Family":1,"#Simmone & John":1,"#Simmone's FamilyTreeDNA story":1,"#The specified file 'dna-data-2026-06-09.zip' could not be uploaded. Please try again.":1,"#Your Kit Number: B1280867":1},"version":358103}]