Our workshop will take place TOMORROW, 07/11, at 10 h (CET)!
Didn't have time to sign up or still haven't received our email? Don't worry! All you need is the Google Meet link below.
https://t.co/Jcu97IspvZ
Join us for a morning full of interesting #science about #diabetes!
📢8 DAYS TO GO!!!
Have you signed up yet? No? So, what are you waiting for! All you need to do is to click on the link below (or use the QR code) and fill in the registration form.
https://t.co/kJ54gW8m02.
Remember: the online workshop is 🅵🆁🅴🅴!!!
Our organizers stay long, but strike at last! And without any further ado, here's our program.
Do you want to attend our workshop? Just click on the link 👇 or use the QR code, fill in the registration form, and voilà. It's that easy!
https://t.co/kJ54gW8m02
Remember: it's FREE!
Our third speaker will be Alexandra Coomans de Brachène, from the @ULBCDiabRes, Université Libre de Bruxelles 🇧🇪.
She will show us how interferons are key cytokines acting on pancreatic islets in #type1diabetes.
Our next speaker will be Tom Barsby (@BioBarsby), a postdoctoral researcher in the Stem Cells and Metabolism Research Program at the University of Helsinki 🇫🇮.
He will discuss the metabolite trafficking and fuel sensitivity in human pluripotent stem cell-derived islets.
NEW EPISODE! Storming a hive spire in #Warhammer40k Wrath and Glory? Seeding a rebellion in #Root RPG? We got them both! #TTRPGs#boardgame
https://t.co/pdLOZh1BLM
https://t.co/eECZCsDfOB
Medix Prize Of The Minerva Foundation 2023 - Award Ceremony and Lecture ✨Topic area of the lecture: Stem cell technology in the field of diabetes research. Hybrid seminar 11.9. at 13:10 (UTC+3).
👉 Lecture Hall 2, Biomedicum, Haartmaninkatu 8
👉 https://t.co/kqKSReP9Dz
Scientists found that stem cell-derived-islets show numerous divergent patterns of metabolite trafficking in proposed #insulin release pathways compared with primary human islets but are still reliant on mitochondrial #AerobicMetabolism to derive function. https://t.co/CMitdxpCLZ
News from our CoE by @OtonkoskiL, @BioBarsby et al show that function of stem-cell derived islets is depending on mitochondrial aerobic metabolism despite their sensitivity to alternative fuels and aberrant metobolic activity https://t.co/khVIvBZBCV @SuomenAkatemia@helsinkiuni
#Stemcell derived #islets show divergent patterns of metabolite trafficking in proposed #insulin release pathways compared with primary human islets but are still reliant on mitochondrial aerobic metabolism to derive function @CellReports#diabetes https://t.co/jonL57hu9P