@AlbertJHwa @bhushanlab Good point, Albert! The Mt Sinai group has indeed shown a net increase in beta cells using a flow based assay with a fluorescent AdV-INS reporter. In vitro, but with human islets. I think it was in their Harmine + GLP1 paper.
We're very happy to announce the latest release of Pancreatlas (v1.7), now offering the ability to filter and search across all bio-images at once (all 2,180‼). Check out https://t.co/GvfjOBspwd and be sure to click through to Pathviewer to explore the data!
Wow. A wearable ultrasound patch for continuous, on the go, high-quality imaging of most parts the human body.
A remarkable new innovation with diverse clinical applications @ScienceMagazine https://t.co/sZBjQYmNQJ @ProfZhaoMIT@ChongheWang@MIT@MITMechE
SPATIAL GENOMICS entering the main stage!
Proud seeing our Review @NatureRevGenet on #spatial profiling technologies out! Wonderful collaboration with Emma Lundberg @Prof_Lundberg and Jeff Moffitt.
The future is now for in situ #singlecell genomics!
https://t.co/9REMiNUk3k
An automated and high-throughput compatible platform to study beta cell proliferation in standardized 3D primary human islets. We worked very hard to develop this methodology and are very happy to see our work published.
@InSphero@Boehringer
https://t.co/waiTxT5Xuh
🧵1/ Today, my first first-authored paper was published online in @DiabetologiaJnl 😄 You can read the paper here at https://t.co/T7Czowb9SR and fully access our dataset as a web app at https://t.co/0pw7Gw1Wan
Read on for some backstory...
Exciting new pub ...Probably the largest long term cohort analysis since the citr report 10 years ago. To inform the next generation of beta cell replacement with sc-Islets .... https://t.co/h8HGbSKJxj
Upcoming Workshop: Beta Cell Replacement Therapies
A JDRF-NIH-FDA co-organized workshop on beta cell replacement is taking place on May 18-19, 2022.
Hybrid Meeting on NIH campus & zoom
Registration deadline: May 10
Learn more at: https://t.co/ThPRJ8cMoY
@EricTopol@Vadeboncoeur_Al How would you explain the second surge of ba2 in multiple European countries, immediately following or on the back of the ba.1 wave ?
Mutating over 2,000 transcription factor binding motifs during early neural differentiation finds key drivers and regulatory grammar for this process. Great work by
@AnatKreimer, @TalAshuach, @TakaInoue5 and others in collaboration with @nir_yosef1!
https://t.co/NB6d7Vuov6