Podcasts about Genetic genealogy

Forensic Genetic Genealogy (FGG) stands at the frontier of criminal justice, offering new hope for cases that have remained unsolved for decades. This groundbreaking conversation takes us inside the Center for Human Identification (CHI) at the University of North Texas Health Science Center at Fort Worth - the first public lab in the nation providing comprehensive FGG services to law enforcement.In this episode, Robert Moore, Director of the Investigative Support Unit, explains how this technology is revolutionizing criminal investigations by comparing crime scene DNA to profiles in public genealogy databases. The process has breathed new life into cold cases across Texas, particularly benefiting smaller agencies with limited resources. With 254 counties in Texas and many police departments averaging just 18 officers, CHI's free DNA testing services provide a lifeline for investigations that might otherwise remain unsolved.The most powerful moments in this conversation come from genealogist Susan Davis, who shares her personal journey as both a sexual assault survivor and genetics expert. Her vulnerability in discussing her own 1981 attack by a serial predator underscores the human impact of this technology. "Had FGG been available then," she reflects, "it would have saved lives and prevented other women from suffering similar attacks." Her story illustrates how science can transform trauma into purpose—Davis now spends her days identifying perpetrators in hours rather than the years it often took traditional methods.Through compelling case studies, including that of a serial rapist identified in just five hours after decades evading justice, we witness the transformative potential of genetic genealogy when placed in capable hands. The conversation reflects both scientific precision and profound human compassion for victims who have waited far too long for answers.

What happened to Jeffrey Surtel?  If you have any information regarding the disappearance or the death of Jeffrey Surtel, please contact the RCMP at 604-826-7161, Police File # 2007-5465.  As always you can also contact CrimeStoppers if you would like to remain anonymous.  Sources https://unidentified-awareness.fandom.com/wiki/Jeff_Surtel https://people.com/human-remains-found-washington-16-years-ago-identified-teen-disappeared-home-11696435 https://komonews.com/news/local/missing-teen-identified-18-years-later-through-remains-that-washed-ashore-in-washington-genetic-genealogy-mystery-disappearance-police-investigation-seattle-peninsula-puget-sound https://www.facebook.com/groups/2420031495/ https://globalnews.ca/news/3403717/a-nightmare-b-c-family-struggles-for-answers-after-son-jeff-surtel-vanished-10-years-ago/?fbclid=IwY2xjawKEfPxleHRuA2FlbQIxMQBicmlkETFhcW9sbXlMUGFQSWNDVm5VAR5OYbUpl6RvsYH0oIUfaWe8BYc4CeQAK3rc-RXDjmP-gQsQLcNRHV377JQFbw_aem_EuZmlzIhrJXu0A6QDNytwQ https://www.cbc.ca/news/canada/british-columbia/mission-bc-teen-missing-2007-dna-1.7480713 https://www.reddit.com/r/MissingPersonsCanada/comments/1j5en1m/located_deceased_the_disappearance_of_jeffrey/?rdt=35228 https://dnasolves.com/articles/clallam-county-doe-2008-jeff-surtel/ https://en.wikipedia.org/wiki/Mission,_British_Columbia https://www.langleyadvancetimes.com/news/parents-of-missing-mission-teen-say-remains-found-after-17-year-search-7866253 https://footprintsattheriversedge.blogspot.com/2010/08/042907-jeffrey-surtel-mission-bc-canada.html https://www.vox.com/science-and-health/2017/12/18/16777724/human-feet-beach-pacific-northwest-seattle-vancouver

Scientist and genealogist Dr. Colleen Fitzpatrick, Founder & President of Identifinders, joins Karen Conti in-studio to highlight how forensic genetic genealogy can be used to help solve cold cases, find missing people, and even identify Holocaust survivors. For more information, visit identifinders.com.

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 OnlineBecome a supporter of this podcast: https://www.spreaker.com/podcast/the-moscow-murders-and-more--5852883/support.

The case of the Golden State Killer puzzled police and amateur sleuths for decades. Then, in April 2018, a Sacramento man was arrested and charged. How did police find their man, and what led them to him after years of nothing but cold clues and lack of leads? Genealogy is a complex, and often misunderstood science. But, according to Professor Dennis McNevin, an expert in the field of forensic genetics, it's a technique police are becoming more and more interested in. Join former Crime Insiders Forensics host Kathryn Fox as she unpacks Dennis' work and career, and dives into cases like the Golden State Killer and the Somerton man. This episode references men's violence against women and sexual assault. If you or someone you know needs assistance, contact 1800RESPECT on 1800 737 732 or Lifeline on 13 11 14.See omnystudio.com/listener for privacy information.

Bryan Kohberger stands charged with the murders of Ethan Chapin, Xana Kernodle, Madison Mogen, and Kaylee Goncalves in Moscow, Idaho. In his case, the state and the defense have been going back and forth over the topic of investigative genetic genealogy. So what's the latest?Our conversation with the founders of IGGNite DNA on the Idaho case: https://art19.com/shows/murder-sheet/episodes/96e46a83-2c64-478f-851b-d5ef24946c34Pre-order our book on Delphi here: https://bookshop.org/p/books/shadow-of-the-bridge-the-delphi-murders-and-the-dark-side-of-the-american-heartland-aine-cain/21866881?ean=9781639369232Or here: https://www.simonandschuster.com/books/Shadow-of-the-Bridge/Aine-Cain/9781639369232Or here: https://www.amazon.com/Shadow-Bridge-Murders-American-Heartland/dp/1639369236Join our Patreon here! https://www.patreon.com/c/murdersheetSupport The Murder Sheet by buying a t-shirt here: https://www.murdersheetshop.com/Send tips to murdersheet@gmail.com.The Murder Sheet is a production of Mystery Sheet LLC.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

​In Case No. CR01-24-31665, the State filed a Motion in Limine on February 24, 2025, seeking to delineate the permissible scope of references to Investigative Genetic Genealogy (IGG) during the trial. The motion requests that the court limit mentions of IGG to the fact that law enforcement received a "tip" leading to the identification of the defendant, Bryan Kohberger, without delving into the specifics of the IGG process. Additionally, the State aims to exclude any testimony or evidence related to the United States Department of Justice's Interim Policy on Forensic Genetic Genealogical DNA Analysis and Searching, the terms of service of genetic genealogy subscription services, debates on the use of IGG in criminal investigations, and any alleged discovery violations associated with IGG.to contact me:bobbycapucci@protonmail.comsource:022425-States-Motion-in-Limine-RE-Investigative-Genetic-Geneology.pdf

​In Case No. CR01-24-31665, the State filed a Motion in Limine on February 24, 2025, seeking to delineate the permissible scope of references to Investigative Genetic Genealogy (IGG) during the trial. The motion requests that the court limit mentions of IGG to the fact that law enforcement received a "tip" leading to the identification of the defendant, Bryan Kohberger, without delving into the specifics of the IGG process. Additionally, the State aims to exclude any testimony or evidence related to the United States Department of Justice's Interim Policy on Forensic Genetic Genealogical DNA Analysis and Searching, the terms of service of genetic genealogy subscription services, debates on the use of IGG in criminal investigations, and any alleged discovery violations associated with IGG.to contact me:bobbycapucci@protonmail.comsource:022425-States-Motion-in-Limine-RE-Investigative-Genetic-Geneology.pdfBecome a supporter of this podcast: https://www.spreaker.com/podcast/the-epstein-chronicles--5003294/support.

​In Case No. CR01-24-31665, the State filed a Motion in Limine on February 24, 2025, seeking to delineate the permissible scope of references to Investigative Genetic Genealogy (IGG) during the trial. The motion requests that the court limit mentions of IGG to the fact that law enforcement received a "tip" leading to the identification of the defendant, Bryan Kohberger, without delving into the specifics of the IGG process. Additionally, the State aims to exclude any testimony or evidence related to the United States Department of Justice's Interim Policy on Forensic Genetic Genealogical DNA Analysis and Searching, the terms of service of genetic genealogy subscription services, debates on the use of IGG in criminal investigations, and any alleged discovery violations associated with IGG.to contact me:bobbycapucci@protonmail.comsource:022425-States-Motion-in-Limine-RE-Investigative-Genetic-Geneology.pdf

Investigative Genetic Genealogy Is Revolutionizing Crime Solving #investigativegeneticgenealogy #GoldenStateKiller #dnaevidence Explore the groundbreaking world of investigative genetics, where DNA analysis is revolutionizing the way crimes are solved! From identifying suspects to cracking cold cases, genetic evidence is becoming an indispensable tool for law enforcement agencies. Join us as we delve into the fascinating science behind investigative genetics, its applications, and the impact it's having on the criminal justice system

In this episode from the Minneapolis True Crime Podcast Meetup, we talk with David Mittelman, the founder of Othram. Othram has revolutionized the use of DNA in forensic science by making advances in DNA extraction techniques, forensic genetic genealogy investigative methods and more.To listen to David's wife and co-founder, Kristen Mittelman, talk more about these topics you can listen to the two episodes she joined us for earlier this year using the links below.Making the Forensic Ties that Bind with Kristen Mittelman, Part 1https://silverliningshandbook.com/2024/08/27/making-the-forensic-ties-that-bind-with-kristen-mittelman-of-othram-part-1-of-2/Making the Forensic Ties that Bind with Kristen Mittelman, Part 2https://silverliningshandbook.com/2024/09/03/making-the-forensic-ties-that-bind-live-listeners-qa-with-kristen-mittelman-of-othram/To learn how you can help Othram through its fundraising efforts to solve cold cases or through donating your DNA for forensic genetic genealogy research:https://dnasolves.com/Contact me at silverliningshandbookpod@gmail.comFill out our Listener Survey at:https://bit.ly/slhwinter25surveyCheck out the Silver Linings Handbook website at:https://silverliningshandbook.com/Check out our Patreon to support the show at:https://www.patreon.com/thesilverliningshandbookJoin our Facebook Group at:https://www.facebook.com/groups/1361159947820623Visit the Silver Linings Handbook store to support the podcast at:https://www.bonfire.com/store/the-silver-linings-handbook-podcast-storeVisit The True Crime Times Substack at:https://truecrimemessenger.substack.comThe Silver Linings Handbook podcast is a part of the ART19 network. ART19 is a subsidiary of Wondery and Amazon Music.See the Privacy Policy at https://art19.com/privacy and the California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

DNA has become the gold standard in forensic investigation. As its use is increasing, so is our understanding of its limitations. Jae Gerhard is the principal forensic scientist at Independent Forensic Services. Starting out as a forensic scientist at the Australian Federal Police in 2002, Jae is an expert in body fluid detection, bloodstain pattern analysis, and DNA analysis and interpretation. In this episode of Crime Insiders Forensics, Kathryn Fox asks Jae to take us through the process of DNA collection. How accurate it is? How is it processed? And how useful is it for evidence? Jae also tells us about Stain 91, a blood stain pattern that played a part in helping to solve one of Australia's most renowned murder investigations - the Lin Family Murders. If you're interested in DNA and it's role in forensics, check out Secrets We Keep: Should I Spit?See omnystudio.com/listener for privacy 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

Bryan Kohberger, the defendant in the Idaho 4 case, will soon be heading to trial. The question is, will the most compelling evidence against him be thrown out before the trial takes place. The FBI apparently did access a private genetic genealogy website called My Heritage DNA in hopes of discovering whose DNA was left on the snap of the leather sheath left on the bed of victim Madison Mogen. Kohberger's lawyer, Ann Taylor, is arguing that her client's fourth amendment rights were violated as a result of this DNA search. In today's video, I'll break that down as well as other evidence in the case. If the DNA evidence is tossed, the prosecution may have a hard time convincing an entire jury of Kohberger's guilt.#bryankohberger #kohberger #idaho4 #idahofour #truecrime #breakingnews #truecrime #idaho #moscowidaho #kayleegoncalves #madisonmogen #ethanchapin #xanakernodle #moscowstudentmurders #idahostudentmurders #moscowhomicides  #truecrimeunsolved #mysterious #mysteriouscrimesCONTACT INFORMATIONContact Email: tofbedcrimestories@gmail.comSupport the show

We wouldn't even have this case to present if Utah's justice system hadn't victim-blamed and fucked up so badly - twice.  Rest in peace Gladys Hensley, Janice Dickinson, Geraldine Toohey, and Caysie Sorensen.   Sources https://www.registerguard.com/story/news/crime/2022/02/03/eugene-oregon-police-solve-cold-case-murders-identify-serial-killer-1980/6639734001/ https://www.eugene-or.gov/CivicAlerts.aspx?AID=5475&ARC=12963 https://abcnews4.com/news/nation-world/dna-helps-solve-cold-case-and-identify-1980s-serial-killer-in-eugene-02-02-2022 https://www.fox23.com/news/trending/long-dead-former-convict-identified-through-genetic-genealogy-as-1980s-oregon-serial-killer/article_de500c90-9604-5647-8bd8-e5573c00bfa0.html https://www.newspapers.com/image/613163968/?clipping_id=94123686&fcfToken=eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJmcmVlLXZpZXctaWQiOjYxMzE2Mzk2OCwiaWF0IjoxNzM0OTgxODk0LCJleHAiOjE3MzUwNjgyOTR9.hsJnoX3sazwLZFDgjNManxEpgj51GKbNjsoEC4YY_p0 https://www.newspapers.com/image/612902881/?fcfToken=eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJmcmVlLXZpZXctaWQiOjYxMjkwMjg4MSwiaWF0IjoxNzM0OTgyMTIxLCJleHAiOjE3MzUwNjg1MjF9.iyti386e4TbU0rUbNqQnHyheXHKp8pkmKp6dWmizzYU https://www.newspapers.com/article/the-salt-lake-tribune-john-charles-bolsi/94123433/ https://www.newspapers.com/image/613692535/?clipping_id=49688452&fcfToken=eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJmcmVlLXZpZXctaWQiOjYxMzY5MjUzNSwiaWF0IjoxNzM0OTgyODk4LCJleHAiOjE3MzUwNjkyOTh9.0XpYMPBwN2vLNGEzwuXWXI94WT97fy-n_TNGpG8wfTI https://www.newspapers.com/article/the-salt-lake-tribune-john-charles-bolsi/94125070/ https://www.newspapers.com/image/1086693091/?match=1&terms=%22Janice%20Dickinson%22 https://www.newspapers.com/image/1086462573/?match=1&terms=%22Janice%20Dickinson%22 https://www.newspapers.com/image/1086456915/?match=1&terms=%22Janice%20Dickinson%22  

Netflix's latest short series, 'The Breakthrough', has captured the attention of true crime fans across the globe for it's fictional account of the infamous 2004 double homicide in Linköping, Sweden. This double homicide went unsolved for 16 years... Until police on the case enlisted the help of a genealogist, who found the killer by identifying genetic relatives and building family trees. In today's episode, Xanthe sits down with CeCe Moore, aka. The DNA Detective, to discuss how Forensic Investigative Genetic Genealogy (FIGG) is changing the way criminals are being caught out... and why they need to start watching their backs. See omnystudio.com/listener for privacy information.

Francey and Jim continue their discussion with Terri McAdams and the murder of her best friend and how forensics Genetic Genealogy helped to find the killer 40 years after the fact.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Love the show? Have any thoughts? Click here to let us know!Vermont's serene landscape holds dark secrets. In this episode, Lauren explores the chilling legacy of the Hayden Family Curse, a tale steeped in misfortune and tragedy. Generations of despair and eerie happenings have shrouded this family in mystery. But that's not all—Kenzie journeys into Vermont's darker side with the recently resolved 1971 murder of Rita Curran. A young and vibrant woman with her whole life ahead of her, Rita's case remains a haunting reminder of evil lurking in unexpected places. Join us as we unravel the threads of a cursed lineage and delve into the lingering questions surrounding a life taken too soon. Who—or what—is to blame? Don't miss this gripping exploration of Vermont's enigmatic past. P.S. - We apologize to all of New England for our lack of geography knowledge...-Nonprofit organizations that specialize in solving cold cases through DNA testing and genetic genealogy:DNA Doe Project - https://dnadoeproject.org/ Cold Case Coalition - https://coldcasehelp.com/ DNA Justice Foundation - https://www.dnajustice.org/ Season of Justice - https://seasonofjustice.org/ Sherry Black Foundation - https://sherryblackfoundation.org/igg/ --Follow us on Social Media and find out how to support A Scary State by clicking on our Link Tree: https://instabio.cc/4050223uxWQAl--Have a scary tale or listener story of your own? Send us an email to ascarystatepodcast@gmail.com! We can't wait to read it!--Thinking of starting a podcast? Thinking about using Buzzsprout for that? Well use our link to let Buzzsprout know we sent you and get a $20 Amazon gift card if you sign up for a paid plan!https://www.buzzsprout.com/?referrer_id=1722892--Works cited!https://docs.google.com/document/d/1yta4QOa3v1nS3V-vOcYPNx3xSgv_GckdFcZj6FBt8zg/edit?usp=sharing --Intro and outro music thanks to Kevin MacLeod. You can visit his site here: http://incompetech.com/. Which is where we found our music!

Jim and Francey interview Cari Wright, close friend, and schoolmate of Terri McAdams. Whose murder was solved through forensic Genetic Genealogy 40 years after her life was violently taken.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

  The Derman Murders are the unsolved killings of Russell and Shirley Dermond in Putnam County, Georgia in May 2014. On May 6, 2014, Russell's decapitated body was found in the garage of his Lake Oconee home. He was 88 years old. Over a week later, Shirley's body was found floating in Lake Oconee. She was 87 years old and had been weighted down with concrete blocks. As of April 2024, the murders remain unsolved and Russell's head has not been found. The FBI is offering a $20,000 reward for information leading to the arrest and conviction of the killer or killers. Guest Bio and Links: Alice LaCour is a native Texan, a Yale Law School graduate, and a mean fiddler player. (She's been known to go down to Georgia). In another life, she was a dancer, but now the courtroom is her stage. When she's not lawyering she's hanging with her husband and wrangling her three adorable children. Brett Talley is a Southern gentleman who loves abandoned buildings, long walks on haunted beaches, and Cthluhu plushies. His saintly wife tolerates him, while his little girl and son hang on his every word–and love the podcast theme. Listeners can learn more about The Prosecutors Podcast at their website, on IG @prosecutorspod In this episode of Zone 7, Crime Scene Investigator, Sheryl McCollum, welcomes Brett and Alice from The Prosecutors Podcast to dive into the perplexing double homicide of Russell and Shirley Dermond in Lake Oconee, Georgia. Sheryl, Alice, and Brett cover various aspects of the case including the idyllic setting, Russell and Shirley's background, the brutal nature of the crime, and the intriguing yet cruel methods employed by the killer. With insights from legal experts and firsthand involvement, they explore different theories, investigate motives, and emphasize the critical role of DNA evidence and genetic genealogy in bringing this case closer to resolution. Show Notes: (0:00) Welcome back to Zone 7 with Crime Scene Investigator, Sheryl McCollum   (0:15) Sheryl welcomes Brett and Alice from The Prosecutors Podcast (2:30) Brief background of the Dermond murders  (4:30) Details of the crime scene in Putnam County, Georgia (5:00) Analysis of Shirley's body being found in the lake  (6:00) The brutality and peculiarities of the crime (10:30) Theories of mistaken identity and cartel involvement (14:00) Speculation on why Shirley might have been the target (16:30) Timeline and investigation insights (23:00) Importance of the boat in the crime's execution (27:00) Theories and intricacies of the crime scene (27:30) The lake and docking the boat (35:30) Revisiting the son's tragic murder (42:00) Genetic genealogy technologies  (50:00) Final reflections on the case's solvability Thanks for listening to another episode! If you love the show and want to help grow the show, please head over to iTunes and leave a rating and review!  --- Sheryl “Mac” McCollum is an Emmy Award-winning CSI, a writer for CrimeOnLine, a Forensic and Crime Scene Expert for Crime Stories with Nancy Grace, and a CSI for a metro Atlanta Police Department. She is the co-author of the textbook., Cold Case: Pathways to Justice. Sheryl is also the founder and director of the Cold Case Investigative Research Institute, a collaboration between universities and colleges that brings researchers, practitioners, students and the criminal justice community together to advance techniques in solving cold cases and assist families and law enforcement with solvability factors for unsolved homicides, missing persons, and kidnapping cases.   Social Links: Email: coldcase2004@gmail.com Twitter: @ColdCaseTips Facebook: @sheryl.mccollum Instagram: @officialzone7podcast   See omnystudio.com/listener for privacy information.

https://abcnews.go.com/US/84-year-arrested-1974-cold-case-murder-after/story?id=115731925https://www.alexexum.com/Become a supporter of this podcast: https://www.spreaker.com/podcast/the-exum-experience--402111/support.

For the past few years, Cairenn Binder and her team of students at Ramapo College of New Jersey's IGG Center have been using investigative genetic genealogy (IGG) to identify human remains, solve violent crimes, and help exonerate the wrongfully convicted. In this exclusive episode of Murder, She Told, Cairenn gives a behind-the-scenes look at the process of cracking the toughest of unsolved cases with IGG, shares what her students are currently working on, shares what it takes to become a genetic genealogist, and so much more. Episode sources and photos: https://murdershetold.com/episodes/investigative-genetic-genealogy Support the show: https://www.murdershetold.com/support Instagram: @murdershetoldpodcast TikTok: @murdershetold Facebook: /mstpodcast Website: murdershetold.com ----- Sponsors: BetterHelp: Get 10% off your first month at betterhelp.com/shetold Jenni Kayne: Get 15% off with code SHETOLD15 at jennikayne.com/SHETOLD15 Shopify: Sign up for your $1-per-month trial period at Shopify.com/shetold Learn more about your ad choices. Visit megaphone.fm/adchoices

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

Unlock the secrets of Investigative Genetic Genealogy (IGG) as we welcome former FBI trailblazers Steve Busch and Steve Kramer. Discover how this innovative method is revolutionizing law enforcement by solving cold cases and active investigations alike. Learn about the compelling case of actress Eva LaRue, who endured years of torment from a stalker, and how IGG finally brought him to justice. Our guests take you inside the high-profile pursuit and capture of the Golden State Killer, showcasing the power of IGG to solve one of the longest serial killer mysteries of our time and bring closure to families and victims.We also explore the fascinating intersection of DNA technology and law enforcement with our experts as they reveal the creative strategies behind using public genealogy databases. From the historic Golden State Killer case to the recent breakthrough in the Idaho student murders, hear how IGG is becoming a standard tool for invesitgations and ultimately, justice. Our conversation also delves into the founding of Indago Solutions (indago is latin for "to hunt"), where AI is harnessed to propel investigative methods into the future, accelerating the hunt for answers through machine learning. In doing so, solving cold cases and apprehending serial offenders can happen in less than half the time as using traditional methods. Steve Busch and Steve Kramer also help us navigate the complexities of privacy and DNA collection as we delve into the delicate balance between solving crimes and respecting individual rights. Through captivating anecdotes, we discuss the legalities of DNA collection and the unique case prioritization process in law enforcement. With over 1.3 million profiles waiting for resolution in CODIS, our discussion underscores the urgency of embracing faster methods like IGG. We also break down the nuances between genealogy and law enforcement DNA profiles, highlighting the potential of genetic genealogy to illuminate even the darkest of cases.

Co-hosts Mark Thompson and Steve Little recap their experiences at the East Coast Genetic Genealogy Conference last week, highlighting Dana Leeds' innovative use of AI for efficiently created charts using the Leeds Method.They then explore OpenAI's new Canvas feature, comparing it to Claude's Artifacts, and discuss its potential for genealogical research.Next, Mark and Steve review Google's Notebook LM, examining its ability to turn documents into engaging podcasts and its usefulness for genealogical research.Don't miss this week's Tip of the Week, which focuses on the importance of disclosing AI-generated content in genealogical work.In RapidFire, they cover Google Photos' upcoming AI-powered search feature, Nobel Prizes awarded to AI researchers, Microsoft's reintroduction of screen capture technology as Copilot Vision, and more.Whether you're a tech enthusiast or a family historian, this episode offers valuable insights into the latest AI advancements and their impact on genealogy.Timestamps:In the News:02:51 Recap of East Coast Genetic Genealogy Conference07:35 Dana Leeds' innovative use of AI for the Leeds Method12:52 OpenAI's new Canvas feature20:54 Google's Notebook LM and its applications in genealogyTip of the Week:29:16 Disclosing AI-generated content in genealogical workRapidFire:42:34 Google Photos' upcoming AI-powered search47:26 Nobel Prizes awarded to AI researchers53:16 Microsoft's Copilot Vision: Reintroduction of screen capture technology57:32 Closing thoughts and announcementsResource LinksEast Coast Genetic Genealogy Conferencehttps://ecggc.org/The Leeds Method with Claude Artifactshttps://www.youtube.com/watch?v=tp5DzuLeaN4ChatGPThttps://openai.com/chatgptClaude AIhttps://www.anthropic.com/claudeOpenAIhttps://openai.com/Google Notebook LMhttps://notebooklm.google/FamilySearchhttps://www.familysearch.orgMyHeritagehttps://www.myheritage.com/Google Photoshttps://photos.google.com/Nobel Prizehttps://www.nobelprize.org/prizes/physics/2024/summary/https://www.nobelprize.org/prizes/chemistry/2024/summary/Microsoft Copilot Visionhttps://www.microsoft.com/en-us/microsoft-copilot/blog/2024/10/01/introducing-copilot-labs-and-copilot-vision/Adobehttps://www.adobe.com/Google DeepMindhttps://deepmind.google/Microsoft Edgehttps://www.microsoft.com/edgeTagsArtificial Intelligence, Genealogy, Family History, Technology, OpenAI, Google, Microsoft, ChatGPT, Claude, Canvas, Artifacts, Notebook LM, AI Ethics, AI Disclosure, East Coast Genetic Genealogy Conference, Leeds Method, AI in Research, Google Photos, Nobel Prize, AI Researchers, Copilot Vision, Screen Capture, AI Advancements, Genealogical Research, AI Tools, AI News, Responsible AI Use, AI Privacy, AI Safety, AI Development

Murph welcomes Steve Kramer, a retired FBI attorney with a rich background in law enforcement and legal practice.  They discuss Kramer's journey into law, the significance of DNA in criminal investigations, and the evolution of genetic genealogy as an investigative tool.  Steve Kramer discusses the intricate details of the Golden State Killer case, highlighting the evolution of the killer's crimes, the role of DNA and genetic genealogy in solving cold cases, and the emotional impact on victims and their families. He shares insights into the investigative process that led to the identification and arrest of Joseph DeAngelo, the Golden State Killer.  Kramer talks about working in retirement to continue supporting genetic genealogy as a forensic investigative tool.

Murph welcomes Steve Kramer, a retired FBI attorney with a rich background in law enforcement and legal practice.  They discuss Kramer's journey into law, the significance of DNA in criminal investigations, and the evolution of genetic genealogy as an investigative tool.  Steve Kramer discusses the intricate details of the Golden State Killer case, highlighting the evolution of the killer's crimes, the role of DNA and genetic genealogy in solving cold cases, and the emotional impact on victims and their families. He shares insights into the investigative process that led to the identification and arrest of Joseph DeAngelo, the Golden State Killer.  Kramer talks about working in retirement to continue supporting genetic genealogy as a forensic investigative tool.

Imagine holding a map that traces the winding paths your ancestors took over centuries, spanning continents and oceans, bringing together diverse cultures and histories. This map doesn't just show places—it shows you who you are in a deeply personal and biological sense. This is what DNA and genetic genealogy offer: a window into the past that can illuminate the complex and fascinating story of your Brazilian heritage. Brazil's population is a true melting pot, formed by indigenous peoples, Portuguese colonizers, African slaves, and waves of immigrants from Europe, the Middle East, and Asia. Each of these groups left a genetic legacy, woven together over generations to create the unique bond that is modern Brazil. But how can you untangle these threads to understand your own ancestry? This is where genetic genealogy comes in. Podcast Notes: https://ancestralfindings.com/brazilian-dna-and-genetic-genealogy-unraveling-the-threads-of-ancestry/  

For the past few years, the true crime world has been fascinated by the use of genetic genealogy as a way to solve cold cases. The most famous example is the Golden State Killer. Today's episode covers three cases from Washington State, all of which were solved using forensic genealogy methods. Connect with Us --------------------------------------------------------- Sources: https://abcnews.go.com/US/52-years-20-year-woman-found-dead-seattle/story?id=62905042 https://www.king5.com/article/news/crime/seattle-womans-murder-solved-half-century-later/281-c1b410a7-d2a4-44d7-bd27-b564880f3360 https://apnews.com/general-news-a2f91cad86a9492cbcd1abb6b800ce8b https://www.oxygen.com/crime-time/seattle-woman-susan-galvin-killer-frank-wypych-identified-after-52-years https://www.kuow.org/stories/seattle-police-solve-52-year-old-murder-case-using-genetic-genealogy https://www.seattletimes.com/seattle-news/law-justice/dna-family-tree-help-solve-52-year-old-seattle-slaying/ https://www.kiro7.com/news/local/dna-family-tree-help-solve-52-year-old-seattle-murder-case/947354648/ https://www.seattlepi.com/local/crime/article/DNA-and-family-trees-How-genealogy-is-solving-13829505.php https://www.king5.com/video/videoliciousvideo/cold-case-murder/281-7b273653-3625-46a7-aeef-4cc800a051de https://www.kiro7.com/news/local/seattle-police-investigating-1967-seattle-center-cold-case-homicide/488605769/ https://www.cnn.com/2020/11/10/us/1972-killing-terrence-miller-dies-trnd/index.html https://www.seattletimes.com/seattle-news/law-justice/man-suspected-in-1972-snohomish-county-murder-kills-self-before-jury-convicts/ https://www.nbcnews.com/news/us-news/suspect-trial-1972-murder-dies-suspected-suicide-hours-guilty-verdict-n1247272 https://www.fox13seattle.com/news/suspect-on-trial-for-1972-murder-of-jody-loomis-commits-suicide-hours-before-guilty-verdict https://snohomishcountywa.gov/Archive.aspx?ADID=6568 https://people.com/crime/man-accused-of-committing-48-year-old-cold-case-murder-dies-by-suicide-before-guilty-verdict/ https://geneticliteracyproject.org/2020/11/24/almost-50-years-after-brutal-rape-and-murder-dna-cracks-cold-case-suspect-commits-suicide-before-conviction/ https://snohomishcountywa.gov/Archive.aspx?ADID=6160 https://www.seattletimes.com/seattle-news/law-justice/suspect-arrested-in-1972-homicide-cold-case-in-snohomish-county/ https://www.kiro7.com/news/local/edmonds-man-suspected-1972-murder-jody-loomis-found-dead/SML2M6TMRRFQPO5RC7GXV3CSDI/ https://www.cbsnews.com/news/jody-loomis-murder-genetic-genealogy-discarded-coffee-cup-leads-to-terrence-miller-arrest-in-countys-oldest-cold-case/ https://www.king5.com/article/news/crime/arrest-made-in-1972-jody-loomis-homicide-cold-case/281-88b52698-8da9-4ba1-87a0-1c1ed6788a83 https://www.cnn.com/2019/04/11/us/cold-case-genetic-genealogy-washington/index.html https://dnasolves.com/articles/krisann-baxter/ https://www.khq.com/coldcase/it-opened-our-eyes-there-are-monsters-out-there---1978-spokane-murder-solved/article_5817f5d2-6081-11ee-90f3-2bb9aa25667b.html https://www.krem.com/article/news/crime/spokane-cold-case-murder-sexual-assault/293-9ae19592-983a-44e6-8283-5978cf211cbd https://www.spokesman.com/stories/2023/sep/08/cold-case-solved-genetic-genealogy-unravels-1978-k/ https://www.khq.com/news/major-crimes-detectives-use-genetic-genealogy-to-solve-45-year-old-cold-case-in-spokane/article_1db0cdbe-4e8f-11ee-9ae4-4355375ac978.html https://www.spokesman.com/stories/2023/may/28/spokane-cold-cases-krisann-baxters-1978-killing-to/ https://www.upi.com/Archives/1984/02/25/A-police-detective-says-convicted-serial-killer-Henry-Lee/2029446533200/ Learn more about your ad choices. Visit megaphone.fm/adchoices

Justice is coming in cold cases involving forensic genetic genealogy, but there are still some hurdles. In this episode, Charlie and Eric discuss the preservation of a crime scene, false confessions stopping investigations, DNA advances, and the privacy concerns around DNA databases. Advocacy Con: https://www.advocacycon.com/Join the conversation!Twitter: https://twitter.com/crimeconspodFacebook: https://www.facebook.com/crimelinesandconsequencesInstagram: https://instagram.com/crimelinesandconsequencesYouTube: https://www.youtube.com/c/crimelinestruecrimeLicensing and creditsMusic: Critical Thinking by Philip AyersCover Art: Lars Hacking 

Send us a textIn this week's episode we discussed genetic genealogy in crime solving. Which is the use of genealogical DNA tests, in combination with traditional genealogical methods, to infer genetic relationships between individuals. This discussion also opened up a lot of questions about privacy as well.Our Links:Retrospect

Kristen Mittelman, co-founder of Othram, a forensic DNA and genetic genealogy company that has revolutionized the resolution of cold cases, joins Jayson for a one-on-one conversation. They discuss how she and her husband, David, went from working on the Human Genome Project to attempting to identify victims, perpetrators and the unidentified who died.Othram's technology has made what was once impossible possible and has played a key role in the University of Idaho murders, the Long Island Serial killer case, the disappearance of Brianna Maitland and many other lesser-known cases. Kristen discusses how there will be no equity until all victims have the best possible DNA technology, whether it's Othram's or another, applied to their cases.If you want to support Othram's efforts to give all victims and law enforcement agencies access to this technology, visit www.dnasolves.com.Check out the Silver Linings Handbook website at:https://silverliningshandbook.com/Check out our Patreon to support the show at:https://ww.patreon.com/thesilverliningshandbookVisit the Silver Linings Handbook store to support the podcast at:https://www.bonfire.com/store/the-silver-linings-handbook-podcast-store/

In this episode of the Helping Families Be Happy podcast, host Christopher Robbins and guest Richard Hill delve into the transformative power of genetic genealogy for adoptees searching for their roots. Hill shares his personal journey of discovering his biological family through DNA testing and discusses the evolution of genealogical research tools. The conversation illuminates the emotional and practical aspects of unearthing one's origins, marking an inspiring intersection of technology and human curiosity.  Episode Highlights  00:00:10: Christopher Robbins introduces the podcast episode, highlighting its focus on family, love, and relationships. Robbins details his background and introduces guest Richard Hill, who discusses his experience as an adoptee finding his biological family through DNA tests. 00:01:44: Richard Hill expresses gratitude for being part of the episode and anticipates sharing his story.  00:01:47: Robbins probes into Hill's motivation for exploring his family history. Hill elaborates on his late discovery of being adopted and his subsequent quest to uncover his biological origins, emphasizing how societal norms of the past differed from today. 00:03:26: Hill recounts the process of finding his biological family, underscoring the years of research involved, the eventual identification of his birth parents through DNA analysis, and the expansion of his family tree with newfound relatives.  00:05:13: The conversation shifts to the broader impacts of Hill's journey, discussing the lessons learned, the significance of understanding one's roots, and the legal barriers adoptees face in accessing their original birth records.  00:06:03: Discussing the evolution of research tools over the decades, Hill highlights how advances in technology, especially the internet and DNA testing, have revolutionised genealogical research, making it accessible to a wider audience.  00:07:22: Robbins jokes about the potential for discovering family secrets through DNA testing, illustrating both the intrigue and the cautionary aspects of delving into genetic genealogy.  00:07:31: Hill shares practical advice for individuals interested in exploring their family history, stressing the value of DNA testing and online genealogical resources in piecing together one's heritage.  00:10:15: Hill explains his decision to document his search in a book, aiming to guide and inspire others in similar quests. He reflects on the supportive feedback received from readers and the broader genealogical community.  00:12:16: Robbins highlights the positive reviews of Hill's book and inquires about feedback from readers. Hill shares experiences of connecting with others through his story, emphasizing the transformative power of understanding one's origins.  00:13:20: Offering advice to those new to genealogy, Hill recommends starting with foundational research and embracing DNA testing for its potential to unlock personal histories and connect with biological relatives.  00:15:19: Hill shares resources and ways for listeners to engage with his work and learn more about DNA testing, directing the audience to his website and social media profiles.  Key Takeaways  Understanding one's origins through DNA testing not only satisfies curiosity but also enriches one's sense of identity and connection to the past. Technological advancements have dramatically increased accessibility to genealogical research, empowering individuals with tools and resources to explore their family history.    The legal and societal barriers that once hindered adoptees from accessing their birth records are slowly being dismantled, thanks in large part to the advocacy of individuals like Richard Hill.    Embracing one's family history, whether biological or adopted, adds a significant layer of depth to personal narratives, fostering a greater appreciation for the complexities of family and identity.  Tweetable Quotes  "You just really can't have too much family." - Richard Hill  "DNA has led to many surprises." - Richard Hill  "90% of the surprises are either good or neutral, but be prepared." - Richard Hill  Show Notes by Barevalue.

In this episode Miggy shares the story of Mary Scott who in 1969 tragically was murdered and her case went cold for 50 years!!! Genetic Genealogy shows up to bring a match. Listen to the episode and hear who is responsible.S.B.S. of the weekOne.Stop.Customs(Instagram Account)https://www.instagram.com/one.stop.customs/?igsh=MzRlODBiNWFlZA%3D%3Dsnkrheadworldwide2.0(Instagram Account)https://www.instagram.com/snkrheadworldwide2.0/Gil GutierrezFollow us on our social media outlets!!https://www.instagram.com/whereintheworld_iscrimeinsd/https://www.facebook.com/people/Where-In-the-World-is-Crime-in-San-Diego/100084037718436/

Episode 223:     We are back with a new show this week. Today we welcome Conflict International's John Rowan. John recently retired from New York's Suffolk County Police Department as Chief of Detectives. John has a passion for a new type of investigative technique called Genetic Genealogy research. The guys discuss how this technology and others impact investigations. Let's welcome John Rowan and your host, private investigator, Matt Spaier  Links:      Matt's email: MatthewS@Satellitepi.com   Linkedin: Matthew Spaier       www.investigators-toolbox.com   John on Linkedin: John Rowan John email: J.Rowan@Conflictinternational.com
 Links: https://conflictinternational.com/ https://www.linkedin.com/pulse/welcome-shorty-club-john-rowan-ky4ue/
 PI-Perspectives Youtube link:  https://www.youtube.com/channel/UCYB3MaUg8k5w3k7UuvT6s0g Sponsors:     https://piinstitute.com/ https://pi-perspectivesinsurance.com/ https://www.trackops.com/ https://www.skopenow.com FBI Tip Line https://tips.fbi.gov/home https://www.fbi.gov/contact-us/field-offices/newyork/about - (212) 384-1000

IGGNite DNA Founders Nancy Landini and Lisa Needler are back to speak about a case in Fort Wayne, Indiana that they helped to solve. In 1992, a construction worker found the dead body of a young pregnant woman in a house under renovation. Recently, Nancy and Lisa worked with local authorities to identify her as Tabetha Ann Murlin. They'll share that story, along with other topics around investigative genealogy, in their conversation with The Murder Sheet. Check out IGGNite DNA's website here: https://iggnitedna.com/Check out IGGNite DNA's fundraiser here: https://givebutter.com/Iv5J9e Read the Journal Gazette's write-up of the Tabetha Ann Murlin case here: https://www.journalgazette.net/local/police-fire/mary-jane-doe-identified-as-fort-wayne-woman-after-32-year-investigation/article_4eaf1a50-cc21-11ee-b6d1-c793e6ce6fe9.htmlRead the Doe Network's entry on Tabetha Murlin's case: https://www.doenetwork.org/cases/1541ufin.htmlGet involved with End the Backlog here: https://www.endthebacklog.org/Support The Murder Sheet by buying a t-shirt here: https://www.murdersheetshop.com/Send tips to murdersheet@gmail.com.The Murder Sheet is a production of Mystery Sheet LLC.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Things get testy when Karen Read's defense attorney confronts the prosecution's star witness. The woman who wrote a children's book about grief, only to be accused of murdering her husband, sends Dateline recordings from jail. NBC News legal analyst Danny Cevallos explains why it's taking so long for the judge to set a trial date in the case of the man accused of murdering four University of Idaho students. Plus, an expert breaks down cell phone mapping and how it might help - or hurt – Bryan Kohberger's case.NBC10 Boston is covering Karen Read's trial.

News about Julie's personal life that ties into DNA (Trigger Warning- Vulnerable) Trenches: Use an expert to keep your Conformation Bias at bay California has access to the DNA of every child born since the 1980s- discuss Storytime: Canadian Adoptee Kristal Parke talks about her upcoming film "Because She's Adopted"  @becauseshesadopted For help with your DNA mystery contact Julie at www.cutoffgenes.com or www.juliedixonjackson.com Please consider joining the Patreon at www.patreon.com/cutoffgenespodcast    Subscribe, Rate and Review!!

Young couple Jay Cook and Tanya Van Cuylenborg had only been dating for 6 months when they set off on a short road trip from British Columbia to Seattle to pick up something for Jay's father's business.  When they did not return when expected, their families reported them missing, and tragically their bodies were found in two separate locations within the next six days.  This is the story of the murders of Jay Cook and Tanya Van Cuylenborg, and the years their families had to wait for justice.  Sources https://abcnews.go.com/US/signaling-era-forensic-investigation-man-caught-genetic-genealogy/story?id=64540673 https://unsolved.com/gallery/jay-cook-and-tanya-van-cuylenborg/ https://vancouverisland.ctvnews.ca/u-s-court-reinstates-guilty-verdicts-in-1987-killings-of-vancouver-island-couple-1.6208022 https://www.timescolonist.com/local-news/reward-offered-in-push-to-solve-killing-of-victoria-couple-in-1987-4624191 https://globalnews.ca/news/2079753/crime-stoppers-what-happened-to-jay-cook-and-tanya-van-cuylenborg/ https://www.king5.com/article/news/crime/detectives-release-new-sketches-ask-for-help-in-1987-double-murder/281-537349452 https://mynorthwest.com/951649/jay-cook-tanya-van-cuylenborg-cold-case/ https://globalnews.ca/news/4278799/tanya-van-cuylenborg-jay-cook-murder/ http://www.heraldnet.com/news/author-of-taunting-letters-found-but-cleared-of-1987-killings/ https://komonews.com/news/local/cops-release-suspect-sketch-in-1987-murder-of-young-couple https://www.sciencenews.org/article/genetic-sleuthing-murder-suspect-cold-case-talbott https://www.cbc.ca/news/canada/british-columbia/seattle-man-arrested-in-connection-with-1987-slayings-of-b-c-high-school-sweethearts-1.4669139 https://www.goskagit.com/news/cold-case-murder-suspect-pleads-not-guilty/article_c1f69ff4-53ae-5148-90aa-2a943182cab5.html https://www.heraldnet.com/news/man-guilty-of-1987-murders-solved-with-genetic-genealogy/ https://komonews.com/news/local/killer-gets-life-sentence-for-1987-murders-of-young-canadian-couple https://www.fox13seattle.com/news/court-reinstates-guilty-verdicts-for-everett-man-who-killed-canadian-couple-in-1987 https://www.newspapers.com/image/494795490/?terms=%22Tanya%20Van%20Cuylenborg%22&match=1 https://www.newspapers.com/image/494795744/?terms=%22Tanya%20Van%20Cuylenborg%22&match=1 https://www.newspapers.com/image/494796752/?terms=%22Tanya%20Van%20Cuylenborg%22&match=1 https://www.newspapers.com/image/325814485/?terms=%22Tanya%20Van%20Cuylenborg%22&match=1 https://www.newspapers.com/image/496990304/?terms=%22Tanya%20Van%20Cuylenborg%22&match=1  

Investigative genetic geneaology is at the heart of the case against Bryan Kohberger, the man accused of murdering University of Idaho students Ethan Chapin, Xana Kernodle, Madison Mogen, and Kaylee Goncalves in 2022.But what is IGG? Today, we'll hear from the experts: IGGNite DNA Founders Nancy Landini and Lisa Needler. Nancy and Lisa will fill us in on some of the issues at stake today in the Kohberger trial, and exactly how IGG works.Check out IGGNite DNA's website here: https://iggnitedna.com/Send tips to murdersheet@gmail.com.The Murder Sheet is a production of Mystery Sheet LLC.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Lily Jackson (my daughter) sat in to co-host this week Our organic conversation was so interesting that I forwent all planned content. Please enjoy! Storytime: *Part two of my conversation with adoptee Jim Serrano  *Trigger Warning- Child sexual abuse, suicidality Subscribe, Rate and Review! For help with your own DNA mystery please contact Julie at www.cutoffgenes.com

For years she was labeled “Bones 20” the unidentified victim of the Green River Killer. Now, thanks to police work and Othram Labs, the victim has been named as Tammy Liles. She was from Everett, Washington, and vanished in the summer of 1983. She was only 16 years old when she became a victim of serial killer Gary Ridgeway. On this episode of Body Bags, Joseph Scott Morgan and Dave Mack will take you behind the headlines and into the lab that helped give a name to a young lady who spent decades being called “Bones 20." Transcript Highlights   00:0:16 Introduction – The Green River Killer last victim identified  00:02:28 Talk about age reference   00:06:32 Discussion of high-profile murders  00:10:48 Talk about the Green River Killer 16-year-old victim  00:15:56 Discussion of identifying remains  00:20:54 Discussion of the Green River Killer evidence  00:25:58 Talk about starting with incomplete skeleton  00:29:41 Discussion of Genetic Genealogy  00:34:51 Talking about Othram labs  00:37:39 Conclusion; might be the most noble of pursuits   See omnystudio.com/listener for privacy information.

For years she was labeled “Bones 20” the unidentified victim of the Green River Killer. But now, thanks to police work and Othram Labs, the victim has been named as Tammy Liles. She was from Everett, Washington, and vanished in the summer of 1983. She was only 16 years old when she became a victim of serial killer Gary Ridgeway. On this episode of Body Bags, Joseph Scott Morgan and Dave Mack will take you behind the headlines and into the lab that helped give a name to a young lady who spent decades being called “bones 20”.           Transcript Highlights   00:0:16 Introduction – The Green River Killer last victim identified  00:02:28 Talk about age reference   00:06:32 Discussion of high-profile murders  00:10:48 Talk about the Green River Killer 16-year-old victim  00:15:56 Discussion of identifying remains  00:20:54 Discussion of the Green River Killer evidence  00:25:58 Talk about starting with incomplete skeleton  00:29:41 Discussion of Genetic Genealogy  00:34:51 Talking about Othram labs  00:37:39 Conclusion; might be the most noble of pursuits   See omnystudio.com/listener for privacy information.

A pivotal hearing on Wednesday in the murder trial of Bryan Kohberger, the man accused of killing four University of Idaho students in November 2022, delved into the realm of investigative genetic genealogy (IGG) evidence, an aspect the defense deems crucial in its strategy. In a motion filed earlier in February, defense attorney Anne C. Taylor emphasized Bryan Kohberger's constitutional right to effective assistance of counsel, seeking access for three defense experts and unspecified "criminal investigators" to review the sealed IGG evidence. Taylor asserted that understanding this evidence was essential to scrutinize how and when Kohberger emerged as a suspect. Responding to the defense's motion, prosecutors did not oppose revealing the material to the defense experts but raised concerns regarding the inclusion of "criminal investigators" without specific identification. They argued that the defense hadn't adequately justified the necessity for their involvement. During the court session, Taylor reiterated the defense's stance, emphasizing the need to grasp the full timeline of events leading to Kohberger's identification as a suspect. However, Latah County District Court Judge John Judge refrained from granting extended access to the IGG material for the unnamed investigators at this stage. Instead, he suggested a separate hearing to evaluate specific justifications for their involvement. "What I'd like to get is some justification for digging in deeper if necessary. I'm not sure it's necessary but I'm going to keep an open mind about that," remarked Judge John. While seemingly minor, Wednesday's hearing underscored the defense's keen interest in meticulously examining the IGG evidence and its implications for the case. Investigative genetic genealogy, a potent forensic tool, has gained widespread adoption among law enforcement agencies in recent years. Notably, it has played a pivotal role in solving some of the nation's most notorious cold cases, including the apprehension of the Golden State Killer in 2018. As the legal proceedings continue, the focus remains on the intricate details of the investigative process and the admissibility of evidence crucial to determining Kohberger's culpability in the tragic deaths of the University of Idaho students.    Want to listen to ALL of our podcasts AD-FREE? Subscribe through APPLE PODCASTS, and try it for three days free: https://tinyurl.com/ycw626tj Follow Our Other Cases: https://www.truecrimetodaypod.com The latest on Catching the Long Island Serial Killer, Awaiting Admission: BTK's Unconfessed Crimes, Delphi Murders: Inside the Crime, Chad & Lori Daybell, The Murder of Ana Walshe, Alex Murdaugh, Bryan Kohberger, Lucy Letby, Kouri Richins, Malevolent Mormon Mommys, Justice for Harmony Montgomery, The Murder of Stephen Smith, The Murder of Madeline Kingsbury, and much more! Listen at https://www.truecrimetodaypod.com 

A pivotal hearing on Wednesday in the murder trial of Bryan Kohberger, the man accused of killing four University of Idaho students in November 2022, delved into the realm of investigative genetic genealogy (IGG) evidence, an aspect the defense deems crucial in its strategy. In a motion filed earlier in February, defense attorney Anne C. Taylor emphasized Bryan Kohberger's constitutional right to effective assistance of counsel, seeking access for three defense experts and unspecified "criminal investigators" to review the sealed IGG evidence. Taylor asserted that understanding this evidence was essential to scrutinize how and when Kohberger emerged as a suspect. Responding to the defense's motion, prosecutors did not oppose revealing the material to the defense experts but raised concerns regarding the inclusion of "criminal investigators" without specific identification. They argued that the defense hadn't adequately justified the necessity for their involvement. During the court session, Taylor reiterated the defense's stance, emphasizing the need to grasp the full timeline of events leading to Kohberger's identification as a suspect. However, Latah County District Court Judge John Judge refrained from granting extended access to the IGG material for the unnamed investigators at this stage. Instead, he suggested a separate hearing to evaluate specific justifications for their involvement. "What I'd like to get is some justification for digging in deeper if necessary. I'm not sure it's necessary but I'm going to keep an open mind about that," remarked Judge John. While seemingly minor, Wednesday's hearing underscored the defense's keen interest in meticulously examining the IGG evidence and its implications for the case. Investigative genetic genealogy, a potent forensic tool, has gained widespread adoption among law enforcement agencies in recent years. Notably, it has played a pivotal role in solving some of the nation's most notorious cold cases, including the apprehension of the Golden State Killer in 2018. As the legal proceedings continue, the focus remains on the intricate details of the investigative process and the admissibility of evidence crucial to determining Kohberger's culpability in the tragic deaths of the University of Idaho students.    Want to listen to ALL of our podcasts AD-FREE? Subscribe through APPLE PODCASTS, and try it for three days free: https://tinyurl.com/ycw626tj Follow Our Other Cases: https://www.truecrimetodaypod.com The latest on Catching the Long Island Serial Killer, Awaiting Admission: BTK's Unconfessed Crimes, Delphi Murders: Inside the Crime, Chad & Lori Daybell, The Murder of Ana Walshe, Alex Murdaugh, Bryan Kohberger, Lucy Letby, Kouri Richins, Malevolent Mormon Mommys, Justice for Harmony Montgomery, The Murder of Stephen Smith, The Murder of Madeline Kingsbury, and much more! Listen at https://www.truecrimetodaypod.com 

A road crew in south west Georgia finds on old console tv at an illegal dumpsite on the side of a country highway. As they try to move the tv, the workers find a suitcase inside, too heavy to just be filled with clothes. As they open the suitcase, they open up a mystery that will last decades. Inside the suitcase is cement, and poking out of the cement, the body of a small child. Joseph Scott Morgan and Dave Mack will help tell the story of Baby Jane Doe, the girl thrown away like garbage, and the people who spent 35-years trying to find out her name.  Subscribe to Body Bags with Joseph Scott Morgan : Apple Podcasts Spotify iHeart Transcribe Highlights  00:00:37 Trash Dump off the side of road  00:01:46 Talk about abandoned child   00:02:29 Discussion of life  00:03:16 Talk about the case, started in 1988  00:05:59 Discussion of area  00:10:54 Talk about getting body out of cement  00:13:30 Discussion of cement wouldn't encase everything  00:16:48 Talk about mixing concrete and body  00:19:42 Evidence at scene leads to home  00:22:32 Talk about body breaking down in cement  00:25:32 Discussion of investigators   00:28:37 Talk about technology catching up   00:31:02 This case hasn't been to trial yet  00:33:58 Talk about Genetic Genealogy  00:35:39 Discussion can there be justice  See omnystudio.com/listener for privacy information.

A road crew in south west Georgia finds on old console tv at an illegal dumpsite on the side of a country highway. As they try to move the tv, the workers find a suitcase inside, and it is too heavy to just be filled with clothes. As they open the suitcase they open up a mystery that will last decades. Inside the suitcase is cement, and poking out of the cement, the body of a small child. Joseph Scott Morgan and Dave Mack will help tell the story of Baby Jane Doe, the girl thrown away like garbage, and the people who spent 35-years trying to find out her name.    Transcribe Highlights  00:00:37 Trash Dump off the side of road  00:01:46 Talk about abandoned child   00:02:29 Discussion of life  00:03:16 Talk about the case, started in 1988  00:05:59 Discussion of area  00:10:54 Talk about getting body out of cement  00:13:30 Discussion of cement wouldn't encase everything  00:16:48 Talk about mixing concrete and body  00:19:42 Evidence at scene leads to home  00:22:32 Talk about body breaking down in cement  00:25:32 Discussion of investigators   00:28:37 Talk about technology catching up   00:31:02 This case hasn't been to trial yet  00:33:58 Talk about Genetic Genealogy  00:35:39 Discussion can there be justice  See omnystudio.com/listener for privacy information.

In part two of this two-part episode, retired agent Steve Busch and retired FBI attorney Steve Kramer review how, after the success of the Golden State Killer case, they became the co-founders and architects of the FBI's National Investigative Genetic Genealogy (or IGG) team, assisting law enforcement agencies in the identification of suspects, training thousands of investigators, and lecturing all over the world. They also talk about Indago Solutions, the AI-based software they designed to produce investigative leads and transform how people can be identified through public records and DNA.   Check out episode show notes, photos, and related articles.   Buy me a coffee - https://www.buymeacoffee.com/JerriWilliams   Join my Reader Team to get the FBI Reading Resource - Books about the FBI, written by FBI agents, the 20 clichés about the FBI Reality Checklist, and keep up to date on the FBI in books, TV, and movies via my monthly email. Join here. http://eepurl.com/dzCCmL    Check out my FBI books, non-fiction and crime fiction, available as audiobooks, ebooks and paperbacks wherever books are sold. https://jerriwilliams.com/books/

In part one of this two-part episode, retired Bureau attorney Steve Kramer and retired agent Steve Busch review how Kramer teamed up with Paul Holes, an investigator for the Contra Costa County Sheriff's Office, to use Investigative Genetic Genealogy to generate leads to identify the person known as the Golden State Killer. Different law enforcement agencies spent 43 years trying to find the serial killer. Kramer and Holes took a different approach, and assembled a team that identified Joseph James DeAngelo as the infamous Golden State Killer after only 63 days. Kramer and Busch then teamed up at the Orange County Resident Agency at the Los Angeles Division to form the FBI's first forensic genetic genealogy team. Check out episode show notes, photos, and related articles:  https://jerriwilliams.com/306-steve-kramer-and-steve-busch-investigative-genetic-genealogy-golden-state-killer/   Buy me a coffee - https://www.buymeacoffee.com/JerriWilliams Join my Reader Team to get the FBI Reading Resource - Books about the FBI, written by FBI agents, the 20 clichés about the FBI Reality Checklist, and keep up to date on the FBI in books, TV, and movies via my monthly email. Join here. http://eepurl.com/dzCCmL  Check out my FBI books, non-fiction and crime fiction, available as audiobooks, ebooks and paperbacks wherever books are sold. https://jerriwilliams.com/books/

On February 6, 2007, in a wooded area of Ashton Court in Sarasota, Florida, a 14-year-old found a bone sticking out of the ground. Investigators quickly discovered that a woman had been buried in a shallow grave. Unfortunately, they were not able to identify her. For 15 years, she was known as “The Sarasota County Jane Doe.” That is until November 2022, when investigators partnered with DNA Labs International to identify 39-year-old Jeana Lynn Burrus using DNA testing and Genetic Genealogy.   Pretty soon, they discovered Jeana had never been reported missing.   Now, investigators are asking the media and public to share Jeana's story in hopes of solving her case.   If you or anyone you know knew Jeana Burrus or James “Jamie” Burrus or lived in or around this area between 2005-2007 and have relevant information, PLEASE reach out to the Sarasota County Sheriff's Department at 941-861-4900. Thank you to our sponsor, Zocdoc! Go to Zocdoc.com/JUSTICE and download the Zocdoc app for free. Then find and book a top-rated doctor today. For more information about the podcast and the cases discussed, visit VoicesforJusticePodcast.com Don't forget to follow me on social media under Voices for Justice Podcast & SarahETurney Join the Patreon family to get instant access to a library of extra content, support the show, and support these cases https://www.patreon.com/VoicesforJustice  The introduction music used in Voices for Justice is Thread of Clouds by Blue Dot Sessions. Outro music is Melancholic Ending by Soft and Furious. The track used for ad transitions is Pinky by Blue Dot Sessions. Learn more about your ad choices. Visit podcastchoices.com/adchoices