📣 Exercise as a renal-protective strategy Slowing chronic kidney disease progression and optimising dialysis care ✅ NEW #PhDAcademyAward 🏆 @hugodlcorrea, @ThiagoRosa_17 👏 Read more ➡️ https://t.co/Og5XYYfH3g

7/7 Proud to contribute to global sports medicine Let’s make exercise prescription safer, evidence-based, and more accessible. 💪🧬 #BJSM #PhDAward #ExerciseScience #CKD #Nephrology #StrengthTraining #ScienceBrazil

6/7 🧾 Read the paper: ➡️ Exercise as a Renal-Protective Strategy: Slowing CKD Progression and Optimising Dialysis Care 📍 Published in @BJSM_BMJ 🔗 https://t.co/wNcLTrkAxt Full link:

5/7 Exercise should be part of standard CKD care, from early stages to dialysis. Yet it’s still underused. Our work offers clinical and molecular evidence to change that. 👊

4/7 🧠 On a molecular level, we found that exercise modulates Klotho, a protein linked to ageing and kidney health. We were the first to propose Klotho as a potential molecule released by exercise with systemic benefits.

3/7 🔬 Key findings: -More muscle mass = slower kidney decline -Exercise during dialysis improves survival markers -Even frail patients benefit via blood flow restriction training (BFR-RT)

2/7 My PhD thesis focused on resistance training as a therapy to preserve kidney function. Across 6 studies with >1,000 patients, we showed that exercise is medicine for CKD. 💪🧬

1/7 Chronic Kidney Disease (CKD) affects over 10% of the global population. It's not just a kidney problem—it accelerates ageing, causes inflammation, and increases mortality.

🚨 Published in British Journal of Sports Medicine! My PhD research was selected for the prestigious PhD Academy Award. 🧵 Let me explain how exercise can protect your kidneys and reshape chronic kidney disease care ⬇️ @ThiagoRosa_17

New Research: The impact of different exercise modalities on chronic kidney disease: an umbrella review of meta-analyses https://t.co/ke5LcmWO1B #FrontiersIn #Physiology

1/5 🚨 Which exercise modality works best for patients with kidney disease? 🔬 Our latest study, published in @FrontPhysiol investigates the impact of various exercise modalities on chronic kidney disease.Check out our findings! 🧵👇 @mgh_transplant @hugodlcorrea @ThiagoJborges

https://t.co/pH39xoP8Sq Concerns about the application of resistance exercise with blood-flow restriction and thrombosis risk in hemodialysis patients. #Hemodialysis @hugodlcorrea @JSHS_MedHealth @PPGEF_UCB @UCBBiotec @LucenaReis @LysDeus

Recent paper from the lab of @ThiagoRosa_17 demonstrating the effects of home-based progressive resistance training in chronic kidney disease patients Glad to be part of this Lab! https://t.co/u704G4spqR

A systematic review and meta-analysis by @hugodlcorrea et al. suggests that Klotho, an anti-aging protein, levels increase with chronic exercise, the effect influenced by the type of exercise and differences in training regime https://t.co/PK1CjYaWN5

Our article "High-intensity training induces non-stoichiometric changes in the mitochondrial proteome of human skeletal muscle without reorganisation of respiratory chain content" has received 8672 downloads since publication! Access the article here: https://t.co/VuZmk6CXDx

A systematic review and meta-analysis by @hugodlcorrea et al. suggests that Klotho, an anti-aging protein, levels increase with chronic exercise, the effect influenced by the type of exercise and differences in training regime https://t.co/PK1CjYaWN5

A developmental atlas of somatosensory diversification and maturation in the dorsal root ganglia by single-cell mass cytometry | Nature Neuroscience https://t.co/rcwqtjoeTu #cytofpub

@hugodlcorrea @MoriLabe @LysDeus @LucenaReis @catolica @PPGEF_UCB

https://t.co/qIelFUl2SH @hugodlcorrea @MoriLabe @LysDeus @catolica @PPGEF_UCB @LucenaReis @PassosVanerson @SciReports @CExercicio

Happy to be part of this 👇 Interesting piece of work led by @hugodlcorrea and @ThiagoRosa_17 with LaBE fellow @HenverBrunetta