10x Genomics(@10xGenomics) 's Twitter Profileg
10x Genomics

@10xGenomics

Enabling researchers to answer biology’s hardest and most elusive questions with innovative #singlecell, #spatialbiology & #insitu technology

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linkhttp://10xgen.com/tw-home calendar_today14-10-2014 16:47:02

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Welcome to ! Start your meeting off strong: get stamps for the passport game and join the and flash talks happening this morning at Booth 729. Download the show guide for more information: bit.ly/40eUldj

Welcome to #SfN23! Start your meeting off strong: get stamps for the passport game and join the #spatialbiology and #singlecellspatial flash talks happening this morning at Booth 729. Download the show guide for more information: bit.ly/40eUldj
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Native American populations increased 85% from 2010–2020, but still <1% pursue STEM. Events we recently attended, like the SACNAS meeting—which educates attendees about STEM careers—helps bring new perspectives, questions & solutions to advance human health.

Native American populations increased 85% from 2010–2020, but still <1% pursue STEM. Events we recently attended, like the @SACNAS #NDiSTEM meeting—which educates attendees about STEM careers—helps bring new perspectives, questions & solutions to advance human health. #NAHM
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assays are powerful discovery tools, but is the learning curve for data analysis worth it? Spatial assays let you focus on searching for biological insights with easy-to-use analysis and visualization software. Learn more: bit.ly/48jfQ0b

#Spatialtranscriptomics assays are powerful discovery tools, but is the learning curve for data analysis worth it? #Visium Spatial assays let you focus on searching for biological insights with easy-to-use analysis and visualization software. Learn more: bit.ly/48jfQ0b
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Researchers used analysis to identify markers for risk of pituitary neuroendocrine tumor recurrence—which happens in ~30% of patient cases. Learn more about the predictive power of this prognostic marker here! cell.com/cell-reports-m…

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.Wellcome Sanger Institute researchers used and to map how two worlds collide at the maternal–fetal interface in early human pregnancy 🤯 See how their findings are contributing to our understanding of pregnancy disorders like preeclampsia! 10xgenomics.com/blog/when-sing…

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Leading your field in isn’t easy—so we built Xenium for you. Be confident w/ four-factor authentication chemistry that minimizes false positives, probes that distinguish between high-homology RNAs, & data compatible with third-party tools: bit.ly/46IiCL8

Leading your field in #spatialbiology isn’t easy—so we built Xenium for you. Be confident w/ four-factor authentication chemistry that minimizes false positives, probes that distinguish between high-homology RNAs, & data compatible with third-party tools: bit.ly/46IiCL8
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.NIH researchers led by Jeremie Oliver Piña used & to create a spatiotemporal map of palate development in embryonic mice. Learn how their data is helping identify diagnostic & therapeutic biomarkers for cleft palate disorders! nature.com/articles/s4146…

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We’re excited to present new HD data for a breast cancer sample at 2023 today! Stop by poster 1457 to get your first look at the potential of whole transcriptome spatial gene expression at single cell scale.

We’re excited to present new #Visium HD data for a breast cancer sample at #SITC 2023 today! Stop by poster 1457 to get your first look at the potential of whole transcriptome spatial gene expression at single cell scale.
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We're thrilled to announce our newest CSP for Chromium GEX, MedGenome 👏 They are committed to delivering the highest-quality NGS data with quick turnaround times using highly optimized protocols. Learn more about our CSPs here: 10xgen.com/39rwz7T

We're thrilled to announce our newest CSP for Chromium #SingleCell GEX, @MedGenomeLabs 👏 They are committed to delivering the highest-quality NGS data with quick turnaround times using highly optimized protocols. Learn more about our CSPs here: 10xgen.com/39rwz7T
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Gourab Bhattacharjee(@Gourab1953) 's Twitter Profile Photo

A packed house at today's Phoenix Single Cell and Spatial Translational Research Symposium! Here is Nicole Abreu starting off the day talking about 10x Genomics Chromium Single Cell solutions.

A packed house at today's Phoenix Single Cell and Spatial Translational Research Symposium! Here is Nicole Abreu starting off the day talking about @10xGenomics Chromium Single Cell solutions.
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Amit Dutt(@amtdutt) 's Twitter Profile Photo

Santosh Srinangam of 10x Genomics highlighted the importance of spatial genomics technologies, such as Xenium, and other platforms. These technologies were discussed in the context of comparing bulk vs. single-cell sequencing and their transformative impact on cancer biology.

Santosh Srinangam of 10x Genomics highlighted the importance of spatial genomics technologies, such as Xenium, and other platforms. These technologies were discussed in the context of comparing bulk vs. single-cell sequencing and their transformative impact on cancer biology.
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Embryonic development during the first 10 weeks of pregnancy was a black box—until a spatially resolved atlas built on the analysis of 180,000 single cell transcriptomes of 4–6 week old human embryos was published this year. Open the black box! nature.com/articles/s4155…

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imaging technologies empower new insights—but how do the different platforms stack up? Find out in a webinar where leading spatial researchers compared Xenium In Situ and NanoString CosMx and see which came out on top in their hands: bit.ly/47wQkDx

#Singlecellspatial imaging technologies empower new insights—but how do the different platforms stack up? Find out in a webinar where leading spatial researchers compared Xenium In Situ and NanoString CosMx and see which came out on top in their hands: bit.ly/47wQkDx
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How can help tease apart alveolar niches in ? Watch Annika Vannan’s (Banovich lab) talk, “Spatial transcriptomics analysis reveals pathology-specific alveolar niches in pulmonary fibrosis,” to find out.

How can #singlecellspatial help tease apart alveolar niches in #pulmonaryfibrosis? Watch Annika Vannan’s (Banovich lab) #ASHG2023 talk, “Spatial transcriptomics analysis reveals pathology-specific alveolar niches in pulmonary fibrosis,” to find out.
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