Discover and read the best of Twitter Threads about #iPSCs
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Absolutely delighted to share the lab’s newest study showing that autism-iPSCs diverge from control-iPSCs from early development in a region-specific manner. Heroic work by @neuro_blue & wonderful collaboration with @sbaroncohen biologicalpsychiatryjournal.com/article/S0006-… What did we find? (thread)
Prenatal development may be a key period when differences associated with autism could be established. We studied early neurodevelopment using human iPSCs generated from autistic or typically developing individuals.
We found that autism-iPSCs displayed impaired ability to self-organise into neural rosettes, which are neurogeneic niches that give rise to neural progenitors that subsequently differentiate into neurons.
We will be tweeting live again about today's session @CellAgOS!
Learn more how Prof. Masatoshi Suzuki's of @UWMadison applies #iPSCs for #culturedmeat production - starting in 30min at caos.community/live.
Today's tweets come to you from: @tobiasmess
#CAOS2020
Learn more how Prof. Masatoshi Suzuki's of @UWMadison applies #iPSCs for #culturedmeat production - starting in 30min at caos.community/live.
Today's tweets come to you from: @tobiasmess
#CAOS2020
Masa is a GFI grantee and is presenting the work of his GFI grant project: Engineered skeletal muscle from human induced pluripotent stem cells!
Muscle progenitors cells can not only be derived from the skeletal muscle but also from re-programmed somatic cells - or: iPSCs!
