Imagine if a segment of text in a book moved to a different chapter all on its own, permanently altering the overall story. In genetics, this happens with #transposons, often called "jumping genes," they are segments of DNA that can connect into different positions and change how the DNA functions. The results of this movement can yield negative mutations or even infertility and so defense systems have evolved against transposons. Sarah Signor, North Dakota State University assistant professor of biological sciences, has received $1.81 million from the The National Institutes of Health to study these natural defense mechanisms. Learn more about Signor and her lab's work: https://lnkd.in/g_gKJ9Q6
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ISFG conference in Santiago de Compostela Presenting results of our EPIGENOME project - facial skin aging and the link to epigenetic aging; smoking as the most significant factor contributing to epigenetic aging and how SNPs affect our facial morphology
Second day of the 30th ISFG Congress in Santiago de Compostela. Fantastic plenary talks by María Martinón on human evolutionary history and Manel Esteller on the importance of the epigenome in determining phenotype. Many great talks, including the contribution from the ISFG - International Society for Forensic Genetics Polish-Speaking Working Group: Maria Wróbel on new candidate markers for predicting human face and Ewelina Pośpiech on models including genetic and epigenetic data for predicting perceived age. #isfg2024
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🧬Happy Deoxyribonucleic Acid Day!🧬 Today, we celebrate the remarkable discoveries that have unraveled the mysteries of our genetic code. Deoxyribonucleic acid (DNA), the blueprint of life, has revolutionized our understanding of genetics and paved the way for incredible advancements in science and medicine. From unraveling the double helix to exploring the intricate world of microbiomes, we continue to unlock the mysteries encoded within our DNA. Here's to the researchers and scientists pushing the boundaries of knowledge! 🌟 #DNADay #MicrobiomeResearch
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📅 The January Journal Club, presented by ASHG's Family of Journals, the American Journal of Human Genetics and Human Genetics and Genomics Advances, is set for January 10th at 12 pm ET. 📚 Speakers Dominique Brookes, BS, and Kiran Musunuru, MD, PhD, will speak on the topic of "In Vivo Correction of Human Phenylketonuria Variants via Base and Prime Editing." Register TODAY to observe this discussion and participate in a live Q&A: https://lnkd.in/eK6hFisD #GeneticsResearch
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Genetic algorithms aim to solve optimization and modeling tasks by iterating, variation and combining target parameters with the help of mechanisms similar to biological evolution. https://lnkd.in/exHhXTby
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New paper by the lab of Tugce Aktas (m) with first authors Petar Glažar (l) and Ibrahim Avsar Ilik (r) in Nature! Transposable elements are mobile genetic elements that can relocate within the genome and disrupt the normal function of genes, but are at the same time a source of evolutionary diversity. The scientists have identified a novel pathway that keeps the activity of transposons in somatic cells in check after they have been transcribed. ➡ Read more: https://lnkd.in/eSD67SuC ➡ Original Publication: https://lnkd.in/eciqTDqA
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The morphogenetic field gives instructions to the cell to access specific genes in the DNA... https://lnkd.in/d2kNdYVz
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🔍 Discover variant-related publications quickly with VarChat! Stay updated with the latest genomics research while streamlining your scientific literature search. Access here: https://lnkd.in/dGrJaNi8 #VarChat #GenAI #AIingenomics #engenome
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What do I want to achieve with spatial biology and how should I do it? 🤔 Explore these questions in 10x Genomics new blog on Optimizing your spatial transcriptomics research with Visium HD and Xenium In Situ. See your tissue with greater clarity, depth, and breadth than ever before. Don't miss out - read more now! https://zurl.co/6sXT
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Regional Informatics Sales Specialist | Sales Strategy, Regional channel partner engagement | Next Generation Sequencing, Bioinformatics Solutions
The Greenland shark can live up to an impressive 400 years old! 🫨😯 The secret lies in its DNA, revealing specific genes and biological mechanisms that contribute to its extraordinary lifespan. An intriguing discovery uncovered a unique network of 81 genes exclusive to Greenland sharks, crucial for DNA repair. Researchers suggest these genes may have evolved to utilize jumping genes' machinery, enhancing DNA repair capabilities and combating accumulated damage. Understanding the genetic makeup of these fascinating creatures sheds light on the remarkable adaptations that enable them to thrive for centuries. 🦈 Source: https://lnkd.in/gtZUtX_V
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