Deep Genomics’ Post

Could AI Be the Key to Unleashing the Full Potential of RNA? 💡 Nobel laureate Dr. Drew Weissman and engineer Daeyeon Lee certainly think so, and they're ready to prove it! According to a recent report by Live Science, both these luminaries are on the cusp of launching a groundbreaking RNA research center. Their vision? To harness Artificial Intelligence for unravelling the marvels of RNA, potentially bringing about massive advances in genetic medicine!💊 Dr. Weissman confidently declares: 'Any protein you can imagine, it can deliver'. The implications are startling - could we be witnessing an extraordinary leap forward in executing precision medicine?! Want more fascinating insights into this development? Dive into our full article right here 👉 [https://lnkd.in/dUiJbaet) But hey - what's science without application? Is your enterprise looking for ways to leapfrog competition and stay innovative in this rapidly evolving landscape? If yes, let's talk! Get onboard my team who shall help accelerate your journey with custom-fit AI solutions. Book your slot today ⏰ [https://lnkd.in/drmADhEj) Europe or US expansion on mind 🌐 ? Leverage my global corporate development network with 160K+ decision-makers across industries & continents. Together we can make your expansion dreams come true! 💪 #AI #Technology #Innovation #RNAResearch #RNAandAI #ArtificialIntelligence #GeneticMedicine #NobelLaureate #PrecisionMedicine #BusinessDevelopment

Could AI Be the Key to Unleashing the Full Potential of RNA? 💡 Nobel laureate Dr. Drew Weissman and engineer Daeyeon Lee certainly think so, and they're ready to prove it! According to a recent report by Live Science, both these luminaries are on the cusp of launching a groundbreaking RNA research center. Their vision? To harness Artificial Intelligence for unravelling the marvels of RNA, potentially bringing about massive advances in genetic medicine!💊 Dr. Weissman confidently declares: 'Any protein you can imagine, it can deliver'. The implications are startling - could we be witnessing an extraordinary leap forward in executing precision medicine?! Want more fascinating insights into this development? Dive into our full article right here 👉 [https://lnkd.in/dUiJbaet) But hey - what's science without application? Is your enterprise looking for ways to leapfrog competition and stay innovative in this rapidly evolving landscape? If yes, let's talk! Get onboard my team who shall help accelerate your journey with custom-fit AI solutions. Book your slot today ⏰ [https://lnkd.in/drmADhEj) Europe or US expansion on mind 🌐 ? Leverage my global corporate development network with 160K+ decision-makers across industries & continents. Together we can make your expansion dreams come true! 💪 #AI #Technology #Innovation #RNAResearch #RNAandAI #ArtificialIntelligence #GeneticMedicine #NobelLaureate #PrecisionMedicine #BusinessDevelopment

Could AI Be the Key to Unleashing the Full Potential of RNA? 💡 Nobel laureate Dr. Drew Weissman and engineer Daeyeon Lee certainly think so, and they're ready to prove it! According to a recent report by Live Science, both these luminaries are on the cusp of launching a groundbreaking RNA research center. Their vision? To harness Artificial Intelligence for unravelling the marvels of RNA, potentially bringing about massive advances in genetic medicine!💊 Dr. Weissman confidently declares: 'Any protein you can imagine, it can deliver'. The implications are startling - could we be witnessing an extraordinary leap forward in executing precision medicine?! Want more fascinating insights into this development? Dive into our full article right here 👉 [https://lnkd.in/dUiJbaet) But hey - what's science without application? Is your enterprise looking for ways to leapfrog competition and stay innovative in this rapidly evolving landscape? If yes, let's talk! Get onboard my team who shall help accelerate your journey with custom-fit AI solutions. Book your slot today ⏰ [https://lnkd.in/drmADhEj) Europe or US expansion on mind 🌐 ? Leverage my global corporate development network with 160K+ decision-makers across industries & continents. Together we can make your expansion dreams come true! 💪 #AI #Technology #Innovation #RNAResearch #RNAandAI #ArtificialIntelligence #GeneticMedicine #NobelLaureate #PrecisionMedicine #BusinessDevelopment

#AI_in_Genomics: Accelerating Precision Medicine and DNA Analysis 📚For More Information - https://lnkd.in/dcAzFWue AI in Genomics refers to the use of artificial intelligence and machine learning technologies to analyze genomic data, aiding in the understanding of genetic structures and functions. AI models assist in identifying gene patterns, predicting disease risks, and personalizing treatments. By accelerating DNA sequencing analysis, AI enhances precision medicine and the development of novel therapies. Its applications span cancer genomics, rare disease diagnostics, and drug discovery, offering insights that were previously unattainable through traditional methods. AI also optimizes data handling in genomics, making the research process more efficient and accurate. #aiingenomics #genomics #artificialintelligence #precisionmedicine #geneticresearch #bioinformatics #dnaanalysis #machinelearning #healthcareinnovation #personalizedmedicine #drugdiscovery #genomicdata #medicalai #biotechnology #cancergenomics

Could AI Be the Key to Unleashing the Full Potential of RNA? 💡 Nobel laureate Dr. Drew Weissman and engineer Daeyeon Lee certainly think so, and they're ready to prove it! According to a recent report by Live Science, both these luminaries are on the cusp of launching a groundbreaking RNA research center. Their vision? To harness Artificial Intelligence for unravelling the marvels of RNA, potentially bringing about massive advances in genetic medicine!💊 Dr. Weissman confidently declares: 'Any protein you can imagine, it can deliver'. The implications are startling - could we be witnessing an extraordinary leap forward in executing precision medicine?! Want more fascinating insights into this development? Dive into our full article right here 👉 [https://lnkd.in/dPRGh6ax) But hey - what's science without application? Is your enterprise looking for ways to leapfrog competition and stay innovative in this rapidly evolving landscape? If yes, let's talk! Get onboard my team who shall help accelerate your journey with custom-fit AI solutions. Book your slot today ⏰ [https://lnkd.in/d-nMW_Vy) Europe or US expansion on mind 🌐 ? Leverage my global corporate development network with 160K+ decision-makers across industries & continents. Together we can make your expansion dreams come true! 💪 #AI #Technology #Innovation #RNAResearch #RNAandAI #ArtificialIntelligence #GeneticMedicine #NobelLaureate #PrecisionMedicine #BusinessDevelopment

NGS & AI NGS is a massively parellel sequencing technology that offers ultrahigh throughput, scalability and speed. This is the technology by AI which is used to determine the order of nucleotides in entire genomes or targeted regions of DNA or RNA. One major application of AI in genetics in NGS data analysis is aligning sequences to a reference genome. Alignment by AI is the process of matching the sequences generated by NGS to a known reference genome and it is a crucial step in identifying variations and mutations in the genome. AI-Powered tools can provide clinicians with personalized treatment recommendations based on a patient's genetic information, medical history and available scientific literature. AI's potential touches upon clinical trials, drug development and myriad clinical decision-making tools, poised to revolutionise healthcare. AI model can utilize genomic data to identify cancer subtypes. #Bversity #14dayschallenge #SudharshanVaradharajan #RaghulJ

🚨Groundbreaking Discovery: Hidden “Spatial Grammar” in DNA Unveiled!🚨 Exciting news from the world of genomics! 🧬 Researchers from Washington State University and the University of California, San Diego, have uncovered a hidden code within our DNA – termed **“spatial grammar”** – that could transform how we understand gene regulation, development, and disease. This game-changing research, published in *Nature*, redefines how genes are turned on and off and highlights the critical role of DNA’s 3D structure in controlling gene expression. 🔍 **What is Spatial Grammar?**   For years, we’ve known that DNA isn’t just a linear code but also folds in complex ways within our cells. This folding allows distant parts of the genome to interact with one another. But now, this hidden “spatial grammar” acts as a blueprint, guiding these interactions and regulating gene expression across various biological processes. 🌐 **Transcription Factors: More Than Sequence Readers**   This discovery reshapes the role of transcription factors—proteins known to control gene expression. Instead of merely binding to specific sequences, they also help organize DNA's 3D structure, influencing the genome's spatial interactions. This is a massive shift in our understanding of gene regulation! 💡 **Implications for Disease and Genetic Variations**   Many disease-linked genetic variants are located far from the genes they affect, making it difficult to understand their impact. The spatial grammar model may explain how these variants disrupt DNA’s 3D architecture, affecting gene expression and leading to conditions like cancer, neurological disorders, and cardiovascular diseases. 🔬 **What’s Next?**   This discovery paves the way for innovative research on how DNA’s spatial grammar is formed and maintained. It could revolutionize personalized medicine by allowing us to predict how individual genetic variations affect gene expression—and ultimately, disease outcomes. #Genomics #GeneRegulation #ScientificDiscovery #DNA #Biotech #PersonalizedMedicine #ResearchInnovation

10x Genomics, has unveiled its latest innovation, Visium HD Spatial Gene Expression. This product is tailored to empower researchers in conducting comprehensive whole transcriptome analyses from formalin-fixed paraffin-embedded tissue sections, achieving a resolution akin to that of individual cells. Introduced today, Visium HD stands out for its remarkable precision in mapping gene expression, poised to revolutionize the exploration of intricate biological tissues. By seamlessly merging spatial gene expression data with histological images, it facilitates a nuanced examination of FFPE tissue samples. Michael Schnall-Levin, Founding Scientist and Chief Technology Officer at 10x Genomics, heralded Visium HD as a transformative tool for spatial discovery research. He expressed utmost confidence in its impact, noting its status as one of the most eagerly anticipated products in the company's history. Visium HD presents a host of impressive features, including a next-generation slide architecture that delivers transcript data in 2 x 2 µm barcoded squares, unlocking the ability to discern fine anatomical structures and cell types at a single-cell scale. Moreover, it seamlessly accommodates human or mouse FFPE samples and seamlessly integrates with analytical tools like Space Ranger and Loupe Browser for comprehensive data exploration. To acquaint the scientific community with Visium HD, 10x Genomics will be hosting a webinar on April 2, 2024. Renowned for their wide-ranging applications across fields such as oncology, immunology, and neuroscience, the company's products continue to drive advancements in the understanding of health and disease. The launch of Visium HD underscores 10x Genomics' unwavering commitment to delivering innovative solutions for unraveling the complexities of biological systems. This announcement is based on a press release from 10x Genomics, reaffirming their dedication to pushing the boundaries of scientific exploration. #genomics #spatialbiology #research #innovation

Unlocking cellular mysteries with GPT-4! 🌟 Its superior accuracy in annotation across various tissues compared to GPT-3.5 is a game-changer for single-cell RNA sequencing. Check out our latest article about how researchers are doing this in our latest article: https://lnkd.in/eyXxE3yT #GPT4 #Biotech #AI #Genomics #GenerativeAI

Next-generation sequencing (NGS) technologies are advancing the field of genomics, enabling rapid analysis of DNA and RNA sequences. Multiple studies show these cutting-edge tools are revolutionizing how health care providers decipher the genetic makeup of diseases and tailor treatments to individual patients. The implications are profound, promising a future where medical care is more precise and effective. https://lnkd.in/g7hNn5Np