From a previously undescribed T-cell state in cancer, to the genes in healthy palate development, see what scientists have discovered in the last year with #Visium whole transcriptome #spatialgeneexpression! 10xgenomics.com/blog/some-of…

"Good things come to those who wait. Better things come to those who don't give up and the best things come to those who believe." - Helen Barry. We know you are ready! Welcome Visium HD - the most anticipated spatial transcriptomics assay by @10xGenomics ! ABOUT: 🌟 Capture Area: Each slide features two 6.5 x 6.5 mm areas, ensuring comprehensive coverage and precise data. 🔍 Advanced Oligonucleotide Array: Millions of 2 x 2 µm barcoded squares, each equipped with a unique molecular identifier (UMI) and a Spatial Barcode, enable accurate tracking and spatial orientation of gene expression. 📈 Single-Cell Scale Analysis: Experience unmatched resolution with the ability to capture whole transcriptome data at a single-cell level, without any gaps in tissue coverage. 🔬 Seamless Integration: Compatible with both H&E and IF-stained FFPE tissue sections from human and mouse samples, Visium HD is versatile and efficient. 🧪 Innovative Probe-Based Chemistry: Utilizing the same proven technology as other Visium CytAssist assays, it ensures reliable and consistent results. 🔧 Visium CytAssist Compatibility: This tool is essential for transferring transcriptomic probes from tissues to Visium HD slides, streamlining the workflow. 👁️ Brightfield Imaging: Integral to the process, it provides spatial context for in-depth data analysis. 🧬 High-Throughput Sequencing: Recommended at a minimum depth of 275 million reads for optimal coverage. Visium HD is not just an assay; it's a leap into a new era of spatial discovery. INTERESTED? Enquires: sales@mscience.com.au #SpatialGeneExpression #VisiumHD #SingleCellAnalysis #GenomicsRevolution

#SingleCell and #SpatialGeneExpression tools were transformational. Xenium #InSitu technology is revolutionary. Explore the cellular localization of 100s of targets and fully immerse yourself in your tissue. See for yourself: 10xgen.com/3fLk6i5 #QRW2023

Starting with the @institutpasteur's keynote address #SpatialGeneExpression & Beyond, #NextGenOmics2023 Day 1, Track 3 is specifically focussed on Moving #SpatialTechnologies into the Clinic. Get detailed info here: hubs.ly/Q01Zp5kX0 #OmicsSeries23

How does crossing the immune cell barrier change cancer cells? Hear Dr. Yutaka Suzuki (The University of Tokyo) discuss how unbiased Visium #spatialgeneexpression & targeted high-resolution Xenium #InSitu technologies are helping his lab map this process. 10xgen.com/3Jf9x2u

Happy brighter Monday! Delighted to share #RNAscope has more than 7K pubs; below is link to few of 2022 pubs covering variety of apps incl. #spatialgeneexpression, #ASO/#siRNA, #celltherapy n #DNAscope to detect amplification in EVs biotechne.egnyte.com/fl/0vJe… #singlecell #scRNA

On February 8, join us to learn about how #SpatialGeneExpression for FFPE samples can unlock new dimensions of your research in @10xGenomics’s webinar. Can’t make the live date? Register now and watch it on demand! >>> bit.ly/3kJUOUb

#SingleCell and #SpatialGeneExpression tools were transformational. Xenium #InSitu technology is revolutionary. Explore the cellular localization of 100s of targets and fully immerse yourself in your tissue. See for yourself: 10xgen.com/3fLk6i5 @MULTI_OMICS2022 #Multiomics22

#SingleCell and #SpatialGeneExpression tools were transformational. Xenium #InSitu technology is revolutionary. Explore the cellular localization of 100s of targets and fully immerse yourself in your tissue. See for yourself in our new preprint: 10xgen.com/3fLk6i5

Don’t let the unique challenges of working with neural tissue slow down your research. Join this upcoming webinar series to learn how to successfully prepare neurological samples for #singlecell and #spatialgeneexpression experiments. 10xgen.com/34wxwJ5

The first spatially explicit description of a C4 CAM photosynthetic metabolism presents a new blueprint for crop improvement. #Visium #spatialgeneexpression biorxiv.org/content/10.1101/…

#spatialgeneexpression #singlecell #singlecellmultiomics #stemcell

At the @tgen “Spotlight on Translation” event in Phoenix. About to blow many minds with the @10xGenomics #Visium #spatialgeneexpression solution!

About to kick off @10xGenomics #visium #spatialgeneexpression at UCSD Leichtag! #visiumtour @UCSDNeuro @UCSDHealth @UCSanDiego