Chris Parker’s Post

Pedigree Collapse and DNA. Pedigree collapse occurs when you descend from the same ancestor(s) through more than one path. When present, you may share more DNA than expected with another person. https://buff.ly/42DRnA2 #DNAtesting #Genealogy #GeneticGenealogy

The TGT is a functional test exploring #coagulation in its entirety, thus constituting a mordern exploration path of #hemostasis. To learn more about history of #thrombosis, check the link below 👇

🌿💥🔍 The following three accounts demonstrate the powerful impact of DNA tests, presenting real-life instances where individuals encountered surprising revelations about their heritage! 👥💡🧬 https://loom.ly/ziqIh04 #DNAtests #FamilyHistory #Genealogy

FREE WEBINAR Strategies to Analyze Endogamous DNA presented by Alec Ferretti, Wednesday 1 May 2024, 2pm EDT / 1pm CDT / 12pm MDT/ 11am PDT. This lecture will discuss how best to weed out false-positive DNA Matches that test-takers from endogamous groups face daily. After discussing how endogamous matches differ from typical DNA matches, chromosome mapping tools such as DNA painter will be demonstrated to help identify more likely matches. The strengths and weaknesses of every testing company will be considered, when specifically considering endogamy. Register for FREE at https://lnkd.in/gJ6-UNht via Legacy Family Tree Webinars. #ad #genealogy #DNA #endogamy #webinars

Fifth case reported as abnormal clone of cells with an acquired pericentric inversion of chromosome 9.  Pericentric inversion of chromosome 9 inv(9) #karyotyping #cytogenetics #geneticstechnology #fish #analysis #villus #sampling #procedures

Discover how the groundbreaking 1981 PNAS article transformed our understanding of chromosomal replication. Learn about an innovative enzyme system and its pivotal role in unraveling DNA replication in the latest QnA: https://ow.ly/H1tT50S2ygf

Interested in learning more about Familial Hypercholesterolemia, register for this learning series sponsored by our sister regional genetics network, Midwest Genetics https://conta.cc/3DXcPEA #hypercholesterolemia, #genetics

The Density of Regulatory Information Is a Major Determinant of Evolutionary Constraint on Noncoding DNA in Drosophila , CONICET A large percentage (>40%) of conserved noncoding DNA of the Drosophila genome is contained within regions of open chromatin. Apparent are regions containing a high density of (putative) regulatory elements. In summary, the non-coding genome of Drosophila is full of regulatory information which opens a set of interesting new questions. https://lnkd.in/egfQ9_T5