Podcasts about ancestry dna

In this episode of Best Websites, Diahan Southard walks through some of the most recent updates to AncestryDNA and MyHeritage DNA.

Christine is an adoptee born in January of 1972, at the tail end of the baby scoop era. She was adopted in March of that year through Catholic Family Charities. Her mother had bought a book that explained how a family adopts a child in a very simplistic way. In fact, until the age of seven, she thought that all children were adopted. It wasn't until a friend's mother got pregnant that she realized there was another way to have a baby. Her mother explained to her that she was special—that she was chosen.Growing up, the subject of her adoption was not spoken of in her household. She had been told at a young age that she was her parents' child and that they would not discuss the matter of her adoption. She rarely told anyone about it, not even her closest friends. Christine never searched for her birth family. She knew it would make her parents unhappy and was scared about what she might find out. As they got older, her children's curiosity about their actual ethnicity led her to Ancestry DNA. Two years later, after receiving the results, Christine received an email through Ancestry. It stated, “I believe that you are my niece. That would be so wonderful.”The next few months were a process of meeting her birth mother, Pat, two half-brothers, and her maternal birth family. She found out that Pat was 16 when she got pregnant. She had been sent to a home for unwed mothers and gave birth to Christine two weeks after her 17th birthday. Pat was supposed to relinquish her parental rights after Christine's birth but refused to do so. Christine was placed in foster care for two months until Pat realized it was a losing battle and signed the relinquishment papers. For years, Pat slept with Christine's picture under her pillow.Christine and Pat had the opportunity to meet and get to know one another. They were developing a relationship when Pat succumbed to cancer, only 18 months after their reunion. Christine remains in contact with her brothers, aunts, uncles, and cousins.Today, Christine lives in Connecticut with her partner, Rob. Between them, they are fortunate to share four boys and a girl. She holds a Doctorate of Nursing Practice and works as a full-time Professor of Nursing.The Adoptee's Journey: From Loss and Trauma to Healing and Empowerment by Cameron Lee SmallThank you to our Patreons! Join at the $10 level and be part of our monthly ADOPTEE CAFE community. The next meeting will be Saturday, April 12th @ 1 PM ET.RESOURCES for AdopteesS12F Helping AdopteesGregory Luce and Adoptees Rights LawJoe Soll & other adoptee resourcesFireside Adoptees Facebook GroupDr. Liz Debetta: Migrating Toward Wholeness MovementHiraeth Hope & HealingMoses Farrow - Trauma therapist and advocateNational Suicide Prevention Lifeline – 1-800-273-8255 OR Dial or Text 988.Unraveling Adoption with Beth SyversonAdoptees Connect with Pamela KaranovaSupport the showTo support the show - Patreon.

In this episode of Research Like a Pro, Nicole and Diana discuss several new genealogy tools and features. They cover the AncestryDNA "Matches by Cluster" feature, which is a visualization tool for Pro Tools users to identify related DNA matches. They also discuss the improved AncestryDNA feature that allows users to attach DNA matches' lines to their family trees. Nicole explains the updates to the FamilySearch catalog, focusing on the site architecture and place standardization. Diana shares information about the Ancestry Networks feature, which allows users to create networks of family and associates within an Ancestry tree. Nicole introduces the MyHeritage CousinFinder feature, a tool that finds cousins without DNA testing by searching for common ancestors in family trees. Diana talks about the Together app from FamilySearch, designed for families to share and save stories privately. Nicole mentions the DNA Painter Places feature, which maps ancestors' migrations by family line from a GEDCom upload. Listeners will learn about new tools and features for AncestryDNA, FamilySearch, MyHeritage, DNA Painter, and Newspapers.com to enhance their genealogy research. This summary was generated by Google Gemini. Links New Features and Apps Announced at RootsTech 2025 - https://familylocket.com/new-features-and-apps-announced-at-rootstech-2025/ Sponsor – Newspapers.com For listeners of this podcast, Newspapers.com is offering new subscribers 20% off a Publisher Extra subscription so you can start exploring today. Just use the code “FamilyLocket” at checkout.  Research Like a Pro Resources Airtable Universe - Nicole's Airtable Templates - https://www.airtable.com/universe/creator/usrsBSDhwHyLNnP4O/nicole-dyer Airtable Research Logs Quick Reference - by Nicole Dyer - https://familylocket.com/product-tag/airtable/ Research Like a Pro: A Genealogist's Guide book by Diana Elder with Nicole Dyer on Amazon.com - https://amzn.to/2x0ku3d 14-Day Research Like a Pro Challenge Workbook - digital - https://familylocket.com/product/14-day-research-like-a-pro-challenge-workbook-digital-only/ and spiral bound - https://familylocket.com/product/14-day-research-like-a-pro-challenge-workbook-spiral-bound/ Research Like a Pro Webinar Series - monthly case study webinars including documentary evidence and many with DNA evidence - https://familylocket.com/product-category/webinars/ Research Like a Pro eCourse - independent study course -  https://familylocket.com/product/research-like-a-pro-e-course/ RLP Study Group - upcoming group and email notification list - https://familylocket.com/services/research-like-a-pro-study-group/ Research Like a Pro with DNA Resources Research Like a Pro with DNA: A Genealogist's Guide to Finding and Confirming Ancestors with DNA Evidence book by Diana Elder, Nicole Dyer, and Robin Wirthlin - https://amzn.to/3gn0hKx Research Like a Pro with DNA eCourse - independent study course -  https://familylocket.com/product/research-like-a-pro-with-dna-ecourse/ RLP with DNA Study Group - upcoming group and email notification list - https://familylocket.com/services/research-like-a-pro-with-dna-study-group/ Thank you Thanks for listening! We hope that you will share your thoughts about our podcast and help us out by doing the following: Write a review on iTunes or Apple Podcasts. If you leave a review, we will read it on the podcast and answer any questions that you bring up in your review. Thank you! Leave a comment in the comment or question in the comment section below. Share the episode on Twitter, Facebook, or Pinterest. Subscribe on iTunes or your favorite podcast app. Sign up for our newsletter to receive notifications of new episodes - https://familylocket.com/sign-up/ Check out this list of genealogy podcasts from Feedspot: Best Genealogy Podcasts - https://blog.feedspot.com/genealogy_podcasts/

00:00 - 30:00 | Kicking Off the Chaos Sam Tripoli and Midnight Mike open the show with their usual banter and set the stage. Comedy & Promotions: Sam promotes his upcoming shows in Detroit and at The Comedy Store. Midnight Mike shouts out his podcast "Our Big Dumb Mouth" and appreciates cross-listeners. The College Degree Dilemma: A humorous rant about people getting degrees in obscure studies. Discussion on the shift away from trade schools and practical education. Reflection on whether their own degrees were useful. Doom Scroll Video #1 - St. Helena Island: A look at the isolated island where Napoleon was exiled. Home to Jonathan, a 192-year-old tortoise. Debate on where they'd move if money and family weren't an issue (San Diego vs. Hawaii). Discussion on pole shifts and survival strategies in a post-apocalyptic world. 30:00 - 60:00 | Pizza Magic, AI Theories & Conspiracies Doom Scroll Video #2 - Pizza Magic Commercial: Nostalgic discussion on a vintage Chef Boyardee product that could turn any bread into pizza. Debate on why Pizza Magic never became a global hit. Idea to "meme" it back into existence. Artificial Intelligence Always Existed? A strange clip claims AI was never "created" but "uncovered." AI compared to electricity and radio waves—always there, just waiting to be accessed. Discussion on whether AI could be inhabited by Nephilim. Sam and Mike joke about treating AI with respect to avoid future robotic wrath. Ancestry DNA Conspiracy: Theory that DNA tests were not for finding long-lost relatives but tracking bloodlines. Idea that old rulers and revolutionaries are reborn, and the elites want to stop them. Sam suspects the narrator of the video might be AI-generated. 60:00 - 90:00 | Genetic Tracking, Pizza Lawsuits & Autism Reveal Parties Doom Scroll Video #3 - Pizza Magic Lawsuit? A listener jokes that Pizza Magic caused them a health condition but also gave them a lawsuit settlement. Running joke that "new Pizza Magic" is under new management. DNA Tracking & Controlled AI Content: More speculation on how AI-generated content is being fed into social media to manipulate the narrative. Whether some viral influencers are actually AI avatars. Autism Reveal Party: A bizarre video of a man hosting a "gender-reveal style" party for his autism diagnosis. Guests wear blue if they think he's on the spectrum, pink if they think he's just creepy. Sam and Mike react in disbelief, debating if it's performance art or genuine. Watch Full Episodes on Sam's channels: - YouTube: https://www.youtube.com/@SamTripoli - Rumble: https://rumble.com/c/SamTripoli Sam Tripoli: Tin Foil Hat Podcast Website: SamTripoli.com Twitter: https://x.com/samtripoli Midnight Mike: The OBDM Podcast Website: https://ourbigdumbmouth.com/ Twitter: https://x.com/obdmpod Doom Scrollin' Telegram: https://t.me/+La3v2IUctLlhYWUx  

From the archives: 8-18-23Genetic genealogy is a field that combines traditional genealogy research with modern DNA testing techniques to trace familial relationships and ancestry through genetic information. It involves analyzing an individual's DNA to uncover their genetic heritage, connect with distant relatives, and map out family trees. This approach has gained significant popularity due to advancements in DNA sequencing technology, particularly in the form of direct-to-consumer DNA testing kits.Here's how genetic genealogy works and how it's used by investigators:DNA Testing: Individuals interested in exploring their genetic heritage and family history can submit their DNA samples through services provided by companies like AncestryDNA, 23andMe, and MyHeritageDNA. These companies analyze specific segments of the submitted DNA to identify genetic markers that are common among different populations and individuals.Genetic Markers: Certain sections of the DNA, particularly those found in the Y chromosome (passed from father to son) and the mitochondrial DNA (passed from mother to all offspring), contain genetic markers that can be used to identify ancestral lineages. Autosomal DNA, which is inherited from both parents, is also examined to find matches with other individuals in the testing company's database.Matching and Comparison: Testing companies compare an individual's genetic markers with those of other users in their databases. If two individuals share a significant amount of genetic material, they are considered genetic matches. The more segments of DNA they share, the closer their relationship is likely to be.Building Family Trees: Genetic genealogy involves constructing family trees using a combination of traditional genealogical research and the information gained from DNA matches. By connecting with other users who share segments of DNA, individuals can extend their family trees and discover new branches of their lineage.Identifying Common Ancestors: As more people participate in DNA testing, the chances of finding common ancestors increase. Overlapping segments of shared DNA can help identify specific ancestors or ancestral groups that are shared among related individuals.Forensic and Investigative Applications: Genetic genealogy has also found applications in criminal investigations. Law enforcement agencies have used DNA databases to identify unknown perpetrators of crimes like murder and sexual assault. In cases where traditional investigative methods have been unsuccessful, investigators can upload DNA profiles from crime scenes to genealogy databases and identify potential relatives of the suspect based on shared genetic markers.Building Family Trees for Identification: Once potential relatives of the suspect are identified, investigators work to build family trees using genealogical records, such as birth certificates, marriage records, and obituaries. By tracing the shared ancestry of these relatives, law enforcement can narrow down the list of potential suspects to a smaller pool.Narrowing Down Suspects: Investigative genetic genealogy can help law enforcement focus on specific individuals who fit the profile of the unknown suspect based on age, location, and other relevant factors. This process has led to the successful identification and capture of suspects in several high-profile cases.In this episode we take a look at the battle of the experts that is being set up by both sides in the Bryan Kohberger trial and how it will be an uphill battle for Bryan Kohberger.(commercial at 8:44)to contact me:bobbycapucci@protonmail.comsource:How DNA Dispute Could Impact Bryan Kohberger Case (newsweek.com)

Wednesday 2/26/25

Wednesday 2/26/25

What did you discover after an Ancestry DNA test? BO Molly & Ezra – She Makes Her Own Plates & Silverware. Someone Tried To Scam Miguel. Am I The A-Hole: Alec – wants to have sons birthday at Hooters.

As an adoptee, Pam Korreng always wondered about her biological parents. In 2021, hoping for some answers, she used Ancestry DNA. What Pam discovered was that her dad, Dave Clark, was an immensely talented singer, musician, actor, comedian, karate expert, stripper and cosmic seeker, who, after pioneering Australian rock 'n' roll in the 1950s with Barry Crocker, became glam-rock shocker Count Copernicus in the 1970s. But her father's story runs deeper than that, beginning in the horrors of war during The Blitz and ending in the bliss of a peaceful NYC spiritual community in the 21st century.Patreon: patreon.com/forgottenaustraliaApple: apple.co/forgottenaustraliaThe Cosmic Clownhttps://www.youtube.com/watch?v=7Xc3vgPD4jk&t=3sCheck out Ross Hamilton's band Stringybarkhttps://stringybark.com/To buy They'll Never Hold Me:https://www.booktopia.com.au/they-ll-never-hold-me-michael-adams/book/9781923046474.htmlThe Murder Squad:https://www.booktopia.com.au/the-murder-squad-michael-adams/book/9781923046504.htmlHanging Ned Kelly:https://www.booktopia.com.au/hanging-ned-kelly-michael-adams/book/9781922992185.htmlAustralia's Sweetheart:https://www.booktopia.com.au/australia-s-sweetheart-michael-adams/book/9780733640292.htmlEmail: forgottenaustraliapodcast@gmail.com Hosted on Acast. See acast.com/privacy for more information.

Genetic genealogy is a field that combines traditional genealogy research with modern DNA testing techniques to trace familial relationships and ancestry through genetic information. It involves analyzing an individual's DNA to uncover their genetic heritage, connect with distant relatives, and map out family trees. This approach has gained significant popularity due to advancements in DNA sequencing technology, particularly in the form of direct-to-consumer DNA testing kits.Here's how genetic genealogy works and how it's used by investigators:DNA Testing: Individuals interested in exploring their genetic heritage and family history can submit their DNA samples through services provided by companies like AncestryDNA, 23andMe, and MyHeritageDNA. These companies analyze specific segments of the submitted DNA to identify genetic markers that are common among different populations and individuals.Genetic Markers: Certain sections of the DNA, particularly those found in the Y chromosome (passed from father to son) and the mitochondrial DNA (passed from mother to all offspring), contain genetic markers that can be used to identify ancestral lineages. Autosomal DNA, which is inherited from both parents, is also examined to find matches with other individuals in the testing company's database.Matching and Comparison: Testing companies compare an individual's genetic markers with those of other users in their databases. If two individuals share a significant amount of genetic material, they are considered genetic matches. The more segments of DNA they share, the closer their relationship is likely to be.Building Family Trees: Genetic genealogy involves constructing family trees using a combination of traditional genealogical research and the information gained from DNA matches. By connecting with other users who share segments of DNA, individuals can extend their family trees and discover new branches of their lineage.Identifying Common Ancestors: As more people participate in DNA testing, the chances of finding common ancestors increase. Overlapping segments of shared DNA can help identify specific ancestors or ancestral groups that are shared among related individuals.Forensic and Investigative Applications: Genetic genealogy has also found applications in criminal investigations. Law enforcement agencies have used DNA databases to identify unknown perpetrators of crimes like murder and sexual assault. In cases where traditional investigative methods have been unsuccessful, investigators can upload DNA profiles from crime scenes to genealogy databases and identify potential relatives of the suspect based on shared genetic markers.Building Family Trees for Identification: Once potential relatives of the suspect are identified, investigators work to build family trees using genealogical records, such as birth certificates, marriage records, and obituaries. By tracing the shared ancestry of these relatives, law enforcement can narrow down the list of potential suspects to a smaller pool.Narrowing Down Suspects: Investigative genetic genealogy can help law enforcement focus on specific individuals who fit the profile of the unknown suspect based on age, location, and other relevant factors. This process has led to the successful identification and capture of suspects in several high-profile cases.Bryan Kohberger was tracked down by authorities using genealogy according to sources. While the process is not even admissable in court, it is an important tool for investigators who are trying to solve complex cases.In this episode, we hear from one of the industry leaders in the field of genealogy who is discussing how the process works and what goes into an operation such as this.(commercial at 12:11)to contact me:bobbycapucci@protonmail.comsource:How Idaho cops used genetic genealogy to trace suspect Bryan Kohberger's distant relatives | Daily Mail Online

(music) (10 Hours) #1284 Ancestry DNA Results - Let Me Bore You To Sleep (5th February 2025) by Jason Newland

(no Music) #1284 Ancestry DNA Results - Let Me Bore You To Sleep (5th February 2025) by Jason Newland

(no Music) (5 Hours) #1284 Ancestry DNA Results - Let Me Bore You To Sleep (5th February 2025) by Jason Newland

(no Music) (10 Hours) #1284 Ancestry DNA Results - Let Me Bore You To Sleep (5th February 2025) by Jason Newland

(music) #1284 Ancestry DNA Results - Let Me Bore You To Sleep (5th February 2025) by Jason Newland

(music) (5 Hours) #1284 Ancestry DNA Results - Let Me Bore You To Sleep (5th February 2025) by Jason Newland

(no Music) #1284 Ancestry DNA Results - Let Me Bore You To Sleep (5th February 2025) by Jason Newland

(no Music) (5 Hours) #1284 Ancestry DNA Results - Let Me Bore You To Sleep (5th February 2025) by Jason Newland

(no Music) (10 Hours) #1284 Ancestry DNA Results - Let Me Bore You To Sleep (5th February 2025) by Jason Newland

(music) #1284 Ancestry DNA Results - Let Me Bore You To Sleep (5th February 2025) by Jason Newland

(music) (5 Hours) #1284 Ancestry DNA Results - Let Me Bore You To Sleep (5th February 2025) by Jason Newland

(music) (10 Hours) #1284 Ancestry DNA Results - Let Me Bore You To Sleep (5th February 2025) by Jason Newland

Genetic genealogy is a field that combines traditional genealogy research with modern DNA testing techniques to trace familial relationships and ancestry through genetic information. It involves analyzing an individual's DNA to uncover their genetic heritage, connect with distant relatives, and map out family trees. This approach has gained significant popularity due to advancements in DNA sequencing technology, particularly in the form of direct-to-consumer DNA testing kits.Here's how genetic genealogy works and how it's used by investigators:DNA Testing: Individuals interested in exploring their genetic heritage and family history can submit their DNA samples through services provided by companies like AncestryDNA, 23andMe, and MyHeritageDNA. These companies analyze specific segments of the submitted DNA to identify genetic markers that are common among different populations and individuals.Genetic Markers: Certain sections of the DNA, particularly those found in the Y chromosome (passed from father to son) and the mitochondrial DNA (passed from mother to all offspring), contain genetic markers that can be used to identify ancestral lineages. Autosomal DNA, which is inherited from both parents, is also examined to find matches with other individuals in the testing company's database.Matching and Comparison: Testing companies compare an individual's genetic markers with those of other users in their databases. If two individuals share a significant amount of genetic material, they are considered genetic matches. The more segments of DNA they share, the closer their relationship is likely to be.Building Family Trees: Genetic genealogy involves constructing family trees using a combination of traditional genealogical research and the information gained from DNA matches. By connecting with other users who share segments of DNA, individuals can extend their family trees and discover new branches of their lineage.Identifying Common Ancestors: As more people participate in DNA testing, the chances of finding common ancestors increase. Overlapping segments of shared DNA can help identify specific ancestors or ancestral groups that are shared among related individuals.Forensic and Investigative Applications: Genetic genealogy has also found applications in criminal investigations. Law enforcement agencies have used DNA databases to identify unknown perpetrators of crimes like murder and sexual assault. In cases where traditional investigative methods have been unsuccessful, investigators can upload DNA profiles from crime scenes to genealogy databases and identify potential relatives of the suspect based on shared genetic markers.Building Family Trees for Identification: Once potential relatives of the suspect are identified, investigators work to build family trees using genealogical records, such as birth certificates, marriage records, and obituaries. By tracing the shared ancestry of these relatives, law enforcement can narrow down the list of potential suspects to a smaller pool.Narrowing Down Suspects: Investigative genetic genealogy can help law enforcement focus on specific individuals who fit the profile of the unknown suspect based on age, location, and other relevant factors. This process has led to the successful identification and capture of suspects in several high-profile cases.Bryan Kohberger's defense team has brought on Leah Larkin, a well respected genealogist to challenge the findings made by the prosecution during the DNA portion of the investigation. She will look to punch holes in the DNA evidence provided by the FBI and Moscow police and hopefully, from the defenses standpoint, provide a narrative that differs from the one presented by the prosecution. (commercial at 10:16)to contact me:bobbycapucci@protonmail.comsource:Bryan Kohberger update - genealogist hired by defense casts doubt on the reliability of genetic genealogy in Idaho murders investigation | Daily Mail Online

From the archives: 8-18-23Genetic genealogy is a field that combines traditional genealogy research with modern DNA testing techniques to trace familial relationships and ancestry through genetic information. It involves analyzing an individual's DNA to uncover their genetic heritage, connect with distant relatives, and map out family trees. This approach has gained significant popularity due to advancements in DNA sequencing technology, particularly in the form of direct-to-consumer DNA testing kits.Here's how genetic genealogy works and how it's used by investigators:DNA Testing: Individuals interested in exploring their genetic heritage and family history can submit their DNA samples through services provided by companies like AncestryDNA, 23andMe, and MyHeritageDNA. These companies analyze specific segments of the submitted DNA to identify genetic markers that are common among different populations and individuals.Genetic Markers: Certain sections of the DNA, particularly those found in the Y chromosome (passed from father to son) and the mitochondrial DNA (passed from mother to all offspring), contain genetic markers that can be used to identify ancestral lineages. Autosomal DNA, which is inherited from both parents, is also examined to find matches with other individuals in the testing company's database.Matching and Comparison: Testing companies compare an individual's genetic markers with those of other users in their databases. If two individuals share a significant amount of genetic material, they are considered genetic matches. The more segments of DNA they share, the closer their relationship is likely to be.Building Family Trees: Genetic genealogy involves constructing family trees using a combination of traditional genealogical research and the information gained from DNA matches. By connecting with other users who share segments of DNA, individuals can extend their family trees and discover new branches of their lineage.Identifying Common Ancestors: As more people participate in DNA testing, the chances of finding common ancestors increase. Overlapping segments of shared DNA can help identify specific ancestors or ancestral groups that are shared among related individuals.Forensic and Investigative Applications: Genetic genealogy has also found applications in criminal investigations. Law enforcement agencies have used DNA databases to identify unknown perpetrators of crimes like murder and sexual assault. In cases where traditional investigative methods have been unsuccessful, investigators can upload DNA profiles from crime scenes to genealogy databases and identify potential relatives of the suspect based on shared genetic markers.Building Family Trees for Identification: Once potential relatives of the suspect are identified, investigators work to build family trees using genealogical records, such as birth certificates, marriage records, and obituaries. By tracing the shared ancestry of these relatives, law enforcement can narrow down the list of potential suspects to a smaller pool.Narrowing Down Suspects: Investigative genetic genealogy can help law enforcement focus on specific individuals who fit the profile of the unknown suspect based on age, location, and other relevant factors. This process has led to the successful identification and capture of suspects in several high-profile cases.In this episode we take a look at the battle of the experts that is being set up by both sides in the Bryan Kohberger trial and how it will be an uphill battle for Bryan Kohberger.(commercial at 8:44)to contact me:bobbycapucci@protonmail.comsource:How DNA Dispute Could Impact Bryan Kohberger Case (newsweek.com)

Melanie Green is an infant adoptee from a private domestic adoption in the 1980s. Her adoption was facilitated by a lawyer known for high-dollar adoptions of babies with blonde hair and blue eyes, and for putting financial pressures on birth parents so they wouldn't be able to change their minds. Estranged from much of her adoptive family, she was hesitant to find her birth family. After facing some scary medical news, she started her search for her personal medical history in 2021. She wanted her children to be able to get screened for preventable conditions that they were at risk for but would have no way of knowing due to her adoption. She took an Ancestry DNA test and found some cousins and a search angel at DNAngels who helped her find her living relatives and get as much medical history as possible. She learned her mother died in 2012 at age 50, well before she started her search. Because she doesn't have her real birth certificate, she is unable to request the records of what caused her mother's death.She found out she had a half-sister on her father's side that she continued searching for. All she knows is that she was adopted by an affluent family in Lake Forest, Illinois, and was born around 1985. She's joined Lake Forest area moms groups in hopes of finding her sister and letting her know about their shared medical history.Today, she's a professional writer and serial entrepreneur. She earned her Master of Fine Arts in Creative Writing from National University and her Bachelor of Arts in Writing from the University of Tampa. She loves camping, traveling, and going to history and science museums. You Should Be Grateful: Stories of Race, Identity, and Transracial Adoption by Angela Tucker Get 45% off the Magic Mind bundle with with my link:https://www.magicmind.com/ADOPTEEJANJOIN US on March 8th in Atascadero, California - Live Podcast, Un-M-Othered, Jeff Forney & The Innocent People Project + More!Thank you to our Patreons! Join at the $10 level and be part of our monthly ADOPTEE CAFE community. The next meeting is this Saturday, February 1st @ 1 PM ET.RESOURCES for AdopteesS12F Helping AdopteesFireside Adoptees Facebook GroupDr. Liz Debetta: Migrating Toward Wholeness MovementMoses Farrow - Trauma therapist and advocateUnraveling Adoption with Beth SyversonAdoptees Connect with Pamela KaranovaSupport the showTo support the show - Patreon.

When my mom was just 17, she lost her father – but 50 years later, DNA revealed an unexpected gift...In this deeply personal episode, I share how an ordinary AncestryDNA test revealed an extraordinary family secret. What began as a potentially devastating discovery became a beautiful experience that brought four women (in their 60s and 70s) closer together. As the story unfolds, you'll see how even the messiest parts of our family stories are an opportunity for connection. Join me as I explore how DNA testing can unlock forgotten stories, heal old wounds, and create new bridges between generations that transform both our past and future relationships.〰️

Robin was never told who her father was, only that he was in the airline industry with her mother. As she came of age, Robin started searching and writing to who she believed her father to be, even though she saw no resemblance. It wasn't until a 2019 Ancestry DNA test that Robin started to receive DNA results. She has written a book called Finding My Way; details below.Robin can be reached through her website https://robinfschepperauthor.com/on Facebook https://www.facebook.com/profile.php?id=100086576767741or on Instagram @robinschepperResources Mentioned:Thank you to the Patreons of the NPE Stories Podcast

Are DNA ancestry tests a reliable way to trace your ancestry? Neil and Beth discuss this and teach you some new vocabulary. (Image: Getty)Find a full transcript and worksheet for this episode to help you with your English at: https://www.bbc.co.uk/learningenglish/english/features/6-minute-english_2024/ep-241205 SUBSCRIBE TO OUR NEWSLETTER: ✔️ https://www.bbc.co.uk/learningenglish/newsletters FIND BBC LEARNING ENGLISH HERE: Visit our website ✔️ https://www.bbc.co.uk/learningenglish Follow us ✔️ https://www.bbc.co.uk/learningenglish/followus LIKE PODCASTS? Try some of our other popular podcasts including: ✔️ Learning English for Work ✔️ Learning English from the News ✔️ Learning English Stories They're all available by searching in your podcast app.

Genetic genealogy is a field that combines traditional genealogy research with modern DNA testing techniques to trace familial relationships and ancestry through genetic information. It involves analyzing an individual's DNA to uncover their genetic heritage, connect with distant relatives, and map out family trees. This approach has gained significant popularity due to advancements in DNA sequencing technology, particularly in the form of direct-to-consumer DNA testing kits.Here's how genetic genealogy works and how it's used by investigators:DNA Testing: Individuals interested in exploring their genetic heritage and family history can submit their DNA samples through services provided by companies like AncestryDNA, 23andMe, and MyHeritageDNA. These companies analyze specific segments of the submitted DNA to identify genetic markers that are common among different populations and individuals.Genetic Markers: Certain sections of the DNA, particularly those found in the Y chromosome (passed from father to son) and the mitochondrial DNA (passed from mother to all offspring), contain genetic markers that can be used to identify ancestral lineages. Autosomal DNA, which is inherited from both parents, is also examined to find matches with other individuals in the testing company's database.Matching and Comparison: Testing companies compare an individual's genetic markers with those of other users in their databases. If two individuals share a significant amount of genetic material, they are considered genetic matches. The more segments of DNA they share, the closer their relationship is likely to be.Building Family Trees: Genetic genealogy involves constructing family trees using a combination of traditional genealogical research and the information gained from DNA matches. By connecting with other users who share segments of DNA, individuals can extend their family trees and discover new branches of their lineage.Identifying Common Ancestors: As more people participate in DNA testing, the chances of finding common ancestors increase. Overlapping segments of shared DNA can help identify specific ancestors or ancestral groups that are shared among related individuals.Forensic and Investigative Applications: Genetic genealogy has also found applications in criminal investigations. Law enforcement agencies have used DNA databases to identify unknown perpetrators of crimes like murder and sexual assault. In cases where traditional investigative methods have been unsuccessful, investigators can upload DNA profiles from crime scenes to genealogy databases and identify potential relatives of the suspect based on shared genetic markers.Building Family Trees for Identification: Once potential relatives of the suspect are identified, investigators work to build family trees using genealogical records, such as birth certificates, marriage records, and obituaries. By tracing the shared ancestry of these relatives, law enforcement can narrow down the list of potential suspects to a smaller pool.Narrowing Down Suspects: Investigative genetic genealogy can help law enforcement focus on specific individuals who fit the profile of the unknown suspect based on age, location, and other relevant factors. This process has led to the successful identification and capture of suspects in several high-profile cases.Bryan Kohberger was tracked down by authorities using genealogy according to sources. While the process is not even admissable in court, it is an important tool for investigators who are trying to solve complex cases.In this episode, we hear from one of the industry leaders in the field of genealogy who is discussing how the process works and what goes into an operation such as this.(commercial at 12:11)to contact me:bobbycapucci@protonmail.comsource:How Idaho cops used genetic genealogy to trace suspect Bryan Kohberger's distant relatives | Daily Mail Online

Genetic genealogy is a field that combines traditional genealogy research with modern DNA testing techniques to trace familial relationships and ancestry through genetic information. It involves analyzing an individual's DNA to uncover their genetic heritage, connect with distant relatives, and map out family trees. This approach has gained significant popularity due to advancements in DNA sequencing technology, particularly in the form of direct-to-consumer DNA testing kits.Here's how genetic genealogy works and how it's used by investigators:DNA Testing: Individuals interested in exploring their genetic heritage and family history can submit their DNA samples through services provided by companies like AncestryDNA, 23andMe, and MyHeritageDNA. These companies analyze specific segments of the submitted DNA to identify genetic markers that are common among different populations and individuals.Genetic Markers: Certain sections of the DNA, particularly those found in the Y chromosome (passed from father to son) and the mitochondrial DNA (passed from mother to all offspring), contain genetic markers that can be used to identify ancestral lineages. Autosomal DNA, which is inherited from both parents, is also examined to find matches with other individuals in the testing company's database.Matching and Comparison: Testing companies compare an individual's genetic markers with those of other users in their databases. If two individuals share a significant amount of genetic material, they are considered genetic matches. The more segments of DNA they share, the closer their relationship is likely to be.Building Family Trees: Genetic genealogy involves constructing family trees using a combination of traditional genealogical research and the information gained from DNA matches. By connecting with other users who share segments of DNA, individuals can extend their family trees and discover new branches of their lineage.Identifying Common Ancestors: As more people participate in DNA testing, the chances of finding common ancestors increase. Overlapping segments of shared DNA can help identify specific ancestors or ancestral groups that are shared among related individuals.Forensic and Investigative Applications: Genetic genealogy has also found applications in criminal investigations. Law enforcement agencies have used DNA databases to identify unknown perpetrators of crimes like murder and sexual assault. In cases where traditional investigative methods have been unsuccessful, investigators can upload DNA profiles from crime scenes to genealogy databases and identify potential relatives of the suspect based on shared genetic markers.Building Family Trees for Identification: Once potential relatives of the suspect are identified, investigators work to build family trees using genealogical records, such as birth certificates, marriage records, and obituaries. By tracing the shared ancestry of these relatives, law enforcement can narrow down the list of potential suspects to a smaller pool.Narrowing Down Suspects: Investigative genetic genealogy can help law enforcement focus on specific individuals who fit the profile of the unknown suspect based on age, location, and other relevant factors. This process has led to the successful identification and capture of suspects in several high-profile cases.Bryan Kohberger was tracked down by authorities using genealogy according to sources. While the process is not even admissable in court, it is an important tool for investigators who are trying to solve complex cases.In this episode, we hear from one of the industry leaders in the field of genealogy who is discussing how the process works and what goes into an operation such as this.(commercial at 12:11)to contact me:bobbycapucci@protonmail.comsource:How Idaho cops used genetic genealogy to trace suspect Bryan Kohberger's distant relatives | Daily Mail Online

From the archives: 8-18-23Genetic genealogy is a field that combines traditional genealogy research with modern DNA testing techniques to trace familial relationships and ancestry through genetic information. It involves analyzing an individual's DNA to uncover their genetic heritage, connect with distant relatives, and map out family trees. This approach has gained significant popularity due to advancements in DNA sequencing technology, particularly in the form of direct-to-consumer DNA testing kits.Here's how genetic genealogy works and how it's used by investigators:DNA Testing: Individuals interested in exploring their genetic heritage and family history can submit their DNA samples through services provided by companies like AncestryDNA, 23andMe, and MyHeritageDNA. These companies analyze specific segments of the submitted DNA to identify genetic markers that are common among different populations and individuals.Genetic Markers: Certain sections of the DNA, particularly those found in the Y chromosome (passed from father to son) and the mitochondrial DNA (passed from mother to all offspring), contain genetic markers that can be used to identify ancestral lineages. Autosomal DNA, which is inherited from both parents, is also examined to find matches with other individuals in the testing company's database.Matching and Comparison: Testing companies compare an individual's genetic markers with those of other users in their databases. If two individuals share a significant amount of genetic material, they are considered genetic matches. The more segments of DNA they share, the closer their relationship is likely to be.Building Family Trees: Genetic genealogy involves constructing family trees using a combination of traditional genealogical research and the information gained from DNA matches. By connecting with other users who share segments of DNA, individuals can extend their family trees and discover new branches of their lineage.Identifying Common Ancestors: As more people participate in DNA testing, the chances of finding common ancestors increase. Overlapping segments of shared DNA can help identify specific ancestors or ancestral groups that are shared among related individuals.Forensic and Investigative Applications: Genetic genealogy has also found applications in criminal investigations. Law enforcement agencies have used DNA databases to identify unknown perpetrators of crimes like murder and sexual assault. In cases where traditional investigative methods have been unsuccessful, investigators can upload DNA profiles from crime scenes to genealogy databases and identify potential relatives of the suspect based on shared genetic markers.Building Family Trees for Identification: Once potential relatives of the suspect are identified, investigators work to build family trees using genealogical records, such as birth certificates, marriage records, and obituaries. By tracing the shared ancestry of these relatives, law enforcement can narrow down the list of potential suspects to a smaller pool.Narrowing Down Suspects: Investigative genetic genealogy can help law enforcement focus on specific individuals who fit the profile of the unknown suspect based on age, location, and other relevant factors. This process has led to the successful identification and capture of suspects in several high-profile cases.In this episode we take a look at the battle of the experts that is being set up by both sides in the Bryan Kohberger trial and how it will be an uphill battle for Bryan Kohberger.(commercial at 8:44)to contact me:bobbycapucci@protonmail.comsource:How DNA Dispute Could Impact Bryan Kohberger Case (newsweek.com)

Florence Iwegbue and her husband are the founders of Livewello (Live Wello)a company that uses the genetic test results from popular companies like AncestryDNA and 23andMe to provide people with the knowledge of what are best supplements, medicine, food and exercise plans for their body type. Essentially their software allows you to talk to your DNA.Named by Forbes as one of the 20 women to watch in Africa, her goal now is to take this conversation mainstream and share how understanding our genetics and embracing a heritage lifestyle can transform lives.Here's where to find more:Livewello.com/press___________________________________________________________Welcome to The Unforget Yourself Show where we use the power of woo and the proof of science to help you identify your blind spots, and get over your own bullshit so that you can do the fucking thing you ACTUALLY want to do!We're Mark and Katie, the founders of Unforget Yourself and the creators of the Unforget Yourself System and on this podcast, we're here to share REAL conversations about what goes on inside the heart and minds of those brave and crazy enough to start their own business. From the accidental entrepreneur to the laser-focused CEO, we find out how they got to where they are today, not by hearing the go-to story of their success, but talking about how we all have our own BS to deal with and it's through facing ourselves that we find a way to do the fucking thing.Along the way, we hope to show you that YOU are the most important asset in your business (and your life - duh!). Being a business owner is tough! With vulnerability and humor, we get to the real story behind their success and show you that you're not alone._____________________Find all our links to all the things like the socials, how to work with us and how to apply to be on the podcast here: https://linktr.ee/unforgetyourself

In this episode of Research Like a Pro, Nicole and Diana discuss using DNA segment data in a research project. Diana shares her experience working on a chromosome map in DNA Painter for several years, gradually adding matches identified as descending from one of her ancestral couples. She focuses on her Cline DNA research project, where she seeks genetic evidence to confirm her hypothesis that John C. Cline is the father of Clemsy (Cline) Weatherford. Diana details her process of identifying a Cline network on Ancestry DNA and using GEDmatch's segment search and triangulation tools to find shared segments and potential connections.  Through her research, Diana discovered a shared DNA segment on chromosome 22 with a match named Jane, who also descends from Clemsy Cline. This breakthrough allowed her to identify the segment as originating from the Cline/Weatherford line and paint it on her DNA Painter chromosome map. By triangulating the data, she found additional DNA matches sharing the segment, opening up new avenues for exploration and potential confirmation of her hypothesis about Clemsy's parentage. Listeners will learn valuable tips for using DNA segment data and GEDmatch tools in their own research projects.  This summary was generated by Google Gemini. Links Using GEDmatch DNA Segment Tools in a Research Project  - https://familylocket.com/using-gedmatch-dna-segment-tools-in-a-research-project/ GEDmatch.com - https://www.gedmatch.com/ GEDmatch education pages -  https://www.gedmatch.com/education/ GEDmatch How to Upload your DNA to GEDmatch  - https://www.gedmatch.com/how-it-works/#how-to-upload Sponsor – Newspapers.com For listeners of this podcast, Newspapers.com is offering new subscribers 20% off a Publisher Extra subscription so you can start exploring today. Just use the code “FamilyLocket” at checkout.  Research Like a Pro Resources Airtable Universe - Nicole's Airtable Templates - https://www.airtable.com/universe/creator/usrsBSDhwHyLNnP4O/nicole-dyer Airtable Research Logs Quick Reference - by Nicole Dyer - https://familylocket.com/product-tag/airtable/ Research Like a Pro: A Genealogist's Guide book by Diana Elder with Nicole Dyer on Amazon.com - https://amzn.to/2x0ku3d 14-Day Research Like a Pro Challenge Workbook - digital - https://familylocket.com/product/14-day-research-like-a-pro-challenge-workbook-digital-only/ and spiral bound - https://familylocket.com/product/14-day-research-like-a-pro-challenge-workbook-spiral-bound/ Research Like a Pro Webinar Series 2024 - monthly case study webinars including documentary evidence and many with DNA evidence - https://familylocket.com/product/research-like-a-pro-webinar-series-2024/ Research Like a Pro eCourse - independent study course -  https://familylocket.com/product/research-like-a-pro-e-course/ RLP Study Group - upcoming group and email notification list - https://familylocket.com/services/research-like-a-pro-study-group/ Research Like a Pro with DNA Resources Research Like a Pro with DNA: A Genealogist's Guide to Finding and Confirming Ancestors with DNA Evidence book by Diana Elder, Nicole Dyer, and Robin Wirthlin - https://amzn.to/3gn0hKx Research Like a Pro with DNA eCourse - independent study course -  https://familylocket.com/product/research-like-a-pro-with-dna-ecourse/ RLP with DNA Study Group - upcoming group and email notification list - https://familylocket.com/services/research-like-a-pro-with-dna-study-group/ Thank you Thanks for listening! We hope that you will share your thoughts about our podcast and help us out by doing the following: Write a review on iTunes or Apple Podcasts. If you leave a review, we will read it on the podcast and answer any questions that you bring up in your review. Thank you! Leave a comment in the comment or question in the comment section below. Share the episode on Twitter, Facebook, or Pinterest. Subscribe on iTunes, Stitcher, Google Podcasts, or your favorite podcast app. Sign up for our newsletter to receive notifications of new episodes - https://familylocket.com/sign-up/ Check out this list of genealogy podcasts from Feedspot: Top 20 Genealogy Podcasts - https://blog.feedspot.com/genealogy_podcasts/

Halloween may be behind us in the US but here at The Future of Everything we're not quite done with spooky season. If you're pairing your trick-or-treat haul with some scary movies, we invite you to revisit with us a conversation Russ had with Lawrence Wein a couple years ago about the work he's doing in forensic genetic genealogy to crack cold cases. Professor Wein shares how he's using math to catch criminals through traces of their DNA. It's both haunting and hopeful, and we hope you'll take another listen.Have a question for Russ? Send it our way in writing or via voice memo, and it might be featured on an upcoming episode. Please introduce yourself, let us know where you're listening from, and share your quest. You can send questions to thefutureofeverything@stanford.edu.Episode Reference Links:Stanford Profile: Lawrence M. WeinLawrence's Paper: Analysis Of The Genealogy Process In Forensic Genetic GenealogyConnect With Us:Episode Transcripts >>> The Future of Everything WebsiteConnect with Russ >>> Threads or Twitter/XConnect with School of Engineering >>> Twitter/XChapters:(00:00:00) IntroductionRuss Altman introduces guest Lawrence Wein, professor of management science at Stanford University.(00:02:18) Forensic Genealogy ExplainedForensic genetic genealogy and its impact on solving unsolved crimes.(00:04:31) Third-Party Databases in GenealogyInsight into databases that allow law enforcement to search for criminal suspects.(00:08:23) Math Models in GenealogyUsing mathematical models to streamline genealogy work.(00:11:31) Components of the Genealogy AlgorithmThe algorithm's methods, including ascending and descending family trees.(00:14:12) Algorithm Efficiency and ComparisonComparing the new algorithm's effectiveness to traditional genealogy strategies.(00:16:53) Algorithm in PracticeRole of human input alongside the mathematical algorithm in genealogy cases.(00:20:42) Role of GenealogistsGenealogists' insights on balancing human skill and mathematical algorithms.(00:22:45) DNA Databases and EthicsThe ethical and privacy concerns related to using genetic data.(00:27:01) Background and Interest in Forensic GenealogyLawrence's journey from operations management to forensic genealogy.(00:30:16) Conclusion Connect With Us:Episode Transcripts >>> The Future of Everything WebsiteConnect with Russ >>> Threads or Twitter/XConnect with School of Engineering >>> Twitter/X

Comedian Tim Blair makes all the boys' fantasies come true as they dive into a segment heavy session. After checking Kevin's AncestryDNA results live, the trio tackle a text to their mommas. Then Tim takes them to fantasy pizza-land where the boys get a little hangry before tackling the best way to find an heir. In a quick post-script, they also discuss terrible pets and jobs they think they could do. It's a RIDE. Winnipeg Improv Festival (Oct. 17 - 19) https://www.winnipegimprov.com/ Season One Sketch Show (Chicago) https://thedentheatre.com/performances/2024/10/3/season-one-the-den-theatre-comedy-club Submit Segments to Oops All Segments: https://forms.gle/rfwsaeFFnX5AAFHY8   Check out our DnD show: 'What We Do in the Basement': https://podcasts.apple.com/ca/podcast/what-we-do-in-the-basement/id1552947049

Imagine tackling a 5000-piece jigsaw puzzle without ever seeing the picture it's supposed to form. Sometimes, you might spend hours focused on fitting just one section together, while at other times, you might simply add a piece or two as you pass by. This metaphor beautifully mirrors the process of uncovering family stories — a journey of patience, persistence, and unexpected discoveries.Todd Godfrey, Vice President of Global Content at Ancestry®, leads the efforts to acquire, digitize, index, and publish tens of billions of historical records — each one a puzzle piece in its own right. On his personal quest to piece together his family tree, Todd has delved deep into these records, learning more about his ancestors and the lives they led.But Todd's story adds another layer to the complex picture of family history. As an adoptee, he embarked on a carefully measured exploration through AncestryDNA®, to unveil the identity of his biological family. This journey expanded his family tree and opened up a new world of possibilities and connections.Please rate and review this podcast and then share it with your family and friends.For ideas on how to connect more deeply with your family through family stories, sign up for Crista's weekly tips and tricks at CristaCowan.com._______________________________________________Please rate and review this podcast and then share it with your family and friends.For ideas on how to connect more deeply with your family through family stories, follow Crista on Instagram @CristaCowan.

Genetic genealogy is a field that combines traditional genealogy research with modern DNA testing techniques to trace familial relationships and ancestry through genetic information. It involves analyzing an individual's DNA to uncover their genetic heritage, connect with distant relatives, and map out family trees. This approach has gained significant popularity due to advancements in DNA sequencing technology, particularly in the form of direct-to-consumer DNA testing kits.Here's how genetic genealogy works and how it's used by investigators:DNA Testing: Individuals interested in exploring their genetic heritage and family history can submit their DNA samples through services provided by companies like AncestryDNA, 23andMe, and MyHeritageDNA. These companies analyze specific segments of the submitted DNA to identify genetic markers that are common among different populations and individuals.Genetic Markers: Certain sections of the DNA, particularly those found in the Y chromosome (passed from father to son) and the mitochondrial DNA (passed from mother to all offspring), contain genetic markers that can be used to identify ancestral lineages. Autosomal DNA, which is inherited from both parents, is also examined to find matches with other individuals in the testing company's database.Matching and Comparison: Testing companies compare an individual's genetic markers with those of other users in their databases. If two individuals share a significant amount of genetic material, they are considered genetic matches. The more segments of DNA they share, the closer their relationship is likely to be.Building Family Trees: Genetic genealogy involves constructing family trees using a combination of traditional genealogical research and the information gained from DNA matches. By connecting with other users who share segments of DNA, individuals can extend their family trees and discover new branches of their lineage.Identifying Common Ancestors: As more people participate in DNA testing, the chances of finding common ancestors increase. Overlapping segments of shared DNA can help identify specific ancestors or ancestral groups that are shared among related individuals.Forensic and Investigative Applications: Genetic genealogy has also found applications in criminal investigations. Law enforcement agencies have used DNA databases to identify unknown perpetrators of crimes like murder and sexual assault. In cases where traditional investigative methods have been unsuccessful, investigators can upload DNA profiles from crime scenes to genealogy databases and identify potential relatives of the suspect based on shared genetic markers.Building Family Trees for Identification: Once potential relatives of the suspect are identified, investigators work to build family trees using genealogical records, such as birth certificates, marriage records, and obituaries. By tracing the shared ancestry of these relatives, law enforcement can narrow down the list of potential suspects to a smaller pool.Narrowing Down Suspects: Investigative genetic genealogy can help law enforcement focus on specific individuals who fit the profile of the unknown suspect based on age, location, and other relevant factors. This process has led to the successful identification and capture of suspects in several high-profile cases.Bryan Kohberger's defense team has brought on Leah Larkin, a well respected genealogist to challenge the findings made by the prosecution during the DNA portion of the investigation. She will look to punch holes in the DNA evidence provided by the FBI and Moscow police and hopefully, from the defenses standpoint, provide a narrative that differs from the one presented by the prosecution. (commercial at 10:16)to contact me:bobbycapucci@protonmail.comsource:Bryan Kohberger update - genealogist hired by defense casts doubt on the reliability of genetic genealogy in Idaho murders investigation | Daily Mail OnlineBecome a supporter of this podcast: https://www.spreaker.com/podcast/the-epstein-chronicles--5003294/support.

Genetic genealogy is a field that combines traditional genealogy research with modern DNA testing techniques to trace familial relationships and ancestry through genetic information. It involves analyzing an individual's DNA to uncover their genetic heritage, connect with distant relatives, and map out family trees. This approach has gained significant popularity due to advancements in DNA sequencing technology, particularly in the form of direct-to-consumer DNA testing kits.Here's how genetic genealogy works and how it's used by investigators:DNA Testing: Individuals interested in exploring their genetic heritage and family history can submit their DNA samples through services provided by companies like AncestryDNA, 23andMe, and MyHeritageDNA. These companies analyze specific segments of the submitted DNA to identify genetic markers that are common among different populations and individuals.Genetic Markers: Certain sections of the DNA, particularly those found in the Y chromosome (passed from father to son) and the mitochondrial DNA (passed from mother to all offspring), contain genetic markers that can be used to identify ancestral lineages. Autosomal DNA, which is inherited from both parents, is also examined to find matches with other individuals in the testing company's database.Matching and Comparison: Testing companies compare an individual's genetic markers with those of other users in their databases. If two individuals share a significant amount of genetic material, they are considered genetic matches. The more segments of DNA they share, the closer their relationship is likely to be.Building Family Trees: Genetic genealogy involves constructing family trees using a combination of traditional genealogical research and the information gained from DNA matches. By connecting with other users who share segments of DNA, individuals can extend their family trees and discover new branches of their lineage.Identifying Common Ancestors: As more people participate in DNA testing, the chances of finding common ancestors increase. Overlapping segments of shared DNA can help identify specific ancestors or ancestral groups that are shared among related individuals.Forensic and Investigative Applications: Genetic genealogy has also found applications in criminal investigations. Law enforcement agencies have used DNA databases to identify unknown perpetrators of crimes like murder and sexual assault. In cases where traditional investigative methods have been unsuccessful, investigators can upload DNA profiles from crime scenes to genealogy databases and identify potential relatives of the suspect based on shared genetic markers.Building Family Trees for Identification: Once potential relatives of the suspect are identified, investigators work to build family trees using genealogical records, such as birth certificates, marriage records, and obituaries. By tracing the shared ancestry of these relatives, law enforcement can narrow down the list of potential suspects to a smaller pool.Narrowing Down Suspects: Investigative genetic genealogy can help law enforcement focus on specific individuals who fit the profile of the unknown suspect based on age, location, and other relevant factors. This process has led to the successful identification and capture of suspects in several high-profile cases.Bryan Kohberger's defense team has brought on Leah Larkin, a well respected genealogist to challenge the findings made by the prosecution during the DNA portion of the investigation. She will look to punch holes in the DNA evidence provided by the FBI and Moscow police and hopefully, from the defenses standpoint, provide a narrative that differs from the one presented by the prosecution. (commercial at 10:16)to contact me:bobbycapucci@protonmail.comsource:Bryan Kohberger update - genealogist hired by defense casts doubt on the reliability of genetic genealogy in Idaho murders investigation | Daily Mail Online

Many people take an AncestryDNA test just to get the ethnicity estimate, curious about where in the world their DNA is from.  However, they often overlook that their results include a match list - thousands of people in the Ancestry network with whom they share DNA, indicating a family relationship.  Sometimes a really close one.  For adoptees like Maria, this match list can be the beginning of a whole new journey of discovery and connection.Maria Mendoza was raised knowing she was adopted at birth.  Content with her life and the family that raised her, she never felt a need to seek out her biological family.  But, after taking a DNA test, Maria unexpectedly connected with relatives she never knew existed, unlocking a story that spans borders and generations.Maria's story - from the family that raised her to the family she is raising - has been forever altered now that she has connected with the family of origin that she was never quite sure she wanted to know.  Listen in as she shares how she is navigating complex emotions and sensitive family dynamics all while successfully establishing new relationships and deepening connections._______________________________________________Please rate and review this podcast and then share it with your family and friends.For ideas on how to connect more deeply with your family through family stories, follow Crista on Instagram @CristaCowan.

How does a country boy from Montana meet a city girl from Pennsylvania and create a life filled with laughter and deep connection?Meet storytelling powerhouses Scott Seiffert, Vice President at DreamWorks Animation, and his wife, Lisa Dyson, a dedicated middle school librarian and actress. Together, they reveal the profound ways in which stories—from whimsical childhood books to haunting tales by Edgar Allan Poe—have molded their family culture and helped shape their daughter's identity.Join us as Scott reminisces about evenings at his family's Montana cabin, where his grandparents' vivid tales painted a lively picture of life in the Wild West. Meanwhile, Lisa reflects on her roots in Philadelphia and shares compelling stories of an immigrant ancestor who was just a child when he bravely crossed an ocean alone.We explore how emotional connections deepen when we uncover our ancestors' stories, emphasizing the importance of preserving these narratives. These heartfelt memories and traditions are more than just tales; they are a vital part of our heritage and identity.Scott and Lisa also share their unique experience on the HGTV show "Revealed," where they learned surprising details about their family history through AncestryDNA tests. A designer incorporated these discoveries into a home remodeling project, surrounding them with whimsical reminders of their origins.Finally, we delve into the philosophical and deeply personal concept of crafting one's own obituary. Who gets to tell your life story, and what will they say? Scott and Lisa approach this with a sense of humor, pondering who will get the last word.Join us for an episode that celebrates the enduring power of storytelling in shaping who we are and connecting us with our loved ones._______________________________________________Please rate and review this podcast and then share it with your family and friends.For ideas on how to connect more deeply with your family through family stories, follow Crista on Instagram @CristaCowan.

Have you had to work extremely hard to get what you're dreaming of? Joining Sarah Grynberg this week is Australian swimming legend Stephanie Rice, renowned for her remarkable achievements in the pool. A triple Olympic gold medallist, Steph made history at the 2008 Beijing Olympics, where she broke world records in the 200m and 400m individual medley events and contributed to Australia's victory in the 4x200m freestyle relay. In this heartfelt conversation, we recount the highs and lows of Steph's incredible career, what it's like to swim a race as an Olympic finalist, and her battle with mental health. Steph bravely opens up about the darkness of media scrutiny and how she found a newfound love in religion. Steph has a new collaboration with Ancestry DNA, exploring how genetics may influence athleticism. This powerful conversation highlights the mental health struggles and hard-wrought journeys many Olympians face to find success. If you have dared to dream, to reach the pinnacle of your sport or industry, and have felt isolated along the way, this episode will remind you that even those with the most stoic facades and impressive achievements have their own messiness behind the scenes. May this episode shine a light on the limitless capabilities we hold within us and how we alone carry the keys to unlocking their power. Purchase Sarah's Meditations here.  Instagram: @sarahgrynberg   Website: https://sarahgrynberg.com/ Facebook: facebook.com/sarahgrynberg Twitter: twitter.com/sarahgrynbergSee omnystudio.com/listener for privacy information.

Welcome to the Season 8 finale of DNA Surprises. In this episode, I'm joined by Deanna, who shares her NPE story. Deanna has experienced unspeakable amounts of hardship in her life, from abandonment to abuse to her DNA discovery. Her story is difficult - and powerful. You'll hear how she's still reckoning with the what-might-have-beens and the whys. You'll also learn how she's moving forward, including being the person she needed when she was younger. Thank you for sharing your story, Deanna.Register for the DNA Surprise Retreat by August 15 to guarantee your space!September 19-22, 2024 | Phoenix, AZSupport the Show.Reserve your space at the 2nd Annual DNA Surprise Retreat by August 15!September 19-22Phoenix, AZ Learn more at www.dnasurpriseretreat.com!Join the DNA Surprises Patreon community! IG: @dnasurprisesTwitter: @dnasurprisesTikTok: @dnasurprisesWebsite: dnasurprises.comDNA Surprise Retreat | A bridge to healing for NPEs, adoptees, and DCPs after a DNA discovery.

Every DNA Surprise is unique—the who, what, when, and why surrounding an NPE vary from person to person. Still, after nearly 100 interviews, I've noticed consistent themes in these stories. One of those themes is a complicated mother-child relationship. When Jennifer took her DNA test, she had no idea that her family tree would change forever. As it turns out, both her mother and grandmother had relationships with the same man, making Jennifer's aunts also her sisters, and her cousins also her nieces and nephews. To add some clarity here, this man is not Jennifer's grandfather - he is a man that her grandmother had an affair with, resulting in two of her aunts. She discusses how she's faced the shame and stigma of this complicated story, and how she's navigated her relationship with her mother.Jennifer and I spend quite a bit of time talking about the mother-daughter dynamic, and how she was able to radically accept their relationship for what it is - not what she wants it to be. If you're currently struggling with this part of your story, I hope this conversation helps you.Thank you to Jennifer for so openly sharing her feelings on this, as well as her story.Resources:Contact: 00jharris@gmail.comRegister for the DNA Surprise Retreat by August 15 to guarantee your space!September 19-22, 2024 | Phoenix, AZSupport the Show.Reserve your space at the 2nd Annual DNA Surprise Retreat by August 15!September 19-22Phoenix, AZ Learn more at www.dnasurpriseretreat.com!Join the DNA Surprises Patreon community! IG: @dnasurprisesTwitter: @dnasurprisesTikTok: @dnasurprisesWebsite: dnasurprises.comDNA Surprise Retreat | A bridge to healing for NPEs, adoptees, and DCPs after a DNA discovery.

DNA Surprises are confusing. They're confusing for the people they happen to as they try to make sense of newfound information. With so many characters, twists, and turns in each story, they're also confusing for people listening to DNA Surprises stories.This week's DNA surprise story is no exception. In fact, it features a triple-NPE. So before we begin, I'm going to break down who's who.Jessica grew up with a birth certificate dad, who she believed was her biological father. We'll refer to him as Dad 1. She will go on to tell us about her stepfather, who, after a series of events, becomes Bio Dad 2.  Her mother then reveals the truth, or so Jessica thinks - and she identifies Bio Dad 3. To be clear, none of these men are her biological father.Jessica shares the long and winding road she took to finally identifying her true biological father, with the help of an Ancestry DNA test and her detective skills. She also reveals how she's navigating a new relationship with her bio dad and an ethnicity shift that uprooted her from a strong Italian heritage. Thank you for sharing your story, Jessica.Support the Show.Reserve your space at the 2nd Annual DNA Surprise Retreat by August 15!September 19-22Phoenix, AZ Learn more at www.dnasurpriseretreat.com!Join the DNA Surprises Patreon community! IG: @dnasurprisesTwitter: @dnasurprisesTikTok: @dnasurprisesWebsite: dnasurprises.comDNA Surprise Retreat | A bridge to healing for NPEs, adoptees, and DCPs after a DNA discovery.

To paraphrase The Beatles, we get by with a little help from our friends. This is especially true when it comes to DNA Surprises. In this week's episode, coworkers Robyn and Ida share their NPE discoveries, which happened right around the same time. In fact, Robyn used her genealogy skills to identify Ida's father.They each reflect on their personal journeys and how they've supported each other as they navigate their emotions. While every journey is unique, Ida and Robyn share many similarities. Their biological fathers have accepted both and both have understanding and empathy for their mothers.Thank you to both Robyn and Ida for sharing your stories.Support the Show.Reserve your space at the 2nd Annual DNA Surprise Retreat, from September 19-22 in beautiful Phoenix, AZ. Learn more at www.dnasurpriseretreat.com!Join the DNA Surprises Patreon community! IG: @dnasurprisesTwitter: @dnasurprisesTikTok: @dnasurprisesWebsite: www.dnasurprisespodcast.comDNA Surprise Retreat | A bridge to healing for NPEs, adoptees, and DCPs after a DNA discovery.

DNA surprises rarely happen in a vacuum. So many of the people I speak to have experienced other traumas throughout their lives, long before sending off DNA tests. In this week's episode, Courtney shares how her mother's mental health struggles played a large part in her childhood. She knew she was adopted by her stepfather when she was young and grew up feeling abandoned and ignored by her biological father. As an adult, they began repairing their relationship, which led to them taking a DNA test. It's then that Courtney gets the surprise of her life and begins the search for her true biological father. Courtney's story is one of vulnerability, compassion, and a journey to radical acceptance. Thank you for sharing your story, Courtney.Resources:DNAngels.orgSupport the Show.Registration is now open for the 2nd Annual DNA Surprise Retreat. Join us from September 19-22 in beautiful Phoenix, AZ. Learn more at www.dnasurpriseretreat.com!Join the DNA Surprises Patreon community! IG: @dnasurprisesTwitter: @dnasurprisesTikTok: @dnasurprisesWebsite: www.dnasurprisespodcast.comDNA Surprise Retreat | A bridge to healing for NPEs, adoptees, and DCPs after a DNA discovery.

News You Can Use and Share! MyHeritage added 123 million historical records in April and May. MyHeritage added millions of Nordic newspaper pages to OldNews.com. RootsMagic has released Version 10 of its award-winning software. Listener Email Jean-Daniel wrote to share an update about his research into Blaise Farny. Karin educates us about names for Austrian ‘sailors'. Lisa wrote to compliment Cathleen from New Hampshire's research of her mother's paternal grandfather, Georg Sokop. She was inspired to research a friend's Jewish ancestry using DNA. Ray has been researching his third great-grandfather, James James, and located two people of that name in close proximity. The county courthouse burned, and he is asking for other records to distinguish between the two men. Drew discusses the upcoming South Carolina Genealogical Society's upcoming conference at the South Carolina Department of Archives and History on 12-13 July 2024. He is presenting, and George will be there observing and conducting personal research in the archive. George shares how he is preparing for his genealogical research at the South Carolina Department of Archives and History, at the Newberry County courthouse, and in the upstate South Carolina environs. Drew discusses new features of AncestryDNA tools. Thank you to all our Patreon supporting members for their support. Your Patreon support helps us improve our technology and provide even more podcast content to you! You can join us for as little as $1 a month or as much as you'd like to contribute. Visit https://www.patreon.com/genealogyguys to get started. And don't forget to order Drew's new book, Generation by Generation: A Modern Approach to the Basics of Genealogy, from Genealogical Publishing Company (https://genealogical.com/) or Amazon.com. Please let us hear from you at genealogyguys@gmail.com.

In this bonus episode of DNA Surprises, I chat with Iliamari Vazquez Houston, a therapist based out of the Phoenix metro area. Iliamari will facilitate a session on generational trauma - and generational healing - at the DNA Surprise Retreat, September 19-22, 2024 in Phoenix, AZ.We discuss what generational trauma is and how we can begin to break the cycles of secrets and shame in the DNA surprise community. She also shares some excellent resources for folks interested in learning more about generational trauma and healing.If this discussion resonated with you, join us at the DNA Surprise Retreat this year, where we will cover this and more topics in community with people who understand the emotions that follow a DNA Surprise.Resources:withanopenheartllc.cominstagram.com/withanopenheartllcBreak the Cycle: A Guide to Healing Intergenerational TraumaSelf-care for Latinas Support the Show.Registration is now open for the 2nd Annual DNA Surprise Retreat. Join us from September 19-22 in beautiful Phoenix, AZ. Learn more at www.dnasurpriseretreat.com!Join the DNA Surprises Patreon community! IG: @dnasurprisesTwitter: @dnasurprisesTikTok: @dnasurprisesWebsite: www.dnasurprisespodcast.comDNA Surprise Retreat | A bridge to healing for NPEs, adoptees, and DCPs after a DNA discovery.

Sometimes, after DNA surprises are revealed, our relationships with our raised parents become strained. Sometimes, this leads to estrangement. But for others, these surprises simply compound already strained relationships. When Dawn had her DNA surprise, she was already virtually no contact with her mother. In this week's episode, she shares why she initially made the decision to go little to no contact with her raised family, largely due to her mistreatment compared to her other siblings. She reveals why she took her DNA test to begin with, and how she finally learned the truth about her parentage. While Dawn's relationships with her raised family remain distant, she's built incredible relationships with her newfound step-siblings, who insist that had her biological father known about her, he would have loved and accepted her. Thank you for sharing your story, Dawn. Support the Show.Registration is now open for the 2nd Annual DNA Surprise Retreat. Join us from September 19-22 in beautiful Phoenix, AZ. Learn more at www.dnasurpriseretreat.com!Join the DNA Surprises Patreon community! IG: @dnasurprisesTwitter: @dnasurprisesTikTok: @dnasurprisesWebsite: www.dnasurprisespodcast.comDNA Surprise Retreat | A bridge to healing for NPEs, adoptees, and DCPs after a DNA discovery.