https://t.co/aM3N1LJlud
Without the support from my mentor @ZachSClayton, the lab team, the Division of Geriatrics, and the NIH/NIA Physiology of Aging T32, none of these accomplishments would be possible. Thank you all! @CUCenterOnAging@CUMedicalSchool@CUCancerCenter
Exercise preconditioning has been shown to protect skeletal muscles against muscle atrophy during periods of muscle disuse (i.e., limb casting). To better understand the mechanisms responsible for exercise preconditioning, check out the following reports:
https://t.co/vnIimgnfO4
https://t.co/DVMp9LahKc
https://t.co/IXWex06gaT
Today I received amazing news from the NIH. I was notified that I will receive the Clinical Research Loan Repayment Program Award from NIH/NHLBI! Thank you to my mentors @ZachSClayton, PhD, Joshua Yarrow, PhD, and Moreau Kerrie, PhD for their incredible guidance and support.
📢The Integrative Muscle Plasticity Lab @UF_HHP is seeking graduate students (MS/PhD) & staff for Fall 2025 / Spring 2026.
No prior background in muscle needed – just curiosity & drive.
🔁 Please share or tag someone interested.
#Myotwitter#PhDPositions@UFMyology@UFBreathe
🚨 Exercise is no longer optional, it is essential!
One of the most impactful studies at #ASCO25
🏃♂️ The #CHALLENGE trial (LBA4319) proves that structured exercise after chemo in stage III colon cancer is not just lifestyle—it’s life-saving.
📊 5y DFS: 80.3% vs 73.9%
❤️ 8y OS: 90.3% vs 83.2%
📉 Mortality risk ↓ by 37%
📄 Simultaneously in @NEJM https://t.co/y4e9u71OLI
#ColorectalCancer #OncoTwitter #ExerciseOncology #exercise
Check out this new paper demonstrating that transitioning from an active to a sedentary lifestyle leads to the rapid onset of oxidative stress and atrophy in locomotor muscles- Experimental Physiology (2025)
https://t.co/si2ql9uHmV
Always a great time at the @APSPhysiology Summit! #APS2025 Thank you to the APS Cardiovascular Awards Committee for recognizing our work and my mentoring team! @ZachSClayton@CUAnschutz
New Research: High-resistance inspiratory muscle strength training: a promising strategy for improving vascular health in chronic kidney disease https://t.co/tyZp8QAd79 #FrontiersIn#Physiology
New paper from the lab in @AJPRegu ! We showed that GL261 glioblastoma induces delayed body weight gain and stunted skeletal muscle growth in young mice. Shout out to @JRHUOT_PhD@SportResearchEx https://t.co/aT1t86MS6a
https://t.co/aM3N1LJlud
Without the support from my mentor @ZachSClayton, the lab team, the Division of Geriatrics, and the NIH/NIA Physiology of Aging T32, none of these accomplishments would be possible. Thank you all! @CUCenterOnAging@CUMedicalSchool@CUCancerCenter
@PhrenicRanatomy@OSUNeuroscience CO has been great, quite the adjustment from FL with the snow and dry air. See you at the summit, look forward to catching up. Congrats again, I look forward to seeing your all your upcoming accomplishments at OSU!
New paper from the lab reviewing ‘Diversity in Chemotherapy-Induced Cachexia’ @ljnovinger | American Journal of Physiology-Cell Physiology https://t.co/je4XaX3xgA
Fortunate to have been invited to speak for the @UFMyology seminar series next week. Tune in via zoom where I’ll discuss data from my work at @UF_HHP@UFBreathe and projects currently ongoing here at @CUAnschutz with @ZachSClayton
Join us November 6th for another great seminar when Dr. Branden Nguyen @B_NguyenCU presents "Exercise Training to Prevent Doxorubicin-induced Cardiorespiratory Toxicity: Does Timing and Intensity Matter?" @ZachSClayton@CUAnschutz
Scott K. Powers (@skppowers) highlights the MV-induced changes in the structure/function of #diaphragm muscle & discusses the cell-signalling mechanisms responsible for the #pathogenesis of VIDD in this #TopicalReview📚
🔗 https://t.co/L77BiUFIAc