News from our CoE by
Henna Tyynismaa and Ruben Torregrosa Munumer labs. Mitochondrial ATP synthase deficiency results in Metabolic trade-offs and vulnerabilities in stem cell derived motor neurons https://t.co/uKAm1Dtmi3
Excited to announce our Stem Cell Metabolism Symposium organized Nov 12th in Helsinki. Fantastic invited speakers Marcia Haigis, Lydia Finley, Matthias Hebrok, Tom MacVicar. Sign up by Oct 22nd, free of charge, welcome! @HiLIFE_helsinki@helsinkiuni@STEMMProgram@MIBS_Helsinki
On Tue Oct 14th Simon Andersson will defend his thesis Age-selective organellar metabolism in tissue stem cell function, at 1 pm in Biocenter 2 2041, Viikki. Excited to have Jared Rutter @RutterLab as the opponent 🎩⚔️ Welcome! @MetaStem_Center@HiLIFE_helsinki@MIBS_Helsinki
Excited to announce our Stem Cell Metabolism Symposium organized Nov 12th in Helsinki. Fantastic invited speakers Marcia Haigis, Lydia Finley, Matthias Hebrok, Tom MacVicar. Sign up by Oct 22nd, free of charge, welcome! @HiLIFE_helsinki@helsinkiuni@STEMMProgram@MIBS_Helsinki
News from our CoE by @KatajistoLab Andersson et al found that intestinal stem cells with old mitochondria make Paneth cells faster due to higher aKG levels and aKG improves regeneration in old animals by Paneth cell renewal https://t.co/5S7KZ2MSeG @SuomenAkatemia@helsinkiuni
News from our CoE by @OtonkoskiL@EliisaVhk et al show that upon engraftment into mice stem cell derived pancreatic islets become insensitive to pyruvate, correlating with down regulation of pyruvate/lactate transporter MCT1 https://t.co/yjYPNCmaT7 @SuomenAkatemia@helsinkiuni
News from our CoE by @HTyynismaa group characterize the role of mitochondrial intermembrane space protein CHCHD10 in metabolism and spinal muscular atrophy Jokela type (SMAJ) https://t.co/pPToefrL4V Congratulations Sandra Harjuhaahto! @SuomenAkatemia@helsinkiuni@STEMMProgram
New from our CoE by @KatajistoLab show how tissue stem cells can metabolically regulate tissue renewal and differentiation by providing daughter cells with peroxisomes of different age and metabolic properties https://t.co/hVijWJqRXM @SuomenAkatemia@helsinkiuni@HiLIFE_helsinki
The @KatajistoLab modeled #epithelial regeneration using small intestinal scaffolds and identified #asporin is a mediator of fetal-like reprogramming.
Read the @CellStemCell article: https://t.co/A663zdVKIq
Listen to the conversation: https://t.co/b7Ub1myAaW