Sano Centre for Computational Medicine’s Post

Unlock the secrets of your data with our comprehensive analysis! Dive deep into the enriched biological pathways and functions that lie within your dataset. Our cutting-edge approach pinpoints the key pathways and functions that stand out statistically, offering you a treasure trove of insights into the core biology. In essence, Functional enrichment analysis, is a powerful tool used to identify particularly abundant pathways in a set of genes, thus reducing the amount of data to a more manageable size. So, why wait? Join us on an exhilarating journey of scientific discovery! Together, we’ll explore new frontiers in #Pathways, #Genes, #Genomics, and #Insilicome!"

Webinar Alert! Join us on September 19th for the second session of our Customer Spotlight Genome Assembly Webinar Series! In this edition, Dr. Thomas Lozito will present his work on the crested gecko (Correlophus ciliatus) – a model gecko species among those that are incapable of regenerating their tails. 🦎 Why Attend? - Dr. Lozito’s research, featuring the chromosome-level assembly and annotation of the crested gecko genome, offers critical insights into the power and applications of diploid assembly in the genomics field. - Discover the importance of creating model genomes for comparative studies. Dr. Lozito’s work sets the stage for contrasting non-regenerative and regenerative gecko species, as well as other squamate reptiles. 📅 When: September 19th ⏰ Time: 9.00 am PDT | 6.00 pm CEST 💻 Where: Zoom Webinar (https://ow.ly/1g2S50TaJQ9) Don’t miss this opportunity to engage directly with Dr. Lozito and learn how these advanced genomic techniques can elevate your research. #Webinar #GenomeAssembly #ComparativeGenomics #CrestedGecko #DovetailGenomics

Webinar Alert! Join us on September 19th for the second session of our Customer Spotlight Genome Assembly Webinar Series! In this edition, Dr. Thomas Lozito will present his work on the crested gecko (Correlophus ciliatus) – a model gecko species among those that are incapable of regenerating their tails. 🦎 Why Attend? - Dr. Lozito’s research, featuring the chromosome-level assembly and annotation of the crested gecko genome, offers critical insights into the power and applications of diploid assembly in the genomics field. - Discover the importance of creating model genomes for comparative studies. Dr. Lozito’s work sets the stage for contrasting non-regenerative and regenerative gecko species, as well as other squamate reptiles. 📅 When: September 19th ⏰ Time: 9.00 am PDT | 6.00 pm CEST 💻 Where: Zoom Webinar (https://ow.ly/1g2S50TaJQ9) Don’t miss this opportunity to engage directly with Dr. Lozito and learn how these advanced genomic techniques can elevate your research. #Webinar #GenomeAssembly #ComparativeGenomics #CrestedGecko #DovetailGenomics

🔬 What if you could unlock the full potential of #genomics? With 10x Genomics #XeniumInSitu, delve deeper into cellular mysteries with unparalleled precision and speed. Discover, explore, and transform your research today! 🧬

It’s DNA DAY!    National DNA Day celebrates the completion of the Human Genome Project (2003) and the discovery of DNA's double helix (1953). This monumental project to define the “blueprint of life” took place over 13 years and resulted from collaboration between researchers worldwide.   This blueprint is the key to innovative advancements in health and biology. It has led to improvements and insights into cancer, rare diseases, the microbiome, and even agriculture, to name a few practical applications.    Do you remember the first time you learned about DNA? How has it shaped your interest and life in science? #DNADay24 #DNA #HumanGenomeProject

The conference kicks off today! 🎉 We're happy to attend "Real point is control: transposons as controlling elements in evolution, development, and disease," conference organized by The Genetics Society and the Royal Society of Biology. 🧬✨ Our team is here and ready to connect! Visit Shane Houston, PhD, and Ziming Z. at our booth to learn how BMKGENE can empower your research with solutions in genomics, metagenomics, single-cell omics, spatial transcriptomics, and more. Let's explore how transposons—those fascinating "jumping genes"—shape evolution, development, and disease. #Genomics #Transposons #ScientificConference #InnovationInResearch

Genomics can be explained through the simple metaphor that each one of us is a unique book filled with pages that describe why we are the way we are. #Genomics is the study of these pages. It’s how we can use our diversity to improve our future.

You are a book 📖 a metaphor for genomics 🧬

How does thinking of each of us as a unique book help explain the power of genomics in understanding our diversity and shaping a better future? #acgt #dna #genomics #scienceinnovation

That's precisely why #Genomics #precisionmedicine, and #digitalhealth are so captivating to me! They unveil the intricate tapestry of our ancestors and how it has shaped us today. Moreover, they offer the promise of safeguarding our future generations 🤍 #digitaltransformation #digitalhealth #personalizedmedicine