We are hiring!!🚀🚀 Great experience working with a very cool microfluidic tech #ForCell and gaining expertise in blood stem research!! If you are self-motivated and enthusiastic research scientist/engineer, we want to hear from you
@CBR_UoY https://t.co/uFU5Rsz1OZ
@DrSynbio It’s very encouraging to see how many new non-viral technologies are currently appearing. In addition to unlocking new tropism, the ability to repeat dose can facilitate new therapeutic approaches. Exciting times!
Postdoc @MJassinskaja and @BBSRCWhiteRose PhD student Monika Gonka pull together a top rate summary of the tools that try to link molecular profile with cell function
Now online @BloodJournal first edition
#HSCs#hematology
https://t.co/MVCSQxgzbS
@YBRI_UoY@BiologyatYork
@AlexHarding7 That’s a very concerning statistic, especially for such serious diseases. It also raises the question how this might impact reimbursement schemes for new curative approaches, e.g. gene therapies?
Share as widely as possible please.
This programme has been a real game changer in the Department for widening access to fully paid research opportunities.
Also - consider donating/partnering to help them expand in future.
https://t.co/9OyUUcKftH
@shelbynewsad Very interesting article! Characterising nanoparticles across other species/systems will likely uncover new mechanisms and tropism for previously hard-to-reach cell types - could go beyond gene and cell therapies
*Looking for a part-time researcher to join the @CompoundVC squad* 🚀
The researcher will be working directly with me on due diligence and on building out new theses ✨More info below 🤓
Send apps to [email protected]
Good things come in bunches! Well done to @Bode_Dan and @jimseeche for this @emboreports paper that identifies and characterises in vitro expanded HSCs from conditions developed by @awilkinsongroup, Reiko Ishida, Hiro Nakauchi, Satoshi Yamazaki and co.
https://t.co/dMv0ww3QNT
It's time to stop making t-SNE & UMAP plots. In a new preprint w/ Tara Chari we show that while they display some correlation with the underlying high-dimension data, they don't preserve local or global structure & are misleading. They're also arbitrary.🧵https://t.co/XkAOTKlOcs
"they forget everything.. the battles you fought alone, lost and won, all those sleepless nights, misspent summers.. they just remember that one and a half figure panel and your last name.."