Podcasts about dna profiling

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.

Every patient's hearing needs are unique, but too often, audiologists are forced to rely on one-size-fits-all solutions. After battling multiple chronic conditions, Kashif Khan saw firsthand how traditional healthcare falls short. That experience led him to create a research company that uses DNA insights to personalize healthcare solutions. In this episode, Kashif shares with Kevin how genetic profiling can enhance patient care and why personalized treatments lead to better outcomes.  Kashif Khan is an entrepreneur, investor, bestselling author, and co-founder of The DNA Company, an innovative company that offers advanced DNA testing for personalized health insights and wellness. In this episode, Kevin and Kashif will discuss: (00:00) Introduction  (01:15) What Battling Chronic Illnesses Taught Him (03:31) Using DNA and Genomics to Understand Patients Better (06:38) Personalizing Health Solutions for Better Outcomes (14:41) Driving Change in the Healthcare System (17:14) Empowering Patients Through Education (19:43) The 3 Pillars of Scaling Your Practice (23:58) How to Make Patients Feel Truly Valued (28:41) Kashif's Unconventional Marketing Strategy (31:53) Investing in Yourself to Build a Sustainable Practice (34:48) Connect with Kashif Kashif Khan is an entrepreneur, investor, bestselling author, and co-founder of The DNA Company, an innovative company that offers advanced DNA testing for personalized health insights and wellness. He uses genetic insights to help individuals, including CEOs, pro athletes, and high performers, tap into their full neurological and genetic potential. Kashif is also the author of The DNA Way and host of The Unpilled Podcast. His mission is to help people lead healthier, more empowered lives by embracing the power of personalized medicine. Connect with Kashif: Kashif's Website: https://kashkhanofficial.com/ Kashif's Instagram: https://www.instagram.com/kashkhanofficial Resources Mentioned: Kashif's Book, The DNA Way: Unlock the Secrets of Your Genes to Reverse Disease, Slow Aging, and Achieve Optimal Wellness: https://www.amazon.com/DNA-Way-Secrets-Reverse-Wellness/dp/1401971261 Buy Back Your Time: Get Unstuck, Reclaim Your Freedom, and Build Your Empire by Dan Martell: https://www.amazon.com/Buy-Back-Your-Time-Unstuck-ebook/dp/B09Y55GLXJ The Only Thing: If you're an audiologist and want to grow your practice – we've got a FREE, expert guide to help you achieve your goals. It's called The Only Thing.  This expert guide will show you how to increase new patient calls by 5 to 57 a month, schedule more new patients each week, help more people, and increase revenue. It's the best resource I know for growing your audiology practice. Get your copy for free at http://medpb.com/mastery

M-Vac is a forensic technology company known for its innovative approach to DNA recovery from evidence. Founded by Jared Bradley, the company has made significant strides in the field of forensic science by developing the M-Vac System, which utilizes a unique vacuum-assisted process to collect biological material.This method is particularly effective in retrieving DNA from challenging surfaces, such as fabrics and porous materials, where traditional swabbing techniques may fall short. Jared Bradley, the driving force behind M-Vac, has a background in engineering and a passion for solving complex problems. His vision for the company stems from a desire to improve the accuracy and reliability of forensic investigations. Under his leadership, M-Vac has gained recognition within law enforcement and forensic communities for its ability to enhance evidence collection, ultimately aiding in criminal investigations and exonerating the innocent.The impact of M-Vac's technology extends beyond just the collection of DNA; it represents a shift towards more thorough and effective forensic practices. Bradley's commitment to continuous innovation and collaboration with law enforcement agencies has positioned M-Vac as a leader in the industry, making significant contributions to the pursuit of justice and the advancement of forensic methodologies. As the company grows, its influence on the field of forensic science continues to expand, paving the way for new advancements in evidence collection and analysis.https://www.m-vac.com/ www.unforbiddentruth.comBecome a supporter of this podcast: https://www.spreaker.com/podcast/unforbidden-truth--4724561/support.

In Episode 423 of Cider Chat, we delve into the fascinating world of apple identification a.k.a. Apple Id with the one and only John Bunker, a renowned author and the c0-founder of FEDCO Trees, Maine Organic Farmers and Gardners Association (MOFGA). Hear as he shares his lifelong passion for tracking down historic apple varieties and teaching others how to preserve these treasures is truly inspiring. This presentation is part one of a two-part series on Apple ID recorded at CiderCon2024. John Bunker portrait by John Alsop of Cornville, ME Hear John Bunker walking us through the intricacies of apple identification, reminding us that it's not just about identifying a fruit — it's about preserving history. For orchardists and cider makers, understanding the varieties in your care is a crucial part of maintaining the integrity of your orchard and the quality of your cider apples. 00:00 Introduction to Cider Chat and Apple Mysteries 01:37 John Bunker's Apple Identification Journey 04:11 The Importance of Apple Identification 10:11 Understanding Apple Trees and Grafting 21:39 Resources for Apple Identification 25:37 DNA Profiling and Apple Identification 30:12 Practical Apple Identification Scenarios 33:40 Mentors and the Black Oxford Apple 34:39 DNA Profiling and Apple Identification 37:06 The Mystery of the Canadian Strawberry 38:52 The Hunt for Lost Apples 41:36 Identifying Seedlings and Grafted Trees 45:49 Commercial Orchards and Misidentified Apples 48:47 The Role of Historical Records in Apple Identification 53:26 The Fun and Challenges of Apple Hunting 58:05 Becoming an Apple Detective 01:04:31 Conclusion and Final Thoughts   Contact for John Bunker Website: Outonthelimbapple.com Books recommended in this episode: Apples and the Art of Detection by John Bunker (2019) Systemic Pomology by UP Hedrick 1925 The American Fruit Culturist: Containing Practical Directions for the Propagation and Culture of All Fruits Adapted to the United States, John Thomas 1849 The Fruit Manual, Robert Hogg 1886 Episode 422 John Bunker Keynote: Orchards and Legacy Subscribe to Cider Chat YouTube Totally Cider Tours - French Cider Tour

  Relebogile Mabotja speaks to Dr Vanessa Lynch the Regional Director of DNAforAfrica about the use of DNA profiling and policies in South  Africa for justice and humanitarian purposes. See omnystudio.com/listener for privacy information.

In this  episode of the Vint Podcast,  Brady and Billy connect with perhaps the leading wine grape geneticist of our time, José Vouillamoz. With a background in plant biology and a Ph.D. in genetics, José has dedicated his career to uncovering the origins and relationships of grape varieties. He is a co-author of the highly acclaimed book "Wine Grapes," along with Jancis Robinson and Julia Harding, which is considered a definitive reference on the subject. His research has significantly advanced the understanding of grapevine DNA, leading to the identification and classification of numerous grape varieties. (the book alone includes more than 1,300 entries).Our conversation spans a discussion on the "parents" of some of our favorite and most well known grapes, an explanation of genetic vs clonal differences, and why learning about the genetics of our vines might just unlock a whole new chapter in the history of winemaking, buying, drinking, and exploring...Enjoy the show!Chapters:00:52 Special Guest Introduction: José Vouillamoz, the Foremost Grape Geneticist02:02 Weekend Wine Tasting Adventures and Discoveries07:57 Diving Deep into Grape Genetics with José Vouillamoz08:41 Jose's Journey into Grape Genetics and DNA Profiling11:09 Unveiling the Origins of Swiss Grape Varieties13:17 The Impact of DNA Profiling on Wine Genetics and Regional Identities18:35 Exploring the Foundational Grape Varieties and Their Global Influence21:35 The Genesis of the Wine Grapes Book with Jancis Robinson and Julia Harding24:50 Founder Grape Varieties and Their Significance25:04 Exploring the Roots: The Ancestry of Famous Grape Varieties26:46 The Science Behind DNA Profiling in Viticulture35:02 The Impact of Genetic Diversity on Wine Varieties and Climate Adaptation41:11 The Future of Viticulture: Clonal Identification and Terroir Expression46:38 The Role of Rootstocks in Combating Climate Change48:45 Leveraging Genetics for Improved Winemaking and Vineyard Management51:55 Preserving Rare Varieties and the Importance of Storytelling in WiThe Vint Podcast is a production of the Vint Marketplace, your source for the highest quality stock of fine wines and rare whiskies. Visit www.vintmarketplace.com. Cheers!Past Guests Include: William Kelley, Peter Liem, Eric Asimov, Bobby Stuckey, Rajat "Raj" Parr, Erik Segelbaum, André Hueston Mack, Emily Saladino, Konstantin Baum, Landon Patterson, Heather Wibbels, Carlton "CJ" Fowler, Boris Guillome, Christopher Walkey, Danny Jassy, Kristy Wenz, Dan Petroski, Buster Scher, Andrew Nelson, Jane Anson, Tim Irwin, Matt Murphy, Allen Meadows, Altan Insights, Tim Gaiser, Vince Anter, Joel Peterson, Megan O'Connor, Adam Lapierre, Jason Haas, Ken Freeman, Lisa Perrotti-Brown, Skyler Weekes, Mary Gorman McAdams, Nick King, Bartholomew Broadbent, Nick Jackson, Dillon Sykes, Mark Bell, David Keck, John Szabo, Channing Frye, Jay Hack, Julia Harding, Austin Hope, Michael Minnillo, Jermaine Stone, Jim Madsen, Santiago Archaval, Tom Smith, Sebastian Lowa, Matthew Crafton, Tony Parker, Andrew Caillard, Mike Veseth, Madeline Puckette, John Olney, Matthew Kaner, Amelia Singer, Chess Martin, and more!

It took 37 years, a failed murder trial, and an Australian mathematician to finally prosecute one of Scotland's most infamous serial killers.  Professor David Balding is a pioneer in the field of mathematical computational genetics. Join host Kathryn Fox and hear how using things like probability, David can calculate the likelihood of DNA belonging to offenders, victims and crime scenes.  If you or someone you know is experiencing, or at risk of experiencing, domestic, family or sexual violence, call 1800RESPECT on 1800 737 732, text 0458 737 732 or visit 1800RESPECT.org.au for online chat and video call services.See omnystudio.com/listener for privacy information.

Emily Compagno is an American attorney, TV host, and former National Football League cheerleader. She currently serves as co-host of Outnumbered on Fox News Channel, and is the host of The FOX True Crime Podcast with Emily Compagno on Fox News Radio.Emily Compagno shed light on the transformative impact of advanced forensic technology in solving cold cases. They explore how M-Vac systems has played a crucial role in bringing closure to families affected by long-unsolved crimes.From unraveling the heartbreaking case of Sharon Schollmeyer to shedding light on the devastating murder of 12-year-old Lesia Mitchell Jackson, they delve into the meticulous efforts of law enforcement and forensic experts in utilizing cutting-edge tools to re-examine cold cases.---------------------------------This episode is Sponsored by M-Vac Systems, the innovative wet vacuum DNA collection system that has helped solve numerous cases. Make sure to check out their YouTube channel or head to their website at www.m-vac.com for more information.---------------------------------TakeawaysM-Vac is crucial for DNA evidence in cold cases.Forensic tool deployment in police needs strategic planning.Evolving forensics offer resolution and justice in cold cases.Connect with Emily Compagno:Website: linktr.ee/emcompagnoInstagram: www.instagram.com/realemilycompagnoJared Bradley:LinkedIn: www.linkedin.com/in/jaredvbradleyResources:www.gunnchiro.comSupport the showAll Things Crime is a new, comprehensive video series that will explore every aspect of crime and the ensuing investigation, one video interview at a time. The host, Jared Bradley, is the President of M-Vac Systems, which is a wet-vacuum based forensic DNA collection system, and has experience traveling the world training all levels of law enforcement and crime lab DNA analysts in using the M-Vac to help solve crime. Along the way he has met people from all walks of life and experience in investigating crimes, so is putting that knowledge to use in another way by sharing it in these videos. If you are interested in more videos about the M-Vac, DNA and investigations, also check out the M-Vac's channel @https://www.youtube.com/c/MVacSystems...

Follow Shane and Duncan along the twists and turns of the double helix as they unravel the history of genetics and DNA profiling. From Watson and Crick to the Human Genome Project, from Green River to the Golden State Killer, learn how genetic material holds the key to solving seemingly unsolvable crimes and curing formerly incurable diseases.  ~ In this episode:   Deoxyribonucleic Acid: The "Blueprint for Life" The Structure of DNA Nucleotides: Adenine, Cytosine, Thymine, Guanine Sugar Phosphates Friedrick Miescher Photo 51 Rosalind Franklin Watson and Crick The Eagle Pub Nature Magazine DNA Sequencing Frederick Sanger The Human Genome Project DNA Profiling Jeffrey Glassberg Alec Jeffries Murderer Colin Pitchfork: The First Success Restriction Fragment Length Polymorphism The Green River Killer: Gary Ridgeway The Golden State Killer: James D'Angelo Junior CODIS: The Combined Data Index System Touch-DNA The Pitfalls of Partial DNA Successes ~ Support the show by becoming a Midnight Minion, Menace, or Maniac, and unlock exclusive bonus content over at PATREON ~ Chat with fellow insomniacs and vote on episode topics via DISCORD ~ Join the Midnight Masses! Become an Insomniac by dropping a review, adding us on social media, and contacting us with episode ideas.  And we now have Midnight Merch! Show your Insomniac pride and pick up a tee shirt or coffee mug to spread the word!  Midnight Merch  ~ Leave an Audio Message! ~  Instagram ~ Podcast Website ~ Episode Transcript          

A warning to listeners — this episode contains sensitive material surrounding homicide and assault.On November 29th, 2012, a group of men broke into the Silicon Valley mansion of 66 year old investor Raveesh Kumra. The men attacked and tied up both Raveesh and his ex-wife who was living there, and then ransacked the home for cash and jewelry. By the time the paramedics arrived, Raveesh — who had also been gagged with tape — had died of suffocation.A few weeks later, the police arrested 26 year old Lukis Anderson. Anderson, whose DNA had been found on Raveesh's fingernails, was charged with murder. But the night of the homicide, Anderson had actually been at a hospital many miles away, being carefully monitored. So how did his DNA get on Raveesh's fingernails?In this episode of Tiny Matters, Sam and Deboki unpack the history and evolution of DNA profiling and how new, more sensitive, technologies can be both incredible tools for picking up trace amounts of DNA to home in on suspects and a huge liability that can lead to wrong convictions. Links to the Tiny Show & Tell stories are here and here. Pick up a Tiny Matters mug here! All Tiny Matters transcripts are available here.

A first hand account of how the GSK case was solved, the science used in Australia to crack similar cases and the ethical complexities that are muddying the waters.  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, and something we could see used in Australia very soon.  Join host Kathryn Fox as she unpacks Dennis' work and career, and dives into cases like the Golden State Killer and the Somerton man.  If this content affected you, the number for lifeline is 13 11 14. See omnystudio.com/listener for privacy information.

Uncover the hidden genetic potential of your herd and revolutionize your selection process as Ryan Ludvigson and Jed Hutchison dive into the world of genetic testing, revealing the shocking variations within commercial cattle and the urgent need for culling strategies to improve profitability and consistency in the industry. Learn more about INHERIT Select: beefgenetics.com In this episode, you will be able to: Grasp the important position of genetic testing with INHERIT Select to revolutionize the beef industry. Ascertain the incredible advantages of employing genetic testing in your commercial beef cattle herd. Master the art of understanding genetic test results and its substantial influence on your cattle venture. Familiarize yourself with the powerful resource of genetic testing in devising select and culling strategies. Recognize the immense potential of genetic testing in reshaping the beef industry. My special guest is Ryan Ludvigson, Jed Hutchison Ryan Ludvigson is a well-established figure from Billings, Montana, who along with his family runs Ludvigson Stock Farms. They have a solid reputation as Red Angus and Red Sim Angus seed stock producers. Ryan's expertise goes beyond the seedstock business; he's also part of The Orion Beef Group. His inputs have added significant value to cattle producers in the beef industry. Jed Hutchison works for Zoetis on the Beef Genetics side of their business. He uses his passion and background in the beef industry to help other cattle producers understand how to leverage genetic information in a way that accelerates their business and increases profits. The key moments in this episode are: 00:00:05 - Introduction, 00:02:03 - Background of the Guests, 00:04:12 - Overview of Inherit Select, 00:07:24 - Process and Benefits of Inherit Select, 00:12:39 - Making Decisions with Inherit Select, 00:15:37 - Resources to Understand EPD Results, 00:17:12 - Surprising Variation in Herds, 00:19:02 - Breed Composition and Sire Trace, 00:22:34 - Return on Investment, 00:27:28 - Benefits and Timelines, 00:31:51 - Selecting Genetics for a Successful Beef Industry, 00:33:50 - The Impact of Genetic Testing on the Beef Industry, 00:36:33 - DNA Profiling as a Game Changer in the Beef Industry, 00:39:21 - DNA Profiling for Commercial Herds, 00:41:46 - Embracing DNA Technology and Accurate Selection, Full Show Notes: https://www.casualcattleconversations.com/casual-cattle-conversations-podcast-shownotes  Free Weekly Resources: https://www.casualcattleconversations.com/ranching-resources  • Take Your Ranch to the Next Level Once a month Shaye hosts Q&A calls between cattle producers and beef industry leaders to help ranchers find answers to their questions and improve their bottom lines. The best part is you get expert insight from the comfort of your own ranch and get to ask any question you want relating to the topic! Learn More About RancherMinds: https://www.casualcattleconversations.com/ranchermind-events  Connect with me on Social Media Facebook - https://www.facebook.com/cattleconvos Instagram - https://www.instagram.com/cattleconvos/ Podcast Coaching Do you have an existing podcast or want to start a new one but don't know where to start? Connect with Shaye and she will lay out everything you need to know to get you started on the right foot. Book a one-time coaching call using this link: https://calendly.com/cattleconvos/podcast-coaching  Interested in a coaching package? Email Shaye at casualcattleconversations@gmail.com and tell her about the podcast you want to start!

Three young women go missing. Similarities between them point to a serial offender. Phelps reveals his exclusive "lost" interview tapes with serial murderer Larry Hall, the man depicted in the new Apple TV+ series 'Black Bird,' who could be responsible for dozens of young girl murders throughout the midwest and Deep South. Buckle up for the finale of this special two-part episode.See omnystudio.com/listener for privacy information.

A young girl makes her way to school in a small Pennsylvania coal town. She never makes it. Fifty-eight years after she goes missing, an 18-year-old born 40 years after the crime solves one of the oldest, coldest cases in American history. See omnystudio.com/listener for privacy information.

Imagine... What if we could identify depression AND INTERVENE on depression decades before it reared it's ugly head? What if we could do the same for anxiety. What if we knew a child's tendency toward ADHD before they even started attending school? Stay tuned as I reveal how this is possible!

When a woman's body is found burned in her bed, police investigate. The search for her killer heats up after it's discovered that she has been brutally raped and bludgeoned with a hammer. See omnystudio.com/listener for privacy information.

Sitting in each state is a collection of skeletal remains, unnamed and gathering dust. These are cold cases that have proven to be uncrackable, unwilling to give up the secrets of who they are or what happened to them. Unsolved murders that refuse to be solved.  The newest crime-solving tool, forensic genealogy, came onto the scene when it helped solve two of the most highly publicized cases in the U.S.: The Golden State Killer and the Bear Brook murders. We introduce you to the rockstar behind the forensic genealogy in those cases, Barbara Rae-Venter, and how her success breathed a new kind of life into unsolved murder cases around the country. In North Carolina, one scientist is now on a mission to put a name to each of the state's 124 unnamed boxes of bones. She and a dream team of forensic experts are starting this mission with 13 cases.  In this episode we go step-by-step through the process, explaining how DNA profiling, web research and forensic genealogy work together to help identify victims and suspects. Learn more about your ad choices. Visit megaphone.fm/adchoices

In 2005 young boys playing near an abandoned house in Harnett County, North Carolina found skeletal remains. More than fifteen years later those remains are identified thanks to the work of The Carolina Cold Case Coalition. In this bonus episode, the coalition solves its first case, bringing closure to a family and a name to the unidentified. Learn how forensic science – in particular forensic genealogy – helped solve the case.  Learn more about your ad choices. Visit megaphone.fm/adchoices

Sitting in each state is a collection of skeletal remains, unnamed and gathering dust. These are cold cases that have proven to be uncrackable, unwilling to give up the secrets of who they are or what happened to them. Unsolved murders that refuse to be solved.  The newest crime-solving tool, forensic genealogy, came onto the scene when it helped solve two of the most highly publicized cases in the U.S.: The Golden State Killer and the Bear Brook murders. We introduce you to the rockstar behind the forensic genealogy in those cases, Barbara Rae-Venter, and how her success breathed a new kind of life into unsolved murder cases around the country. In North Carolina, one scientist is now on a mission to put a name to each of the state's 124 unnamed boxes of bones. She and a dream team of forensic experts are starting this mission with 13 cases.  In this episode we go step-by-step through the process, explaining how DNA profiling, web research and forensic genealogy work together to help identify victims and suspects.

In 2005 young boys playing near an abandoned house in Harnett County, North Carolina found skeletal remains. More than fifteen years later those remains are identified thanks to the work of The Carolina Cold Case Coalition. In this bonus episode, the coalition solves its first case, bringing closure to a family and a name to the unidentified. Learn how forensic science – in particular forensic genealogy – helped solve the case. 

On June 22, 1980 a 14-year-old girl was kidnapped from her sister's home while babysitting her nieces. Just five days later her body was found in a nearby river and her missing persons case became a homicide. With little to go on the case went cold until her killer was finally arrested in 2017, thanks to DNA profiling. This is the story of Suzanne Bombardier.Patreon |https://www.patreon.com/Femicide_PodcastSupport My Podcast |https://www.buymeacoffee.com/FemicidePodcastFollow |@femicide_podcast on Instagram https://www.instagram.com/femicide_podcast/ @femicidepodcast on Facebook https://www.facebook.com/femicidepodcastHome Studio Equipment Used | Affiliate LinksBlue Yeti USB Microphone | https://amzn.to/2ShOMcrFoam Windscreen cover | https://amzn.to/38nriZaPop Filter | https://amzn.to/2Sjeu0vAcoustic Absorption Panel | https://amzn.to/39thLjcApple MacBook Pro | https://amzn.to/2OJip4cMusic credits |Ice flow musicMusic from https://filmmusic.io"Ice Flow" by Kevin MacLeod (https://incompetech.com) License: CC BY (http://creativecommons.org/licenses/by/4.0/)Welcome to horrorland musicMusic from https://filmmusic.io"Welcome To Horrorland" by Kevin MacLeod (https://incompetech.com)License: CC BY (http://creativecommons.org/licenses/by/4.0/)Information sources |https://en.wikipedia.org/wiki/Murder_of_Suzanne_Bombardierhttps://www.findagrave.com/memorial/185856567/suzanne-arlene-bombardierhttps://www.chillingcrimes.com/blogs/news/suzanne-bombardierhttps://en.wikipedia.org/wiki/Antioch,_Californiahttps://www.facebook.com/Jennifer-Kathleen-Gibbons-472562582759196/https://www.mercurynews.com/2022/03/15/antioch-man-convicted-of-murdering-14-year-old-suzanne-bombardier-42-years-later/?fbclid=IwAR0Wjln6Qq8tQvwK1maxjMEy38xf6ECxiOKTZF6hQKbeBv5tIu59L66ix9Ahttps://www.rainn.org/statistics/perpetrators-sexual-violencehttps://www.kron4.com/news/video-arrest-made-in-1980-cold-case-murder-of-14-year-old-antioch-girl/https://www.reddit.com/r/CrackedColdCases/comments/959vv2/37yrold_cold_case_murder_of_suzanne_bombardier/https://defrostingcoldcases.com/case-of-the-month-suzanne-a-bombardier/Support the show (https://www.patreon.com/Femicide_Podcast)

Wer hat JonBenét umgebracht? Die sechsjährige JonBenét Ramsey wurde an Weihnachten 1996 in Boulder im US-Bundesstaat Colorado erwürgt und gefesselt im Keller ihrer Eltern gefunden. Ihr Mörder ist bis heute nicht gefasst. Auch 20 Jahre später rätselt Amerika noch immer über das mysteriöse Verbrechen. Die bekannte Kinder-Schönheitskönigin hatte nicht nur eine Schädelfraktur, auch eine Sexualstraftat konnte nicht ausgeschlossen werden. *** Werbung Mit dem Rabattcode Zeuge erhaltet ihr ein Babbel Jahresabo zum Preis von nur 6 Monaten. Gültig bis zum 30.06.2022.Einfach auf babbel.com/audio einlösen und loslegen. *** Interessante Links: DNA-Profiling: https://www.gednap.org/de/spurenkommission/aktuelle-projekte/bewertung-von-dna-mischspuren/ *** Die TLC True-Crime-Dokus findet ihr auf: https://bit.ly/3ESG9KY *** Mehr Infos zu unserem Podcast auf: https://bit.ly/3CZONGU *** Gerne könnt ihr mit uns auch über unsere TLC Social-Media-Accounts diskutieren. Schreibt uns einfach unter dem Hashtag #Mordlausch, stellt Fragen und gebt eure Meinung ab. Wir freuen uns auf Eure Kommentare! Facebook: TLC Deutschland - Home Instagram: TLCde (@tlc_de) • Instagram photos and videos *** Wir übernehmen keine Haftung für die Inhalte externer Links

Australian police plan to use DNA sequencing to predict a suspect's physical appearance. In New York it appears someone is secretly listening to prisoners' phone calls. Breakthroughs in artificial intelligence have resulted in new discoveries in the field of mathematics... at the same time that AI is also making stunning, disturbing breakthroughs in weapon design. All this and more in this week's Strange News, Learn more about your ad-choices at https://www.iheartpodcastnetwork.com

In this episode Ryan Blake chats DNA profiling with Wez Pooley.Links mentioned in this episode:Muhdo | https://muhdo.com/

What is forensic DNA profiling? Can guilt be proved on the basis of DNA evidence? How is DNA profiling different from DNA databasing? In this episode of 39A podcast, Devina Malaviya is in conversation with Shreya Rastogi, head of forensics and litigation at Project 39A and Devina Sikdar, forensic biologist who is part of the Project 39A forensics research team. They discuss the science behind forensic DNA profiling and its scientific and legal practice in India. The conversation further looks at the DNA Technology (Use & Application) Regulation Bill, 2019 and how the current version of the Bill overlooks the issues with the forensic science system currently functioning in India.

One of the world's leading grape geneticists, Carole Meredith, Professor Emerita of UC Davis and owner of Lagier Meredith winery, has spent decades identifying and profiling grape varieties.  It was so interesting that the interview has been split into two episodes. Episode 55 covers the background of Ampelography and DNA profiling as well as the definitions of key terms such as variety, clone, and hybrid. In addition, this episode features the stories of how she uncovered the history of Zinfandel (aka - Primitivo, Crljenak Kaštelanski, and Tribidrag) with Croatian researchers and how wineries use DNA profiling in wine marketing. Detailed Show Notes: Discovering ZinfandelZinfandel has a long history in California. People assumed it was a native California grape, but it is a Vitis Vinifera, so it must come from EuropePeople suspected Croatia, but no evidenceIn the 1970's - people noticed that Primitivo in Italy's Puglia looked like Zinfandel, and it was confirmed they are the same grape varietyItalians said the grape is not Italian and came from Dalmatia (modern-day Croatia)CroatiaThey looked at Plavac Mali - a popular red grape in Croatia. It looks similar to Zinfandel, but is not the same, but relatedMike Grgich of Grgich Hills Winery made some introductions to Croatia, but those were dead ends1997 - Ivan Pejic of the University of Zagreb reached out and wanted to understand Croatian grapes betterAfter 3 years of gathering samples, they found it in a Croatian mixed vineyard (a grape named Crljenak Kaštelanski)2001 - At the Natural History Museum in Split, Croatia - found a specimen called Tribidrag that looked like ZinfandelTribidrag was an important grape as far back as the 1300s2011 - Croatian research group was able to extract DNA from dead leaves in the Split museum and confirm it was ZinfandelProves Zinfandel is an ancient grape with historical importanceTribidrag is not an approved varietal name for wine in the US. Lagier Meredith uses it as a fanciful name for their labelLagier Meredith sells mostly to their mailing list so that they can explain the history and the name to their customersRidge calls a wine Tribidrag, growing vines from Croatian cuttings, and wants to partner with Carole to get TTB to have Primitivo and Tribidrag as Zinfandel synonyms US TTB shows Zinfandel and Primitivo as separate varietiesCalifornia Zinfandel producers opposed having Primitivo be a synonym because they didn't want competition from lots of cheap Italian PrimitivoEU wine label regulations list Zinfandel and Primitivo as synonyms2004 - US & EU sign an agreement on wine labeling to respect each other's laws, so now Italians can label their wines Zinfandel and export them to the USDNA typing - business impactsIt has been a boost for Croatian producers, put them on the map, and now a wine tourism destination with people even visiting the vineyard where Zinfandel was discoveredMostly done out of research institutionsFoundation Plant Services at UC Davis has a commercial DNA typing service - costs ~$300 / sampleSome producers (e.g., Schrader) use clones on labels - used as a distinction, helps to tell the story for marketing

One of the world's leading grape geneticists, Carole Meredith, Professor Emerita of UC Davis, and owner of Lagier Meredith winery, has spent decades identifying and profiling grape varieties.  It was so interesting that the interview has been split into two episodes, this one about the background of Ampelography and DNA profiling as well as the definitions of key terms such as variety, clone, and hybrid.  The second episode features how she uncovered the history of Zinfandel and how wineries use DNA profiling in wine marketing. Detailed Show Notes: Carole's backgroundWorked part-time at a retail nursery, got into plant genetics, and wanted to be a flower breederChanged to doing a Ph.D. on tomato genetics at UC DavisWorked in biotech for a few years on cotton, corn, and soybeansShe went into grapes because a position opened up at UC DavisAmpelography - the study of grape identification before DNA testingGrape varieties identified by their leaves, which vary distinctly, not by their fruit, which look similarBefore DNA testing, outside experts in Ampelography would often disagree with each other on grape identificationThe upside of ampelography is that it's very fast. Today grapes are usually first identified by ampelography and then confirmed with DNA testingDNA testing for grapesStarted ~1991Looks at segments of DNA to look at specific markersNeed a minimum of 6 markers to identify a variety and more to establish variety parentageVitis Microsatellite Consortium - a group of academics that came together to develop DNA markers for grapesIn 1-2 years, developed 100s of markersGrape variety definition - used differently in trade or by scientistsTrade definition - grapes that make different wines (e.g., Pinot Noir and Pinot Gris) are different varietiesScientific definition - a cultivated variety that goes back to a single seedling, scientifically, Pinot Noir and Pinot Gris are clonal variants of a single varietyClones - variations within a varietyClones are subtypes that have developed over timeUsually have something to do with the fruit (e.g., color variants like Traminer vs. Gewurztraminer, Pinot Noir/Blanc/Gris)Clones arise through somatic mutations of the varietyOlder the variety (e.g., Pinot, Syrah) - more likely to have more clonesYoung varieties (e.g., Cabernet Sauvignon) have fewer clones (

On 3rd February, the Parliamentary Standing Committee on Science and Technology submitted its report on the DNA Technology Regulation Bill in the Rajya Sabha. If passed, the Bill will set up a national DNA database in the country for the first time. It would indefinitely store the DNA of offenders, suspects, undertrials, missing persons and unknown deceased persons. Two members of the Standing Committee filed dissent notes. AIMIM president Asaddudin Owaisi and CPI leader Binoy Viswam said that the report does not address privacy concerns and possible targeting of vulnerable communities. Both advised compliance with the Supreme Court's Puttaswamy judgment on privacy rights. In this episode, we examine these arguments. Our reporter Suryatapa Mukherjee speaks to Rohin Garg, Associate Policy Counsel at Internet Freedom Foundation. He was one of the experts consulted by the Standing Committee for its report. Puttaswamy v. India Standing Committee Report on DNA Bill  Being an editorially independent platform, we rely on you to help us bring in untold stories that have the potential for social change. Do consider supporting us! See sunoindia.in/privacy-policy for privacy information.

DNA profiling (also called DNA fingerprinting) is the process of determining an individual's DNA characteristics. DNA analysis intended to identify a species, rather than an individual, is called DNA barcoding. DNA profiling is a forensic technique in criminal investigations, comparing criminal suspects' profiles to DNA evidence so as to assess the likelihood of their involvement in the crime. It is also used in parentage testing, to establish immigration eligibility, and in genealogical and medical research. DNA profiling has also been used in the study of animal and plant populations in the fields of zoology, botany, and agriculture. --- Send in a voice message: https://anchor.fm/law-school/message Support this podcast: https://anchor.fm/law-school/support

In Episode 11 of The Hubcast, Ryan is joined by James Brown, the Co-Founder and Nutrigenomics Director, at Muhdo.This episode explores the world of genetics and how personal trainers can use epigenetic profiling with their clients, with a true expert! James is an ex-professional rugby player representing Harlequins and England schools, who has spent the last 20 years working as a sports and performance nutritionist. Muhdo is at the forefront of direct to consumer epigenetic science. Epigenetics allows you to understand and track how your lifestyle and environment affect your genes. Using progressive Epigenetic science our advanced bioinformatics can calculate your exact age, and our experts can recommend ways to improve your health based on your results. Would you like to reverse the ageing process with an epigenetics test?We're thrilled to partner with Muhdo in the My PT Hub Marketplace. The Marketplace provides My PT Hub trainers with everything they need to Level up their Fitness Business- with hundreds of exclusive discounts, free courses and resources from over 50 Marketplace Partners.

In 1984 British Geneticist and lecturer at the University of Leicester, Alec Jeffreys developed a method to profile DNA whilst studying x-ray images of a DNA experiment. This was first tested publicly in an immigration case the following year -- Jeffreys developed profiles for a young British boy whose family was originally from Ghana, and profiles from the boy’s parents and compared them to prove that the boy was in fact their son.In 1986, Alec Jeffreys’ DNA profiling technique was used for the first time in a criminal case that took place just five and a half miles from the university at which Alec Jeffreys developed the profiling technique.On July 31 1986 15 year old Dawn Ashworth from Enderby, a small town near Leicester in central England, had gone to a friend’s house, her parents expected her home by 9.30 that night, and when she failed to return home they reported her missing to the police. Two days later Dawn’s body was found in a wooded area called Ten Pound Lane.The case was eerily similar to the unsolved case of Lynda Mann, a 15-year-old schoolgirl who had been assaulted and killed in the same savage and brutal manner in November 1983 in the village of Narborough, just a mile away from Enderby. Lynda had been babysitting and had taken a shortcut on her walk home, when she didn’t return home her parents and neighbours went out looking for her. The next morning she was found along a footpath called Black Pad by a local hospital worker.Semen samples were recovered from Lynda’s body and forensic scientists were able to develop a blood type and enzyme profile from the sample, but DNA profiling was still a couple of years away. The enzyme profile and blood sample matched 10% of the population of Britain, which did little to help the police find Lynda’s killer, and so, Lynda’s case went cold. Until 1986 when Dawn was murdered and the two cases were linked. Semen samples recovered from Dawn’s body and clothing matched the blood type and enzyme profile of Lynda’s killer and proved the two girls were killed by the same man. This is the story of how police found their killer.FURTHER READING:Killer BreakthroughColin PitchforkForensic FilesWhere Is Colin Pitchfork Now? The Conviction Of Dawn Ashworth & Lynda Mann's Murderer Was A World FirstThe Murders Of Dawn Ashworth & Lynda Mann Are Revisited In The BBC's Latest True Crime SeriesAlec Jeffreys-----------------------------------------------Like the show? Give us a rating and review!Follow us on social media:FacebookInstagramSquaremileofmurder.comSupport us:PatreonOther support options

Warum dürfen wir nicht wissen, was wir wissen könnten? Diese Frage stellen sich deutsche Kriminalkommissare zum DNA-Profiling. LTO sprach mit Rechtsmediziner Lutz Roewer von der Charité.

In 1983, police in Leicestershire, England struggle to make their case - until they join forces with scientists, who are just discovering the potential of DNA profiling. The latest in science, culture, and history from Smithsonian Channel.

In this unit you will learn how advances in genetics could change the way in which diseases are diagnosed and managed. The advent of predictive medicine, based on more detailed DNA profiling of individual genotypes using technologies like gene chips, rather than screening for one gene at a time, may shift the relationship between doctor and patient. People will be seeking advice on how to manage their susceptibilities or genetic risks, rather than looking for treatment for an already existing disorder. This study unit is just one of many that can be found on LearningSpace, part of OpenLearn, a collection of open educational resources from The Open University. Published in ePub 2.0.1 format, some feature such as audio, video and linked PDF are not supported by all ePub readers.

Here is the second radio programme, broadcast on SirenFM on Tuesday 16th March 2010 at 2.45pm. Click the link below to listen online or download. DNA Profiling