🎓EDITOR'S CHOICE🎓 Hulmi (Jyväskylän yliopiston opettajankoulutuslaitos) et al. show that resistance training produces a substantial change in the proteome of skeletal muscle, most of which is reversible. Some proteins remain elevated, implying "muscle memory" of training. 🔗 buff.ly/DkHnDJZ

📣 CALL FOR PAPERS 📣 Topics: 🔎 Cellular mechanisms of OFF-response generation 🧠 Neural circuits carrying ON/OFF information 💻 Computational principles of ON/OFF pathway splitting 🥼 Clinical relevance of stimulus-offset responses in the brain 🔗 buff.ly/UUwZcW3

Anita Balázs & Marcus A. Mall (Charité - Universitätsmedizin Berlin) present this #Perspective on Guidone et al. (2025) regarding the mucus barrier in pulmonary drug delivery ✍️ 🫁 🔗 buff.ly/TdJSpY7

Martin Simoneau (Université Laval) et al. investigated balance control threshold to #vestibular stimuli ⚖️🧠 📜 Read the #Research here: buff.ly/rJIIHL4

John Noone (PESS @ UL) offers this #Perspective on the work of Pinho et al. (2025) and rethinking adipose energetics with obesity, insulin resistance and surgery ✍️ 💭 🔗 buff.ly/L86Szim

📣 CALL FOR PAPERS 📣 On the following topics: 🚩 Calcium-activated chloride channels (caCCs) 🔋 Smooth muscle cell excitability 🔬 CaCC modulation 🔗 Sarcoplasmic/Endoplasmic reticulum-CaCC coupling More information & how to submit 👉 buff.ly/nQnmp92

Óscar J. Arias-Mutis (Instituto de Salud Carlos III (ISCIII) Fac. Medicina UV) et al. investigated the effects of diet-induced MetS on ventricular remodelling and its potential electrophysiological #arrhythmogenic mechanisms🫀 ✍️ 📜 Read the #Research here: buff.ly/G5VDGVi

⏰ EXTENDED DEADLINE ⏰ CALL FOR PAPERS Focusing on: 🔌 Brain circuitry 🫁 Cardiorespiratory control ⌛ Lifespan 🫀 Cardiorespiratory disease 🧠 (Mal)adaptive brain changes For full information & how to submit🔗 buff.ly/Kk45si3

Recent #Research by Catherine F. Notarius (UHN Research U of T Kinesiology & Phys Ed) et al. investigates mechanisms of sympathetic excitation during cycling exercise in heart failure with reduced ejection fraction 🚴 🫀 📜 Read it here: buff.ly/0UxDFRX

Julien Bensalem (SAHMRI Uni of Adelaide) et al. observed that intermittent time-restricted eating may increase #autophagic flux in humans 🍽️ 🔬 📜 Read the #Research here: buff.ly/5Kxwy6z

Robert A. E. Seaborne (School of Basic & Medical Biosciences UCPH Healthscience) et al. observed that integrated single-cell functional-proteomic profiling reveals a shift in #myofibre specificity in human nemaline myopathy 🔬 💻 📜 Read the #Research here: buff.ly/uz1wWa9

Recent #Research by Zheng Wang (Mayo Clinic Department of Surgery) et al. observes that in vivo human gracilis #muscle active force-length relationship is explained by the sliding filament theory 🦵 ✍️ 🔗📜 : buff.ly/h0L0PCo

Harold A. Coleman & Helena C. Parkington (Monash Biomedicine Discovery Institute) present this #Perspective on mitochondrial regulation of calcium oscillations in smooth muscle & a recent study by Zhang et al (2025) 💭 ✍️ Read it here: buff.ly/zlYnzlg

Keith Burgess (Macquarie University) offers this #TranslationalPerspective on the work of Thomson et al. (2025) into a novel medication approach to treating obstructive sleep apnoea 💭 Read it here: buff.ly/4kKO22i

A new study by Alexander N. Klishko (GA Tech Biology Georgia Tech Research) et al. examines the effects of spinal transection and #locomotor speed on muscle synergies of the cat #hindlimb 🐈 ⏰ 📜 Read the #Research here: buff.ly/dFG71KN

Does #antioxidant supplementation influence the outcomes of #SIT #training? #skeletalmuscle fans, we might have some information for you. #proteomics leads the way! doi.org/10.1113/JP2886… Kudos to the great Håkan Westerblad and to the whole amazing team.

Maggie P. Rempe (Institute for Human Neuroscience University of Nebraska Medical Center) et al. observed that #hippocampal and cortical oscillatory dynamics reflect semantic processing and predict #behavioural performance 🧠 ⚙️ 📜 Read the #Research here: buff.ly/SxOgnT4

This new study by Abraham D. Killanin (Institute for Human Neuroscience UNMC College of Medicine) et al. examines dynamic connectivity between developmentally sensitive regions serving verbal working #memory in children and adolescents 🧠 📈 📜 Read the #Research here: buff.ly/IdfKigu

#Research by Myriah Haggard (Quantitative Life Sciences) & Maurice J. Chacron (McGill Physiology) finds that #electrosensory midbrain neurons optimally decode ascending input during object localization 🧠 🔬 📜 Read it here: buff.ly/ioiCos3

Congratulations & welcome to Dr. Diego Candia-Rivera (Diego Candia-Rivera 🏳️‍🌈 in 🦋🟦) from Institut du Cerveau - Paris Brain Institute who joins us as one of our 2025 Editorial Board Fellows! 🎉🎓