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We’re heading to the Clinical Genomics Biomarkers Conference on June 24! Visit Booth #1 to see how our #singlecell and #spatialbiology tools are advancing biomarker discovery. Don’t miss Dr. Sarah Taylor’s talk at 12:25 PM. Details: bit.ly/4l2rwd2

Amazing to see #Xenium used in SAHA, a broad spatial multiomic reference across human organs and tissues! 👏

Experience the Chromium advantage of instrument-supported, worry-free single cell assays which avoid handling errors, poor data quality, and sample loss of instrument-free alternatives. And it’s never been easier to bring these advantages to your lab: bit.ly/4lh9owi

Don’t get left behind. Join the Virtual Cell Challenge to shape the future of predictive cell modeling! #singlecell #biologicalAI Arc Institute NVIDIA Ultima Genomics

Getting to the virtual cell is the holy grail of life science. Now there's a challenge on to accelerate it cell.com/cell/fulltext/… Arc Institute Cell NVIDIA 10x Genomics Yusuf Roohani Stanford AI Lab Dave Burke Ultima Genomics

High-quality inputs are critical for training AI models. Arc Institute chose GEM-X Flex as the best technology for perturb-seq. Put the power of Flex to work in your model. Read in Cell: bit.ly/3ZMLh0b

Join us, Dr. Ankur Sharma, and Dr. Natini Jinawath for a virtual symposium to learn how our #singlecell, #spatial, and #insitu innovations can help researchers gain a more complete understanding of both disease and treatment-response mechanisms. Register: 10xgen.com/1Ol

Which cellular pathway leads to effective cancer treatment? In-depth molecular analysis might be able to tell you. Here, we combine #scRNAseq with intracellular protein detection to identify patient-specific signatures in #kidneycancer. Download now > bit.ly/4ejRXsB

Have a #singlecell project but worried about funding? Our team is ready to help, with new options to save on instrument-supported workflows. Contact us today to hear more about how you can access the Chromium advantage on any budget: bit.ly/40jOTH6

Hello South Africa! On July 8, we are organizing a virtual User Group Meeting together with Diagnostech. Join us to hear the latest on #singlecell and #spatialbiology, and learn from leading researchers. Register at bit.ly/45ymCA8

#SpatialTranscriptomics #ParkinsonsDisease A role of #FGF9 in Glia #Ferroptosis in PD?😁 #Visium 10x Genomics +snRNAseq MPTP🐭 #SubstantiaNigra FGF9 ⏬in PD Neuron ⏫in PD Ependymal cell FGF9-to-FGFR1/2/3 (CellChat, likely Neuron-to-Oligodendrocyte/Astrocyte) ⏬in PD

New: MiLaboratories MiXCR + 10x Genomics = Effortless immune analysis. 🖥️ Get high-quality B/T cell receptor data without coding, with cross-species support. Perfect for immunology and oncology research. Start analyzing now: bit.ly/440wilL #SingleCell #Immunology

A huge thanks to everyone who made the Single Cell & Spatial OmiX events in Singapore, Seoul, Taipei, Kaohsiung, and Taichung a success! 🙌🏼 Close to 500 attendees joined for engaging discussions on the future of research and innovation using #singlecell and #spatialbiology tools.

4) The gastric to progenitor axis is the strongest axis of variation among epithelial pre-malignant cells. Thus we collected Xenium data to understand the tissue remodeling that occurs along this axis ->

Congratulations on your breakthrough helping to settle the age-old debate of whether the brain creates new neurons (and we're proud our tools lent a helping hand)!

Join us for the Virtual Single Cell & Spatial OmiX Symposium India on July 31! Discover molecular insights, new biomarkers & spatial gene expression. Connect with experts & learn about the latest in #singlecell & #spatialbiology. Register now: 10xgen.com/1Oz

Join us on July 15, for an educational webinar on the #Xenium platform. This session will cover: 🧬Technical concepts underlying the Xenium platform 👩🏽‍🔬The Xenium Panel Designer (XPD) design process ✏️Tips and tricks for designing new panels Join at bit.ly/4nMD5HN

High-throughput #singlecell #CRISPR screens are unlocking #cancer drug targets + gene mutation functions. Read more in our blog, and learn how GEM-X Flex Gene Expression can make scalable CRISPR screens more accessible than ever: bit.ly/4lxeHbe

Innovative, powerful tools will help us conquer #neurologicaldisease. See how AI trained with 10x #singlecell & #spatialbiology data is helping decode brain complexity and accelerate therapeutic development. Read the Drug Target Review article: drugtargetreview.com/article/169606…

Innovative, powerful tools will help us conquer #neurologicaldisease. See how AI trained with 10x #singlecell & #spatialbiology data is helping decode brain complexity and accelerate therapeutic development. Read the Drug Target Review article! drugtargetreview.com/article/169606…