How can DNA testing, artificial intelligence, and genealogical bioinformatics uncover family secrets hidden for generations? In this episode of Dis A Fi Mi History Podcast, host Wendy Aris is joined by Arun Konanur, a genetic genealogist and creator of patented genealogical bioinformatics tools, to explore how advanced DNA analysis is transforming family history research.
Discover how Correlated Multiphasic Analysis (CMA) combines DNA evidence, data mining, and pattern recognition to solve complex genealogical mysteries that traditional research alone cannot. Arun shares the fascinating case of tracing a nineteenth-century Jones family, demonstrating how innovative analytical methods can identify distant relatives, overcome brick walls, and navigate the challenges of endogamous populations.
The conversation also examines the ethical responsibilities of DNA genealogy, including informed consent, privacy, and balancing genetic evidence with archival records, historical documents, and oral history. Looking ahead, Arun discusses the future of genealogy and how artificial intelligence (AI) and bioinformatics are creating new opportunities for researchers to uncover ancestral connections with greater accuracy.
Whether you're interested in genetic genealogy, family history, DNA testing, AI in genealogy, or Caribbean ancestry, this episode provides practical insights into the cutting-edge tools shaping the future of genealogical research.
Learn more about Arun's work at DiscoveringNewAncestors.com and through the Genealogical Bioinformatics Facebook community.
BIO:
Arun Konanur is a professional genetic genealogist, bioinformatics researcher, and founder of Discovering New Ancestors, a genealogy research company based in London, Ontario. His work combines DNA analysis, artificial intelligence, data mining, and computational genealogy to solve complex family history mysteries that traditional documentary research alone cannot resolve.
Before entering the field of genealogy, Arun studied classical music composition in New York City and spent more than twenty years in information technology and business consulting. His passion for problem-solving ultimately led him to genealogy, where he developed innovative methods for interpreting DNA evidence and uncovering previously unknown ancestral connections.
Arun is the creator of several patented and patent-pending genealogical bioinformatics processes, including Correlated Multiphasic Analysis (CMA), AASK (Axiomatic Ancestral Stratification by Kinship), Shared Match Differentiation (SMD), and Reverse-CMA. These tools help genealogists analyze distant DNA matches, identify unknown ancestors, address endogamy, and break through long-standing genealogical brick walls using advanced computational techniques.
A sought-after international speaker, Arun has presented to genealogical organizations and conferences across North America on topics including DNA analysis, Genealogical Bioinformatics, artificial intelligence, and innovative research methodologies. His work continues to advance the field of genetic genealogy by making sophisticated analytical tools more accessible to researchers and family historians.
On Dis A Fi Mi History Podcast, Arun discusses how DNA testing, Genealogical Bioinformatics, and AI are transforming family history research. He explains how his Correlated Multiphasic Analysis method combines genetic evidence with archival records to solve complex genealogical puzzles, helping researchers uncover hidden family connections and better understand their ancestral past.
Links:
Website: http://discoveringnewancestors.com/about/about/
FaceBook: https://www.facebook.com/DNAncestors
Instagram: https://www.instagram.com/getyourDNAinfo/
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