Uni Bremen 🇩🇪is hiring a new full professor👩🏾🔬👨🔬 in Cell Biology 🧫with expertise in mitochondrial heterogeneity @mitojobs and high resolution imaging🔍@AcademiaNet_org@LevWopo
https://t.co/jtMUCkDbhZ
Trigger for Type 1 diabetes- starting in the whole pancreas: inflammation and viral infection upregulate YAP. Links pancreatitis and T1D-exocrine-islet-immune interactions are key for T1D therapy
https://t.co/tpZwKdJm84
@BiologyIslet@BreakthroughT1D@NatureComms@dfg_public
Postdoctoral Positions for female scientists @mitojobs in an interdisciplinary project of Molecular Genetics Lab and @BiologyIslet@UniBremen@LevWopo@AcademiaNet_org to identify principal physiology of mitochondrial networks and diversity https://t.co/gEZ4SCiUZJ
https://t.co/mF2OAn7auB
The Sun lab has identified how beta-cells can smell the small insulin fragment insB9-23, associated with T1D. It binds to olfactory receptor Olfr109 to foster islet inflammation, beta-cell failure and diabetes progression.
The Hippo pathway is a key player in diabetes and metabolism regulation.
Another confirmation how robustly deletion of the Hippo kinase MST1 protects the beta-cell and prevents diabetes:
https://t.co/PBNCh3rX5y
Important confirmation and add-on to our recent study-we could just show that the inhibition of PHLPP1 phosphatase also normalised glucose levels, insulin secretion and prevented diabetes in obese hyperglycemic db/db mice:
https://t.co/XL1e79qxm8
@DanielJDrucker Great point! Authors correctly question this themselves: “Whether dapagliflozin truly prevents diabetes or only masks early diabetes …”. Another idea for pre-diabetes: reduce calories🥗 exercise 🏃♀️and (or😕) take metformin 💊
Studies of pleckstrin homology domain leucine-rich repeat protein phosphatases 1 and 2 (PHLPP1/2) reveals their upregulation leads to β-cell failure, positioning them as "as targets for functional regenerative therapy of pancreatic β cells #diabetes " https://t.co/3XfvrdbKe1