A Research Group (Christos Katsanos, PhD, PI) at Arizona State University investigating the biology behind muscle health impairments in humans with obesity.

Phoenix, Arizona
Joined October 2023
Our review in Comprehensive Physiology with @DrZhenqiLiu and Philip Atherton discusses evidence that GLP-1 RAs may improve muscle vascular function and glucose metabolism, while outlining the unresolved questions around muscle protein metabolism. onlinelibrary.wiley.com/doi/…
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Thankful to #ECSS2026 for the opportunity and proud of our graduate student, Kailin, for sharing our initial findings on #muscle mass responses in patients at Mayo Clinic Arizona.
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Great opportunity for our lab to have been joined by @MartaMurgia and @Phil_Bellinger in this symposium at this year's #ECSS2026!
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Human Obesity Metabolism (HOMe) Lab retweeted
Shaping the future of muscle health: A clinical nutrition perspective and research agenda clinicalnutritionjournal.com…
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Great job by Kailin Johnsson , PhD student, presenting research from our @HOMeScienceLab at #APS2026 2 presentations, 3 separate awards Congratulations, Kailin!
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Kjirstin from our lab getting ready to present her research on the effects of high fat diet on muscle fiber types this afternoon at #APS2026!
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New in PNAS: Age-related muscle decline is driven by mitochondrial dysfunction—but exercise can remodel mitochondria, restore muscle function, and reduce frailty, even later in life. pnas.org/doi/10.1073/pnas.25…
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Human Obesity Metabolism (HOMe) Lab retweeted
Back-to-back papers from @AlexKeeble5 and @saragonzalezve . Working with @MVFranchi , we show that limb suspension and post-ACLR muscle exhibit fundamentally different muscle transcriptomic signatures. journals.physiology.org/doi/…
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Human Obesity Metabolism (HOMe) Lab retweeted
Super proud to share the first original research paper from my new lab: "Weight loss with GLP-1 medicines does not result in a disproportionate loss of muscle mass or function in obese mice and humans" cell.com/cell-reports-medici…
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Incretin-based therapies exert distinct, time and dose-dependent effects on skeletal muscle mitochondrial function onlinelibrary.wiley.com/shar…
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Human Obesity Metabolism (HOMe) Lab retweeted
We're happy to announce we've achieved our #Subscribe2Open goal in 2026! Ten of our @APSPublications primary research journals will be open to readers worldwide with no article processing charges for authors. Learn more: ow.ly/Ungf50YwORt
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Human Obesity Metabolism (HOMe) Lab retweeted
A very important point is the safety point: this paper shows you can significantly decrease myostatin levels throughout a person’s lifetime, and the result is more muscle, less fat, increased strength, and no noticeable side effects
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Mitigating loss of lean muscle in GLP-1 and dual GLP-1/GIP agonists: P... sciencedirect.com/science/ar…
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Human Obesity Metabolism (HOMe) Lab retweeted
Please join this exciting webinar that I will be moderating, featuring distinguished speakers from @NIH @ncats_nih_gov and @emulateinc - about Organ-on-a-Chip, Clinical-Trials-on-a-Chip, Tissue Chips in Space, Biofab 3D Tissues. Register for free & share (01/22 @ 1 pm ET)
Next at APS: • W/@VO2Master: Dynamic Metabolic Testing in Elite Athletes & Tactical Performance 1/21 • W/@emulateinc: Organ Chips in Translational Physiology Res. 1/22 • W/@faunabio: Physiological Resilience & Insights in Animal Models 2/17 ow.ly/WEWs50WuRYU 📷: @istock
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Human Obesity Metabolism (HOMe) Lab retweeted
Next at APS: • W/@VO2Master: Dynamic Metabolic Testing in Elite Athletes & Tactical Performance 1/21 • W/@emulateinc: Organ Chips in Translational Physiology Res. 1/22 • W/@faunabio: Physiological Resilience & Insights in Animal Models 2/17 ow.ly/WEWs50WuRYU 📷: @istock
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