One-stop shop for learning about DNA testing, whether you’re a beginner or an expert on DNA. Topics include Y-DNA, mt-DNA, Autosomal DNA, third-party tools, methodology, organization, and much more.
Scattered Leaves: Reconnecting family branches with DNA
When our families scattered across the globe, they often left close family behind. The family connections were lost over the subsequent generations. Now through family history research and DNA we are reconnecting with the branches of our family tree as shown in these case studies.
When our families scattered across the globe, they often left close family behind. The family connections were lost over the subsequent generations. Now through family history research and DNA we are reconnecting with the branches of our family tree as shown in these case studies.
Unlocking the X-Factor: Key Tips for Using X-DNA in Your Research
X-chromosome DNA is often one of the hidden gems of the genetic genealogy world especially when used in conjunction with autosomal DNA. This webinar will present an overview of the unique inheritance patterns of X-DNA and set out how and why X-DNA matching differs from atDNA matching. Michelle will guide you through the advantages of utilizing X-chromosome data and demonstrate how to use it to effectively narrow down and identify connections with your DNA matches. She will also cover which companies provide access to X-DNA data, include an array of tips on how to set yourself up to succeed with X-DNA and provide genuine case study examples that show what can be achieved when you harness this powerful type of DNA.
X-chromosome DNA is often one of the hidden gems of the genetic genealogy world especially when used in conjunction with autosomal DNA. This webinar will present an overview of the unique inheritance patterns of X-DNA and set out how and why X-DNA matching differs from atDNA matching. Michelle will guide you through the advantages of utilizing X-chromosome data and demonstrate how to use it to effectively narrow down and identify connections with your DNA matches. She will also cover which companies provide access to X-DNA data, include an array of tips on how to set yourself up to succeed with X-DNA and provide genuine case study examples that show what can be achieved when you harness this powerful type of DNA.
Whether testing ourselves or others, or disclosing results, informed consent to DNA testing is essential, requiring knowledge and understanding of the risks and a voluntary acceptance. Learn more about this key ingredient for ethical DNA testing.
Whether testing ourselves or others, or disclosing results, informed consent to DNA testing is essential, requiring knowledge and understanding of the risks and a voluntary acceptance. Learn more about this key ingredient for ethical DNA testing.
Your DNA matches hold powerful clues, but it’s easy to feel overwhelmed by the sheer volume. In this session, we will cover practical strategies to keep your research streamlined and productive. You’ll see how to use Ancestry and MyHeritage labels as powerful filters (not filing cabinets!), focus on the right matches, and apply simple tools like DNA Painter’s matrix to spot meaningful patterns. With a clear step-by-step framework as scaffolding, you’ll discover how to stay organized, reduce confusion, and make steady progress on your family history.
Your DNA matches hold powerful clues, but it’s easy to feel overwhelmed by the sheer volume. In this session, we will cover practical strategies to keep your research streamlined and productive. You’ll see how to use Ancestry and MyHeritage labels as powerful filters (not filing cabinets!), focus on the right matches, and apply simple tools like DNA Painter’s matrix to spot meaningful patterns. With a clear step-by-step framework as scaffolding, you’ll discover how to stay organized, reduce confusion, and make steady progress on your family history.
Foundations in DNA 5 of 5: Understanding Ethnicity Estimates
Ethnicity estimates can provide a fascinating glimpse into your ancestral origins, but understanding their scope and limitations is key. This session examines how testing companies generate ethnicity estimates, what they reveal, and how they can be used in genealogical research. Discover how to interpret these estimates in the context of your family history and integrate them with other tools for a more complete picture of your heritage.
Ethnicity estimates can provide a fascinating glimpse into your ancestral origins, but understanding their scope and limitations is key. This session examines how testing companies generate ethnicity estimates, what they reveal, and how they can be used in genealogical research. Discover how to interpret these estimates in the context of your family history and integrate them with other tools for a more complete picture of your heritage.
Genealogists who overlook or underutilize the MyHeritage DNA test miss out on many great tools. Using examples from his personal account, Richard will demonstrate these features and show how they can be used productively by genealogists, adoptees, and anyone curious about their family history or ethnic background.
Genealogists who overlook or underutilize the MyHeritage DNA test miss out on many great tools. Using examples from his personal account, Richard will demonstrate these features and show how they can be used productively by genealogists, adoptees, and anyone curious about their family history or ethnic background.
Our DNA matches can’t really help us if we don’t know who they are. But we also need to ask ourselves what the match is telling us and what evidence it can provide for our genealogical research.
Our DNA matches can’t really help us if we don’t know who they are. But we also need to ask ourselves what the match is telling us and what evidence it can provide for our genealogical research.
Shared matching is an essential strategy for tackling genealogical puzzles and breaking through brick walls. In this lecture, we’ll demonstrate how to use shared matches effectively, focusing on strategies to solve mysteries related to ancestors from the 1900s, 1800s, and beyond. Learn how this technique can reveal hidden connections and strengthen your research.
Shared matching is an essential strategy for tackling genealogical puzzles and breaking through brick walls. In this lecture, we’ll demonstrate how to use shared matches effectively, focusing on strategies to solve mysteries related to ancestors from the 1900s, 1800s, and beyond. Learn how this technique can reveal hidden connections and strengthen your research.
Family Legacies Reclaimed: “Building Family Ties Through Genetic Genealogy”
In this presentation, Adwoa Ulzen-Setrakian, founder of spanDNA and Human Temple Therapeutics LLC, explores how genetic genealogy has become a powerful tool for families of African descent to reclaim their histories and restore connections severed by displacement, migration, and historical traumas. Through a family-centered approach, Adwoa demonstrates how commercial DNA testing can do more than uncover personal ancestry—it can reconstruct the bonds of kinship across generations and continents. Drawing from real-life case studies, Adwoa will share stories of how African-descended families are using genetic genealogy to facilitate reconnecting with lost relatives, restoring collective memory, and explore opportunities for healing from intergenerational wounds. Attendees will learn about the unique challenges faced by these families, especially when traditional records and oral histories fall short, and how spanDNA’s method helps bridge the gaps using DNA analysis, compassionate research, and a collaborative, community-based approach. A key focus will be the culmination of these efforts at gatherings such as the upcoming Transatlantic Genealogy Summit 2025, where families who have reconnected through DNA will come together to celebrate their shared heritage, foster deeper connections, and continue building their family legacies. Attendees will walk away with: Insight into how genetic genealogy can be a transformative tool for family legacy-building, particularly within the African diaspora. Practical knowledge of how to use commercial DNA testing platforms to connect with genetic relatives and uncover ancestral histories. A better understanding of how family reunions and summits, such as the Transatlantic Genealogy Summit, can serve as a powerful culmination of genealogical research and DNA connections. Real-life examples of success stories and the emotional impact of restoring long-lost family ties. This presentation may inspire families to see themselves as protagonists in their own stories, capable of uncovering veiled memories and reclaiming their place within the larger, interconnected human family.
In this presentation, Adwoa Ulzen-Setrakian, founder of spanDNA and Human Temple Therapeutics LLC, explores how genetic genealogy has become a powerful tool for families of African descent to reclaim their histories and restore connections severed by displacement, migration, and historical traumas. Through a family-centered approach, Adwoa demonstrates how commercial DNA testing can do more than uncover personal ancestry—it can reconstruct the bonds of kinship across generations and continents. Drawing from real-life case studies, Adwoa will share stories of how African-descended families are using genetic genealogy to facilitate reconnecting with lost relatives, restoring collective memory, and explore opportunities for healing from intergenerational wounds. Attendees will learn about the unique challenges faced by these families, especially when traditional records and oral histories fall short, and how spanDNA’s method helps bridge the gaps using DNA analysis, compassionate research, and a collaborative, community-based approach. A key focus will be the culmination of these efforts at gatherings such as the upcoming Transatlantic Genealogy Summit 2025, where families who have reconnected through DNA will come together to celebrate their shared heritage, foster deeper connections, and continue building their family legacies. Attendees will walk away with: Insight into how genetic genealogy can be a transformative tool for family legacy-building, particularly within the African diaspora. Practical knowledge of how to use commercial DNA testing platforms to connect with genetic relatives and uncover ancestral histories. A better understanding of how family reunions and summits, such as the Transatlantic Genealogy Summit, can serve as a powerful culmination of genealogical research and DNA connections. Real-life examples of success stories and the emotional impact of restoring long-lost family ties. This presentation may inspire families to see themselves as protagonists in their own stories, capable of uncovering veiled memories and reclaiming their place within the larger, interconnected human family.
Rewriting the Tree of Humankind: The Million Mito Project – What Is It, How We Did It, and What It Means To You
The mitochondrial tree of humanity has been rewritten, connecting all of us more closely than ever before on the new Mitotree. Everyone receives mitochondrial DNA only from their mother, who receives it from her mother, and so forth, all the way back in time to Mitochondrial Eve. Mitochondrial DNA is never admixed with the DNA of the other parent, so you never have to sort out which lines it comes from. We are all leaves on the twigs on the branches of the tree of humankind. The mitochondrial tree had not been updated since 2016, but now, with more than a Million samples to work with, 50 times more than before, the tree structure has been expanded eight-fold by combining samples from academic publications, ancient DNA, public sources and testers at FamilyTreeDNA. The new Mitotree and tools provide information never before available to genealogists about their matrilineal lineages. In addition to the vastly expanded genetic tree, FamilyTreeDNA has rolled out the companion MitoDiscover, a dozen fascinating chapters in your mitochondrial book. As a Million Mito Team member, Roberta will explain the challenges we overcame to create the tree of humanity – and how it’s useful to genealogists. All genealogists can benefit from the results of the Million Mito Project, because everyone has mitochondrial DNA that holds keys to information never before available! Let those brick walls fall!!!
The mitochondrial tree of humanity has been rewritten, connecting all of us more closely than ever before on the new Mitotree. Everyone receives mitochondrial DNA only from their mother, who receives it from her mother, and so forth, all the way back in time to Mitochondrial Eve. Mitochondrial DNA is never admixed with the DNA of the other parent, so you never have to sort out which lines it comes from. We are all leaves on the twigs on the branches of the tree of humankind. The mitochondrial tree had not been updated since 2016, but now, with more than a Million samples to work with, 50 times more than before, the tree structure has been expanded eight-fold by combining samples from academic publications, ancient DNA, public sources and testers at FamilyTreeDNA. The new Mitotree and tools provide information never before available to genealogists about their matrilineal lineages. In addition to the vastly expanded genetic tree, FamilyTreeDNA has rolled out the companion MitoDiscover, a dozen fascinating chapters in your mitochondrial book. As a Million Mito Team member, Roberta will explain the challenges we overcame to create the tree of humanity – and how it’s useful to genealogists. All genealogists can benefit from the results of the Million Mito Project, because everyone has mitochondrial DNA that holds keys to information never before available! Let those brick walls fall!!!
Foundations in DNA 3 of 5: Understanding Autosomal DNA
Autosomal DNA (atDNA) is a powerful tool for genealogists, offering a window into your broader family tree. This lecture explores the science of atDNA inheritance, its strengths and limitations, and practical ways to apply it to your genealogical research. Discover how atDNA can help you identify unknown ancestors, connect with relatives, and solve family mysteries.
Autosomal DNA (atDNA) is a powerful tool for genealogists, offering a window into your broader family tree. This lecture explores the science of atDNA inheritance, its strengths and limitations, and practical ways to apply it to your genealogical research. Discover how atDNA can help you identify unknown ancestors, connect with relatives, and solve family mysteries.
Genealogy Meets the Internet Archive and AI: A Comprehensive Review
Wed, January 7 2026: 16:30 UTC
Learn to harness the Internet Archive’s free digital library—a treasure trove of digitized family histories, city directories, census and church records—to enrich your genealogy research. Learn how to build complex prompts to build an index of surnames on a 400 page genealogy book from 1898. Learn how to extract a list of migration routes from the same book, organized by surname, then in generation order, and placed in an Excel file. With the help of AI, you can get the most out of Internet Archive.
Learn to harness the Internet Archive’s free digital library—a treasure trove of digitized family histories, city directories, census and church records—to enrich your genealogy research. Learn how to build complex prompts to build an index of surnames on a 400 page genealogy book from 1898. Learn how to extract a list of migration routes from the same book, organized by surname, then in generation order, and placed in an Excel file. With the help of AI, you can get the most out of Internet Archive.
AI as Partner, Not Replacement: Human-Led Research Planning in the Sally Keaton Case
Wed, January 7 2026: 17:45 UTC
This lecture explores how modern AI tools can assist genealogical research planning through the case of Sally Keaton, where the objective was to identify her children using limited historical records and DNA evidence. The presentation demonstrates how to structure effective research plans with AI assistance, covering essential elements including clear objectives, summaries of known facts, working hypotheses, identified sources, and prioritized strategies. Using Sally Keaton’s case as the central example, the lecture showcases practical AI tools, such as side-by-side editors: Canvas (ChatGPT and Gemini) and Artifacts (Claude); also advanced capabilities including reasoning models and organizational tools like ChatGPT’s Projects, Claude’s Projects, Perplexity’s Spaces, and Gemini Gems. While AI can create research plans on its own, human-AI collaboration produces better results. When researchers guide and refine AI-generated strategies instead of using fully automated planning, they achieve more accurate results.
This lecture explores how modern AI tools can assist genealogical research planning through the case of Sally Keaton, where the objective was to identify her children using limited historical records and DNA evidence. The presentation demonstrates how to structure effective research plans with AI assistance, covering essential elements including clear objectives, summaries of known facts, working hypotheses, identified sources, and prioritized strategies. Using Sally Keaton’s case as the central example, the lecture showcases practical AI tools, such as side-by-side editors: Canvas (ChatGPT and Gemini) and Artifacts (Claude); also advanced capabilities including reasoning models and organizational tools like ChatGPT’s Projects, Claude’s Projects, Perplexity’s Spaces, and Gemini Gems. While AI can create research plans on its own, human-AI collaboration produces better results. When researchers guide and refine AI-generated strategies instead of using fully automated planning, they achieve more accurate results.
From Problem to Solution: A Case Study Approach to Using AI in Genealogy
Wed, January 7 2026: 20:30 UTC
Artificial intelligence is changing the way genealogists work—but how do you move beyond tips and tricks to apply AI in a sound, methodical way? In this session, Andrew Redfern demonstrates how a case study approach provides the answer. Using real examples, he walks through the stages of tackling a genealogical problem with AI, showing how tools can assist with transcription, analysis, correlation of evidence, and presentation of findings. Rather than treating AI as a shortcut, Andrew highlights how to integrate it into the established genealogical research cycle—problem definition, source gathering, analysis, and conclusion. Attendees will see how AI can clarify complex evidence, save time on repetitive tasks, and support storytelling, while still requiring human expertise and critical thinking. By the end of the session, participants will have a practical framework they can adapt to their own research problems, ensuring that AI becomes a trusted partner in genealogical methodology.
Artificial intelligence is changing the way genealogists work—but how do you move beyond tips and tricks to apply AI in a sound, methodical way? In this session, Andrew Redfern demonstrates how a case study approach provides the answer. Using real examples, he walks through the stages of tackling a genealogical problem with AI, showing how tools can assist with transcription, analysis, correlation of evidence, and presentation of findings. Rather than treating AI as a shortcut, Andrew highlights how to integrate it into the established genealogical research cycle—problem definition, source gathering, analysis, and conclusion. Attendees will see how AI can clarify complex evidence, save time on repetitive tasks, and support storytelling, while still requiring human expertise and critical thinking. By the end of the session, participants will have a practical framework they can adapt to their own research problems, ensuring that AI becomes a trusted partner in genealogical methodology.
La fotografía de un desconocido: ¿punto de partida para una genealogía?
Tue, January 13 2026: 14:00 UTC
En la actualidad, cuando casi cualquier cosa pasa por la IA, el descubrimiento de una fotografía hecha a finales del siglo XIX o principios del siglo XX, no solo nos traslada a otro momento de la historia en el que el contexto era totalmente diferente, sino que nos abre las posibilidades de estudio de una persona y de una familia. Pero, además, ¿qué nos aporta una fotografía de un desconocido? ¿cuánto podemos averiguar de él y de su entorno? Una fotografía es un documento de memoria colectiva y, como tal, aporta una fuente de información sobre estructura familiar, estilo de vida y valores sociales de la época.
En la actualidad, cuando casi cualquier cosa pasa por la IA, el descubrimiento de una fotografía hecha a finales del siglo XIX o principios del siglo XX, no solo nos traslada a otro momento de la historia en el que el contexto era totalmente diferente, sino que nos abre las posibilidades de estudio de una persona y de una familia. Pero, además, ¿qué nos aporta una fotografía de un desconocido? ¿cuánto podemos averiguar de él y de su entorno? Una fotografía es un documento de memoria colectiva y, como tal, aporta una fuente de información sobre estructura familiar, estilo de vida y valores sociales de la época.
Using MyHeritage in Your Genealogical DNA Testing Plan
Tue, January 13 2026: 19:00 UTC
We often need other family members to take a DNA test for us to help us solve our genealogical problems. We’ll discuss ways MyHeritage can help us find, test, and collaborate with our DNA cousins.
We often need other family members to take a DNA test for us to help us solve our genealogical problems. We’ll discuss ways MyHeritage can help us find, test, and collaborate with our DNA cousins.
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