DUG’s Post

🧬 Eric D. Green, M.D., Ph.D., Director of the National Human Genome Research Institute (NHGRI) described human #genomics as a captivating book with four chapters at a National Institute of Environmental Health Sciences (NIEHS) lecture this month. According to Green, "We are now in the midst of creating the fourth chapter of the story of human genomics,” focused on integrating genomics into routine medical care. ➡ https://lnkd.in/e34DbjiH

Closing the Gaps in the Human Genome: Why Y Was the Final Hurdle https://ow.ly/zsbo50PGxwZ #ychromosome

🧬⏳ Exploring the secrets of #Longevity through #Genomics 🌟 Historically the attainment of healthy human longevity has remained a distant dream. With the advent of whole genome sequencing technology, an entire genetic blueprint of the human can be elucidated in a short time. 🔍 The increased resolution of genetic information at the population level can be utilized to solve the human longevity puzzle by uncovering the genes and pathways involved in the determination of human longevity. 🧬✨ Further information watch our presentation video @ https://lnkd.in/dNutjJtC and explore the utility of genomics to unravel the longevity riddle. #HealthyAging #GeneticResearch #LongerLifespan #LongevitySupplements #DeepMAge #GeneticFactors #MetabolicPathways #BestLongevitySupplements #Biogerontology #Biochemistry #Transcriptomics #MicrobiomicsData #Geroprotective #LongevityLabsSpermidine #LongevityVitamins #LossOfProteostasis #CellTalk #LifeSciences #Journal #HealthJournal #JournalClub #Healthcare #YouTube #SocialMedia #Genomics

#ICYMI, we’re revisiting David Cox's BBC News article in which HAYA CEO, Samir Ounzain, and other experts share their thoughts on the crucial role of the regulatory genome, the non-coding part of our genome. At HAYA, we’re identifying and drugging targets from this portion of the genome, specifically, long non-coding RNAs as a new way to combat chronic and common diseases. Learn more about the human genome's mysterious matter: https://lnkd.in/gTMDyNz6

🔬🌱 Exploring genomics: Can it unlock the secrets of #Longevity? 🤔💡 💫 The realm of genomics holds immense potential in unraveling the mysteries of longevity. 🧬 From decoding our DNA to understanding how our genes influence aging, researchers are delving deeper into the role of genomics in answering the age-old question: What factors contribute to a longer, healthier life? Genomic testing can provide information about the presence or absence of genetic disorders or genetic predisposition to diseases or disorders thereby helping in the prediction of longevity and taking remedial measures to increase longevity. Genomic studies will also help to identify the effect of genetic variants on physiological factors that contribute to longevity. The study of human genomics has tremendous potential to help answer the longevity riddle. 🧬 Watch our video @ https://lnkd.in/dNutjJtC and embrace the power of genomics to unlock the secrets of longevity. 🌱 #Genomics #HealthyAging #UnlockTheSecrets #LongevityResearch #LongerLifespan #LongevitySupplements #LongevityActivator #GeneticFactors #CellTalk #LifeScinces #Journal #HealthJournal #JournalClub #Healthcare #YouTube #SocialMedia #SocialNetworks #SocialSupport #GenomicStudies

Can aging be prevented ? Admittedly, this question arises from a moral question : should aging be prevented ? However, from a genomic perspective, it is important to know why aging is inevitable. More importantly, where is it encoded in genomes ? This is important because from the humanitarian point of view, while we can't prevent aging, we can and we must improve the quality of Life of aged people. The key lies in finding out how aging is ingrained in our genes. More importantly, why hasn't aging been eliminated during natural selection ? What does the theory of natural selection say ? Or can understanding our genomes help us ? These are broad concerns. My book offers insights into the genomics of aging. See the link given below : https://lnkd.in/g6FABwE9

Unlocking Life's Code: The Human Genome Explained Like Never Before! Dive into the intriguing world of the human genome, our complete genetic blueprint. This engaging, easy-to-understand article unveils the secrets of our DNA and the role it plays in our lives https://lnkd.in/eQtcXQvu

If we only conduct genomics research with human populations of European descent, we limit the ability for genomics to benefit everyone. That is why researchers around the world are working to include people from different ancestral backgrounds in genomics studies! I encourage you to learn more about the importance of diversity in genomics research as we continue to realize the benefits of genomics for human health: https://lnkd.in/gT4bPJJz.  

To everyone working with genetic variants on haploid, non-recombining DNA, like the Y chromosome, mitochondrial DNA or haploid pathogens: Have you always wanted to find out the order/hierarchy in which novel genetic variants were accumulated over generations in the organism you are exploring? Like, in my case Y-SNPs in South Americans of haplogroup Q? And do you want to find out the hierarchy of your variants in an automized way without manually comparing sequences for hours and introducing errors because there are just too many sequences and even more variants? Then you can check out our new software, SNPtotree, which is freely available on github. We provide detailed explanations in our publication (https://lnkd.in/ewsFe3Bk) and our github repository (https://lnkd.in/eDtR9m4v). If you have any questions or need help, you are more than welcome to contact me: [email protected]