Cornerstone Genomics

What makes a gene uniquely human? As researchers, we know the smallest changes can carry the biggest implications. CodeXome uncovers these insights by tracing the evolutionary journey of your genes—highlighting patterns invisible in human-only data. Take ADCYAP1. ? Human-specific changes in its intrinsically disordered region (IDR) impact stress response. ? These changes shift its structural flexibility—critical for its biological role. ? With CodeXome, you can pinpoint these evolutionary shifts in minutes, guiding your research with clarity and confidence. CodeXome is built for researchers ready to uncover what evolution has been hiding. Take a closer look at what we can help you discover in this video. #GeneticResearch #EvolutionaryInsights #ResearchSimplified #CodeXome #NGS #NextGenSequencing

Traditional workflows are a bottleneck. CodeXome changes that. By combining evolutionary insights with seamless data integration, we help you go from questions to answers faster than ever before. Take our poll—and let us know how YOU tackle research challenges! Curious about our approach? Watch the walkthrough: https://lnkd.in/gHzmaGzE. #GenomicsMadeSimple #EvolutionInAction #CodeXome #NGS #NextGenSequencing

Love is in the air… and in your genes. Some genes truly have our hearts—literally. ?? For example: MYH6: Responsible for heart muscle contraction, keeping the rhythm of life going. ADCYAP1: Helping us respond to stress (like planning the perfect Valentine’s Day dinner). OXTR: The "love hormone" receptor, linked to bonding and trust. But did you know CodeXome can uncover how these genes evolved to make us who we are today? With 80 million years of evolutionary data, CodeXome reveals patterns invisible in human-only studies. #GeneticResearch #LoveInOurGenes #ValentinesDayScience #CodeXome #NGS #NextGenSequencing

CodeXome’s evolutionary histogram is one of a kind, mapping how 19,000 genes evolve across 80 million years. Why does it matter? Evolution reveals which genes are most biologically important. For example, slow-evolving genes like K-RAS are highly conserved, while faster-evolving genes like ADCYAP1 shed light on immunity and stress response. What could CodeXome’s histogram reveal about your research? Send us a message to give it a try today! #GeneFunction #EvolutionaryInsights #ResearchSimplified #CodeXome #NGS #NextGenSequencing

How does a stress-related gene reveal millions of years of evolution? Genes hold secrets, but evolution tells the full story. With CodeXome, we’re turning 80 million years of primate evolution into insights that transform genetic research. Take ADCYAP1, a gene linked to stress response. Using CodeXome, we uncovered human-specific changes that shed light on how this gene regulates critical biological processes. The result? Researchers like you can decode these patterns in minutes—not weeks. See how it's done in this video, or better yet, try it for yourself! #GeneticResearch #EvolutionaryInsights #ScienceThatMatters #CodeXome #NGS #NextGenSequencing

What an incredible evening at the 15th Annual Fort Detrick Alliance-FITCI Tech Showcase! A big thank-you to everyone who stopped by to experience CodeXome in action—we loved sharing how it’s driving breakthroughs in genomics. A special shout-out to our talented FCC Biotech Interns, high school seniors Jonathan Regules, Arushi Patel, and Elena Feuer, for their remarkable work uncovering new insights into genes associated with Early Onset Alzheimer’s using #CodeXome. Their dedication and curiosity are a testament to the future of scientific discovery! It’s collaborations like these that keep us motivated to push boundaries in genomic research. #Genomics #Biotechnology #LifeSciences #FortDetrick #STEMEducation #YouthInSTEM #ScientificDiscovery

We’re back from #ASHG2024, and it was a fantastic (and snowy!) week introducing CodeXome to the community. We had a lot of exciting conversations, hearing about new directions in genomics and exploring how CodeXome could support your work. If we missed you, don’t worry—we’d love to connect and share what’s new. Reach out to learn more about how CodeXome can help advance your research! #ASHG24 #CodeXome #Genomics

PSEN2, a gene linked to Alzheimer’s, tells the story of protein miscleavage that leads to brain deposits. CodeXome has pieced together its evolutionary history over 80 million years to help us understand its structural elements. If you’re curious what insights we can uncover about the genes you’re working with, stop by booth 1024—we’d love to dive into your data. #AlzheimersResearch #Genetics #AIInScience #CodeXome #EvolutionaryGenomics #ASHG2024 #ASHG24

ADCYAP1 plays a vital role in brain function, but—it isn’t evolving alongside its receptor. CodeXome has uncovered this divergence, showing how different parts of our biology take separate evolutionary paths. If you’re curious what insights we can uncover about the genes you’re working with, stop by booth 1024—we’d love to dive into your data. #BrainEvolution #Genetics #ADCYAP1 #AIInScience #CodeXome #HumanEvolution #ASHG2024 #ASHG24

KRAS has virtually one amino acid change in 80 million years—talk about stability! CodeXome reveals this evolutionary stability and why it’s critical for life. It’s a simple story with huge implications. If you’re curious what insights we can uncover about the genes you’re working with, stop by booth 1024—we’d love to dive into your data. #Evolution #Genetics #KRAS #AIInScience #ASHG2024 #ASHG24