Journal of Physiology

Zakarias Kefil Jensen Ogueboule (@UCPH_Research) presents this #JournalClub on myonuclear alterations after training based on a study by Battey et al. ✍️ Read it here: buff.ly/YrNa3KS

🚨 To all my fellow fibroblast/stromal cell enthusiasts, the deadline to submit manuscripts to our special issue has been extended to May 1st. Please feel free to reach out if you’d like additional information or would like to propose a topic for a bibliographical review 🤓🧬🔬🧫

This study by Cas J. Fuchs (@NMS_UM) et al. found that daily blood flow #restriction does not preserve muscle mass and #strength during 2 weeks of bed rest ⏰ 🛌 Read the #Research here: buff.ly/t5XXGPH

CALL FOR PAPERS Special issue on the regulation of #fibroblast function in #physiology and disease 📖 🔬 Guest edited by @mario_manresa Deadline⏰: 1st May 2026 For more information🔗: buff.ly/ozHOpkh

This #JournalClub by Jacob Andresen (@AarhusUni_int) examines the work of Franchi et al. into how short-term disuse shapes the adaptive response to resistance training ✍️ 🔗 Read it here: buff.ly/uGZRhdx

Recent #Research by Maude Dulac (@McGillMed) et al. finds that a #multimodal exercise countermeasure prevents the negative impact of head-down tilt #bedrest on muscle volume and mitochondrial health in older adults 🛌 🔎 📜 Read the article here: buff.ly/mtmUFpe

Driele C. da Silva Ferreira (@usponline) et al. present this #JournalClub examining the work of Fuchs et al. into limited impact of blood flow restriction on muscle quality of young individuals during prolonged unloading ✍️ 🔗 Access it here: buff.ly/NEtAKGK

William S. Zoughaib (@iuindySHHS) et al. present this #Perspective on Petrick et al. 'Beeting atrophy: dietary nitrate to protect the powerhouse of the cell?' 💭 ✍️ 🔗 Available here: buff.ly/kvlal2D

Heather L. Petrick (@UofG_HHNS @NMS_UM) et al. found that #dietary nitrate preserves mitochondrial #bioenergetics and mitochondrial protein synthesis rates during short-term immobilization in mice 🔎 💉 📜 Read the #Research here: buff.ly/KOPkFzU

Anna E. Kupraty & Bridget Coyle-Asbil of @UofG_HHNS discuss the findings of Dulac et al. in this #JournalClub article examining how exercise during bed rest improves mitochondrial function in older adults ✍️ Available here: buff.ly/UTud4kT

Cory M. Dungan (@Baylor) writes this #Perspective on the work of Battey et al. regarding myonuclear dynamics with age and exercise 💭 ✍️ Available here: buff.ly/ZtdNCPm

John Noone (@dcu_shhp ) et al. examined the impact of 60 days of -6° head down tilt #bedrest on mitochondrial content, #respiration and regulators of mitochondrial dynamics in this recent study 🛌 🫁 📜 Read the #Research here: buff.ly/KH99Jpf

Emily J. Ferguson & Justin Bureau (@queensu) present this #JournalClub examining the utility of dietary nitrate as a nutraceutical strategy to combat disuse-induced declines in muscle protein synthesis and mitochondrial function based on Petrick et al. buff.ly/VsCl9px

Mark R. Viggars & Karyn A. Esser (@UFMedicine) present this #TranslationalPerspective on the work of Franchi et al. (2025) into reprogramming metabolic #gene expression during active #recovery following disuse 🧬 🔗 buff.ly/KqOKMs3

Recent #Research by E. Battey (@KCLBMBioscience @Metabolcenter) et al. finds that #myonuclear alterations associated with #exercise are independent of age in humans 🚴‍♂️ 📜 Read the article here: buff.ly/UjhnewT

Ines Kortebi (@MoveUofT) et al. examine the work of Battey et al. in this #JournalClub 'Round and resilient: how does exercise get myonuclei in shape?' ✍️ Available here: buff.ly/70cmr5N

Martino V. Franchi (@UniPD_Research) et al. observed that previous short-term disuse dictates muscle #geneexpression and #physiological adaptations to subsequent resistance exercise 🧬 🚴‍♂️ 📜 Read the #Research here: buff.ly/XHULHXa

Casper Soendenbroe (@ISMCopenhagen) et al. discuss enhancing muscle & brain #resilience and examine the role of #prehabilitative exercise in mitigating disuse effects 🏃🧠 📖 Read the #TopicalReview here: buff.ly/u6HP6qI

Mathew Piasecki (@UniofNottingham) discusses motor unit adaptation to disuse: crossing the threshold from firing rate suppression to #neuromuscular junction transmission ⚙️ 🔎 📖 Read the #TopicalReview here: buff.ly/kzASGVw

Luca J. Delfinis (@YorkUKINE) et al. examine perspectives on the interpretation of #mitochondrial responses during skeletal muscle disuse-induced #atrophy in this #TopicalReview 🔬 📖 Read it here: buff.ly/zsEvO5K