Carlos Henríquez-Olguin
@MuscleBiology
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Biomedical Scientist | Exploring the crossroads of #ExerciseMetabolism, #RedoxBiology, & #InsulinAction | #Myotwitter
Denmark
Joined August 2013
Proud of this paper, our research group, and collaborators. On this @NatureComms, we demonstrated that cytosolic ROS control glucose uptake during exercise. Such a great team @tejensen23, @proferikrichter @Jonas_Roland @SteffenRaun @LykkeSylow @treebak
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RT @tejensen23: Our new FASEBJ paper. We looked into mTOR Ser1261 phosphorylation in human and mouse muscle, proposed by Diane Fingar's lab…
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RT @AndreasMFritzen: News from the Kleinert lab: Pantothenate kinase 4 (PanK4) - a novel regulator of muscle metabolism. Identifying PanK4…
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RT @NEXSKU: In an article at @sciencenewsdk Professor Erik A. Richter from @UCPH_Research shares insigths into new research that highlights…
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So happy to see this work published in Nature Communications! Massive congratulations, Lykke and Phung—it was such a joy to be part of the team 😀😀Impressive effect of exercise training on the rescue of a very strong phenotype 🏃
The first key finding was that lack of Slirp led to mild mitochondrial network disruption, mitochondrial fragmentation, and reduced respiratory capacity in skeletal muscle in mice (the picture shows data by @MuscleBiology)
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Congratulations Professor 👏
There is a new Professor in town! Thomas Elbenhardt Jensen @tejensen23 has been appointed as Professor of Molecular Exercise Physiology at the University of Copenhagen’s Department of Nutrition, Exercise and Sports, starting 1 November 2024. Professor Elbenhardt's research brings together interdisciplinary expertise in human physiology, molecular cell biology, and transgenic animal models to explore these complex cellular processes that determine muscle function. His work has led to significant advances in muscle redox biology, insulin-dependent and insulin-independent glucose uptake regulation, and the regulation of muscle size. An inaugural lecture and reception will be announced shortly. Congratulations to Thomas! Read more here 👇 @UCPH_Research @science_ku #MolecularPhysiology
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RT @SFRBM: New research in #FreeRadicalBiologyandMedicine highlights how reactive oxygen species (ROS), especially hydrogen peroxide, are g…
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RT @ValFajardoPhD: Animal Models of Haploinsufficiency Revealed the Isoform-Specific Role of GSK-3 in HFD-Induced Obesity and Glucose Intol…
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Excited to share our Science Advances paper on mitochondrial ROS and its impact on insulin resistance in skeletal muscle! Huge congrats to @Matteo_Fiorenza and the team! Check out the tutorial and paper below—more insights on this topic coming soon, I hope! :)
Reducing the mitochondrial oxidative burden alleviates lipid-induced muscle insulin resistance in humans New paper out today in @ScienceAdvances 1/10 🧵👇
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RT @AlmquistNicki: Is training volume really the most important variable for maximizing capillary adaptations? Here is a breakdown from o…
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RT @CasteeleFreek: Does one biopsy cut it? Short answer: no. Find out the longer answer below 🧵👇 This thread is based on our new @japplphy…
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RT @AlmquistNicki: What are the most important factors for improving mitochondrial content, capillarisation, and VO2max? That is the key q…
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RT @inside_exercise: Now online There is evidence exercise can: -reduce the likelihood of getting cancer -improve the prognosis during c…
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