Cell Press’ Post

Step into the Future of #Single-Cell Research with 10x Genomics #Chromium Single Cell! 🌟 Explore its cutting-edge features and revolutionize your understanding of cellular #heterogeneity and function. Read more: https://zurl.co/a6P7

Discover why 10x Genomics #VisiumCytAssist is vital for unlocking best-in-class #spatial data with the #Visium HD assay, empowering your most successful spatial experiment. 🧬🔍 Enhance your research today!

Introducing the 10x Genomics #XeniumPrime5K Assays: With 5,000-gene #Xenium assays, experience unrivaled performance and unparalleled turnaround time. Take the next step in your research journey and discover the power of #single-cellspatial imaging. Explore your biology like never before! 🧬🔬

Join the conversation this Friday October 18th with Lipin Loo. Learn how he is using 10x Genomics technologies to help map neuropathic pain with integrated transcriptomics. 🔗Register to attend: https://bit.ly/4eIMrPP

🧬 Does your genomics research need a breakthrough? The Human Technopole’s National Facility for Genomics is now available to the national scientific community! Find out how to access it here 👉 https://lnkd.in/dQuzXa_u 🔬 The mission of the National Facility for Genomics is to develop robust experimental and analytical workflows to explore all major areas of genomic research. These include, but are not limited to, DNA and RNA analysis, the study of chromatin structure, and the epigenetic mechanisms that regulate transcription.

Have you ever tried to read the genomic report and understand all those strange symbols? After this session you will be able to do that! 

Informed consent is required for genomics research. We will always check! If you are working with participants in a genomics study, there needs to be a careful explanation about how participants’ genomic information will be used during and after the study, including what will happen with any implications that might arise from sequencing their DNA. Learn more about informed consent from our fact sheet: https://lnkd.in/evstzRiQ

🌟 Your inside look of the latest foundational models in biotech and pharma 🌟 To keep up with the rapid acceleration of model development, we’ve created an interactive foundational model map for finding the foundational models for specific use cases. In the map, you can toggle between: - 7 key domains - 59 foundational models - 837 use cases Key domains we’ve covered: - Genomics and genetic analysis - Epigenetics - Single-cell and multi-omics analysis - Molecular structures and interactions - Discovery and biomedical applications - Imaging This map lets you organize foundational models by input and output types, such as molecules, sequences, and structure tables. You can utilize it to map use cases directly to the relevant models, providing a practical approach beyond mere semantic definitions of domains. Try it out yourself! 👇 https://lnkd.in/eQHwfhhV #biotech #research #dataanalytics

From 55-micron spots to 2.2-micron squares, enabling single-cell analysis. Visium HD is available for ordering. #spatialtranscriptomics 10x Genomics

ICYMI: Recent advancements in #spatial #omics have transformed genomics, allowing us to analyze cellular function within their native tissue environment. However, challenges like noise and limited resolution hinder current methods. Our recent blog explores a novel technique that overcomes these limitations. Read more: https://lnkd.in/dnmktd7w #SpatialTranscriptome #multiomics #singlecell