Jason Bell (@jsonlabgeek) 's Twitter Profile
Jason Bell

@jsonlabgeek

Strategy @10xGenomics. Building tech for single-cell & spatial biology. Interests: health-tech, VC & startups

ID: 771405952079634432

calendar_today01-09-2016 17:54:46

645 Tweet

473 Followers

815 Following

Jason Bell (@jsonlabgeek) 's Twitter Profile Photo

Holy shit! I just learned that Carolyn Bertozzi - in addition to being a badass chemist and Nobel - was in a band with Tom Morello - guitarist from Rage Against the Machine 🤯

Teddy Yewdell (@tyewdell) 's Twitter Profile Photo

Pls RT: The Yewdell Lab is hiring 2 peeps! Unparalleled resources and collaboration, amazing benefits, beautiful campus, healthy work-life balance... AND DID I MENTION B CELLS!!! roche.wd3.myworkdayjobs.com/ROG-A2O-GENE/j…

Maly Cosco (@malycat03) 's Twitter Profile Photo

Impactful words by Carolyn Bertozzi today on how diversity in her trainees enabled creativity, not playing by the rules, and ultimately the work that built the field of bioorthogonal chemistry. Diverse science leads to better science!

Lior Pachter (@lpachter) 's Twitter Profile Photo

I don't use the phrase "tour de force" lightly... but it is warranted for this preprint by Kimberly Siletti et al. that just dropped from the Sten Linnarsson lab. biorxiv.org/content/10.110…

Jill Herschleb (@sciencejill) 's Twitter Profile Photo

Hello from #AGBT23 ! Hear from 10x R&D including yours truly - we've been busy, and can't wait to share our updates with you. Today, 1:10 PM. Open-access livestream for those not at AGBT: tinyurl.com/5n75t72h

Nick Banovich (@nebanovich) 's Twitter Profile Photo

😍😍😍 Jill Herschleb showing data from a 1M cell per lane run for a total of 8M cells. She also teases this run included over 100 proteins with feature barcoding. #AGBT23

😍😍😍 <a href="/ScienceJill/">Jill Herschleb</a> showing data from a 1M cell per lane run for a total of 8M cells. She also teases this run included over 100 proteins with feature barcoding. #AGBT23
Chris Mason (@mason_lab) 's Twitter Profile Photo

10x Genomics showing “the future of molecular cytometry” with a rapid Flex prep kit (8M cells in 6 minutes), and 137-plex protein tags with each cell’s transcriptome #AGBT23

<a href="/10xGenomics/">10x Genomics</a> showing “the future of molecular cytometry” with a rapid Flex prep kit (8M cells in 6 minutes), and 137-plex protein tags with each cell’s transcriptome #AGBT23
Chris Mason (@mason_lab) 's Twitter Profile Photo

10x Genomics roadmap includes 5,000-plex RNA probes on Xenium imaging, and allele and Isoform mapping in situ; claim of no upper bound for density of RCA probes in situ #AGBT23

<a href="/10xGenomics/">10x Genomics</a> roadmap includes 5,000-plex RNA probes on Xenium imaging, and allele and Isoform mapping in situ; claim of no upper bound for density of RCA probes in situ #AGBT23
Nick Banovich (@nebanovich) 's Twitter Profile Photo

Now that plexy was cool but I think most the systems can theoretically get to >5K genes. BUT this isoform and snp level analysis is very cool. I don't see any other approch able to pull this off. 10x Genomics #AGBT23

Now that plexy was cool but I think most the systems can theoretically get to &gt;5K genes. BUT this isoform and snp level analysis is very cool. I don't see any other approch able to pull this off.
<a href="/10xGenomics/">10x Genomics</a> 
#AGBT23
MatsNilssonLab (@matsnilssonlab) 's Twitter Profile Photo

In Situ Technology has come full circle! Originally pioneered and developed in the Nilsson lab, in situ analysis / sequencing has come home in the form of two Xenium In Situ platforms from 10x Genomics. Xenium will be offered as a service by Spatial Omics platform SciLifeLab

In Situ Technology has come full circle! 

Originally pioneered and developed in the Nilsson lab, in situ analysis / sequencing has come home in the form of two Xenium In Situ platforms from <a href="/10xGenomics/">10x Genomics</a>.

Xenium will be offered as a service by Spatial Omics platform <a href="/scilifelab/">SciLifeLab</a>