Join AP-SciBio 2025 to discover the latest in spatial & single-cell biology. Network with top researchers in biomedicine, cancer, immunology, regenerative medicine, biotech, and drug development. Don’t miss it! 🔗 https://t.co/pIMyx6Fy1i
📅 June 19-21, 2025
When science connects the world! Two of our amazing Millman lab alumni reunited in Bangkok this week @punnaug @JiwonSongk . From lab benches to the bustling streets of Thailand, their journey inspires us all. 🌍📸 #GlobalScience#LabFamily
How do different cell types in the pancreas respond to Coxsackievirus B (CVB) infection? Our new preprint investigates this. CVB infection has long been associated with the onset of Type 1 diabetes (T1D). 🧵to follow https://t.co/A9qwNEuh44 @WashUEndo @WUDeptMedicine @WUSTLdbbs
Join us & Bio-Active for our in-person seminar to discover how you can unlock the mysteries of biology with cutting-edge #singlecell and #spatialbiology technologies. Register: https://t.co/jU5z24d3BE
🧬 Exciting new study out in @NatureComms! We identify cell-type-specific responses in pancreatic islets to stress, shedding light on diabetes progression. It is #OpenAccess for all to download for free! #DiabetesResearch@WUSTLmed @WUDeptMedicine https://t.co/7s0534QwYu
Join us at Organoids Are Us symposium! A forum for exchange of new data and the application of organoid-based technologies in basic and clinical/diagnostic research.
🗓️ 6 - 8 AUG
📍Thailand
Register 👉 https://t.co/0qCAcFeBTB
Learn more 👉 https://t.co/dwBFK2wGij
In this 🧵, @kenlwrites and I discuss the Constitutional Court (CC)'s 31 Jan ruling, a turning point in the ongoing struggle between the movement pushing for reforms and the countermovement opposing changes to Thailand's lèse majesté law. (1) https://t.co/TVUmme8bbD
Congratulations to our @wustlcrm post-bacc @MasonSchmidt22 for his #OpenAccess publication! We integrated scRNAseq datasets of human SC-islets from several protocols along with primary islets to study variation in cellular identity across states & context https://t.co/W0tQpTdh6f
Check out my preprint if you’re interested in the transcriptional profile of human stem-cell derived pancreatic islets and how they compare to their fetal and adult counterparts
☕️NEW: @JeffreyRMillman, Augsornworawat (@punnaug) & co perform single-nucleus multi-omics and integrated transcriptional and chromatin analysis to identify differences between human stem cell-derived and primary islets.
https://t.co/T5cES8q67C
@WUSTLmed#diabetes#stemcells
.@WUSTLmed researchers alongside Punn Augsornworawat (@punnaug) and @JeffreyRMillman provided and analysed the transcriptional and chromatin landscapes of stem cell-derived-islets at the single-cell level.
📑: https://t.co/rlT1I2Q7Oe
Press Release ⬇️
https://t.co/q5q7Kq3uyf