Save the dates for the #ECR career development and technique workshops for 2022! Speakers include editors from @NatureCVR and scientists from @AstraZeneca, patents and commercialisation professionals, and #imaging experts @KentonArkill and @neena_kalia. Organised by @jawaisi
It has been a precious experience working in a supportive environment with fantastic leaders, mentors, and colleagues. I am sad to leave but excited to start the next chapter!
Last day of our superb postdoc @StellaXHong in the lab @MeleroMartinLab@BostonChildrens. She is moving on to @AstraZeneca, in Sweden, as Associate Principal Scientist in the Cell Therapy team. Congratulations, Stella. We are very excited for you. Good luck! We will miss you!!
Excited to share our latest paper on the distinct constitutive expression of neuregulin-1 (NRG1) by human endothelial colony-forming cells (ECFCs) and the support of iPSC-cardiomyocytes' engraftment. Out now in #Angiogenesis. First author @StellaXHong
https://t.co/Dqa9eCKK5E
Such a unique and awesome NAVBO experience and get fully inspired and motivated by all the great research still going on in this difficult year! Can’t be happier to finish it with a poster award! Thank you @vascularbiology !
Check our new paper using Hemophilia A-specific iPSC-derived ECs overexpressing full-length F8 after genetic engineering via a piggyBac transposon system. Congratulations Joe and Ruei!
https://t.co/kNtZOlxoFM
Say hello to September! The latest issue is up online: https://t.co/vvtyhPn796
On the cover:
Animals for Alzheimer's: https://t.co/Yv4lObIpos
Marmosets on the move: https://t.co/lzbO4s24Mj
Mouse math: https://t.co/UCVqUyHDEz
“The complexity we observe is remarkable,” says Jason Spence of the University of Michigan @TheSpenceLab. “Organoids remodel from a very simple fetal-like structure to a complex tissue with crypts and villi that form after transplantation.”
Read more: https://t.co/FnmJJfyZFA
#ResearchHighlight | By showing that protein aggregation accelerates the functional decline of different tissues in Caenorhabditis elegans, a new study provides viable targets for future strategies to delay tissue aging https://t.co/Er72NxjR7y