#cecad — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #cecad, aggregated by home.social.
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⏰🧠 Nerve cells age differently
Researchers led by Professor Björn Schumacher have used the model organism C. elegans to prove for the first time that nerve cells age differently. Using an “aging clock” they developed themselves, they were able to precisely determine the biological age of individual neurons and
Using an AI-supported approach, they were able to identify potential protective substances.Read more 🔗 https://uni.koeln/FKJ35
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Nierenerkrankungen anhand von Bluttest vorhersagen🩸
Kölner Forschende können anhand von Blutproben vorhersagen, wie schnell eine Nierenerkrankung fortschreiten wird. Die Wissenschaftler*innen entdeckten 29 Proteine, die mit der Abnahme der Nierenfunktion zusammenhängen.
▶️ https://www.youtube.com/watch?v=FDGN8OM63ng
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#uniköln #uniklinikkoeln #unicologne #nieren #nierenerkrankung #nephrologie #cecad #cmmc -
🔬 How stress signals soften the cell nucleus and change the cell 🔄
A research team from the University of Cologne has found that cells in tissues with high energy demand react differently to mitochondrial dysfunction. Instead of shutting down, cells adapt their metabolism in response to stress signals and produce a specific molecule that changes the functions of the cell nucleus.
Read more ▶️ https://uni.koeln/RRPY3
#uniköln #uniköln #CECAD #Metabolism #CellNucleus #Mitochondria #Research
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🔬 How stress signals soften the cell nucleus and change the cell 🔄
A research team from the University of Cologne has found that cells in tissues with high energy demand react differently to mitochondrial dysfunction. Instead of shutting down, cells adapt their metabolism in response to stress signals and produce a specific molecule that changes the functions of the cell nucleus.
Read more ▶️ https://uni.koeln/RRPY3
#uniköln #uniköln #CECAD #Metabolism #CellNucleus #Mitochondria #Research
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🔬 How stress signals soften the cell nucleus and change the cell 🔄
A research team from the University of Cologne has found that cells in tissues with high energy demand react differently to mitochondrial dysfunction. Instead of shutting down, cells adapt their metabolism in response to stress signals and produce a specific molecule that changes the functions of the cell nucleus.
Read more ▶️ https://uni.koeln/RRPY3
#uniköln #uniköln #CECAD #Metabolism #CellNucleus #Mitochondria #Research
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🔬 How stress signals soften the cell nucleus and change the cell 🔄
A research team from the University of Cologne has found that cells in tissues with high energy demand react differently to mitochondrial dysfunction. Instead of shutting down, cells adapt their metabolism in response to stress signals and produce a specific molecule that changes the functions of the cell nucleus.
Read more ▶️ https://uni.koeln/RRPY3
#uniköln #uniköln #CECAD #Metabolism #CellNucleus #Mitochondria #Research
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🔬 How stress signals soften the cell nucleus and change the cell 🔄
A research team from the University of Cologne has found that cells in tissues with high energy demand react differently to mitochondrial dysfunction. Instead of shutting down, cells adapt their metabolism in response to stress signals and produce a specific molecule that changes the functions of the cell nucleus.
Read more ▶️ https://uni.koeln/RRPY3
#uniköln #uniköln #CECAD #Metabolism #CellNucleus #Mitochondria #Research
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Ina Brandes, Ministerin für Kultur und Wissenschaft des Landes Nordrhein-Westfalen, besuchte gestern die #UniKöln und informierte sich am #CECAD über #Alternsforschung @agingresearch #aging #AgingResearch #MKW #Exzellenzcluster #Altersforschung