Using a maximal elastance analysis, #research by Cheng-Yuan Lai and co-investigators finds that #myostatin-dependent detrusor remodelling mediates contractility impairment in #diabetic rats’ bladder 🔬 🔎 Read the article: buff.ly/JTtllAt

K. K. Lange (@UCPH_health) and collaborators examined the effects of #exercise followed by a low-carbohydrate diet on peak fat oxidation and #mitochondrial coupling control and efficiency in healthy trained men 🔎 🚴 Read the findings👇️ buff.ly/VzWiq74

'The ageing #kidney remembers its nutritional beginnings'💭 Kieran M. Short and John F. Bertram (@MonashUni) offer this #Perspective on the recent study by Pires et al., (2026) ✍️ Read it here👇️ buff.ly/RM6jEvZ

'Metabolism meets modulation: Lactate's redox-driven control of NMDARs' Cullan Voelkner (@BrockFAHS) and co-authors examine the recent study by Fiumelli et al. (2026) in this #JournalClub article🎓️ ✍️ 🔗 buff.ly/NC9rbZy

🎓️ EDITOR'S CHOICE🎓️ Pereira Pires and colleagues show that early malnutrition of the fetus shifts the #renal proteome towards mitochondrial/redox metabolism and is accompanied by histopathological lesions in the kidney🔬 Read the article💡 buff.ly/cIcdpNE

Latest issue now live🎉 The cover image comes from the work of Francis et al. and depicts model predictions of peak contractile force during the final repetition of a resistance training set 📸 Read all articles here📖 buff.ly/fgDQpSE

In this study, Sophia T. Jenz (@NUPTHMS) and collaborators observed that #motor unit discharge properties are modestly influenced by #menstrual cycle–related fluctuations in sex #hormone concentrations 📆 🔎 Read it here👇️ buff.ly/k6LFmxu

#Research by Tamzin Zawadzki (@uni_copenhagen) and colleagues finds that slow #calcium removal contributes to impaired #lusitropic response to β-adrenergic stimulation in HFpEF mice 🫀 🔬 Read the article here👇️ buff.ly/AY39w2E

Celebrating 100 years of the Chinese Association for Physiological Sciences (CAPS) 🎓️ 🎉 Yun Wang (@PKU1898) and colleagues discuss the pivotal role of CAPS in building physiology in China in this editorial 📜 Read it here👇️ buff.ly/hdHMnHP

Lia Gander (@USI_en) and colleagues present an eikonal #model with re-excitability for fast simulations in cardiac #electrophysiology ⚡️ 🫀 Read the research 👇️ buff.ly/nO5q9ZL

Marie Haghebaert (@Inria) and collaborators present a comparative study of lumped heart models for #personalized medicine through sensitivity and identifiability analysis 🫀 💉 Read the article📜 buff.ly/Y6KAU7s

'Advancing #aortic stenosis assessment: Validation of fluid–structure interaction models against #4D flow MRI data' 🔬 💻️ Read the latest #research by Alberto Zingaro (@ELEM_Biotech) and colleagues 📜 🔗 buff.ly/7JQ6sxC

Sofia Botti (@USI_university) and colleagues performed in silico #modelling of multi-electrode arrays for enhancing cardiac drug testing on #hiPSC-CM heterogeneous tissues 🔬 🔎 Read the article👇️ buff.ly/bIwmZVp

Abdullah A. Al-Shammari (@K_University) and collaborators examined the utility of local #capillary supply indices and offer insights from #computational image-based modelling 🔎 📸 Read the article📜 buff.ly/juXV9o2

#Research by Francesca Duca (@polimi) and collaborators performs #computational analysis to assess #hemodynamic forces in descending thoracic aortic aneurysms🫀 🔎 Read their findings👇️ buff.ly/azVo8ko

Efraín Magaña (@ucatolica_eng) and colleagues conduced ensemble #learning of the atrial fibre orientation with physics-informed #neural networks ⚙️ 🫀 Read the #research👇️ buff.ly/Ye2HUD8

In this study on #pharmacological autonomic stimulation, Diego Candia-Rivera and colleagues from @InstitutCerveau modelled the time-resolved modulations of #cardiac activity in rats 🫀 💻️ Read the article👇️ 🔗 buff.ly/TYsQwfP

Paolo Melidoro (@KingsImaging) and collaborators offer insights into enhancing #stroke risk stratification in atrial fibrillation through non-Newtonian blood #modelling and Gaussian process emulation 💻️ 🫀 Read the #research👇️ buff.ly/jiUc982

'Elucidating the #cellular determinants of the end-systolic pressure-volume relationship of the heart via #computational modelling' 🔬 🫀 Read the research from Francesco Regazzoni (@polimi) and colleagues, featuring on the cover of this special issue! buff.ly/C1o7Dyt