A team of scientists led by @GesineSaher discovered that the 5 most important #cell types in the #brain🧠 differ significantly in their ability to adjust their metabolism to changing influences, such as disease or a shift in diet. What we learn from this:
https://t.co/Zh69his4rt
Well done, Dr. @LenaSpieth! Congrats to mastering such a phantastic PhD in the lab of @KlausNave at the @mpi_nat, bringing flowers to the other famous girl in #goettingen 😉
Similar mitochondria density in astrocytes as in axons and dendrites! Will this revolutionize brain bioenergetics? This and much more in the gorgeous study by Sydney Aten and Min Zhou https://t.co/cEgRz8XSsS
Dysregulated brain #cholesterol#metabolism affects the communication between cells. How does cholesterol metabolism within each cell type dynamically impact learning and memory? Check out the new review in @TrendsNeuro by Qiang Liu & colleagues https://t.co/htZKu6vTeL
Is dietary supplementation the way in MS therapy? 🫒Check out our new review about local cholesterol metabolism in remyelination. @TrendsNeuro 🥳
https://t.co/Vjt1ENXbg4
Die neue @Lab_Journal-Ausgabe ist da - und mit dabei mein Artikel über einen aufregenden Zufallsfund von @GesineSaher und @LenaSpieth vom @MPI für Experimentelle Medizin in Göttingen! Demnach können Anästhetika die Therapie von Hirntumoren verbessern.
https://t.co/JcbZLGe2I4
Congrats to Patrycja Puchalska @puchatek22ch for the review, 'Metabolic and Signaling Roles of Ketone Bodies in Health and Disease,' now online @AnnualReviews Nutrition. We're grateful if you read @Cell_Metabolism 2017:262. Here we provide new perspective
https://t.co/MRYBw1EskU
Hot off the press: Check out how volatile anesthetics hijack caveolar transport across the blood-brain barrier https://t.co/M9dviziKi8 @NeuroOnc. Thanks to all co-authors @LenaSpieth @StefanBerghoff @KatrinWillig