Kim E Barrett,Damian M Bailey
Kim E Barrett
Editorial
The Journal of physiology. 2026 Mar 21. DOI:10.1113/JP290779 2026
Drafting the calmodulation playbook: Emerging structural insights into transient receptor potential channel regulation by calmodulin [0.03%]
草拟钙调素调节手稿：瞬时受体电位通道由钙调蛋白调控的新兴结构见解
Aden M Alemayhu,Candice E Paulsen
Aden M Alemayhu
Calmodulin (CaM) is the principal calcium (Ca2+) sensor in eukaryotic cells, orchestrating hundreds of signalling pathways that regulate excitability, contraction, secretion, gene expression and many other essential processes. This small, h...
Skeletal muscle adaptation to muscle activity and hypoxia: Differential structural and metabolic remodelling [0.03%]
骨骼肌适应肌肉活动和缺氧：不同的结构和代谢重塑
David Hauton,Roger W P Kissane,James McCullagh et al.
David Hauton et al.
Delivery and utilisation of oxygen are critical determinants of skeletal muscle function, and therefore aerobic performance. Angiogenesis, the process of microvascular bed expansion, may be initiated by several tissue-level stimuli (e.g. of...
Alexandru C Barboi,Vaughan G Macefield
Alexandru C Barboi
Erik Skjoldan Mortensen,Mark Schram Christensen
Erik Skjoldan Mortensen
Muscle vibration alters both perceived limb position and velocity by increasing muscle spindle afferent firing rates. In particular the type Ia afferents are affected, which mainly encode muscle stretch velocity. Predictive frameworks of se...
Resistance training tempo selectively modulates corticospinal and reticulospinal excitability in humans [0.03%]
训练节奏选择性地调节人体皮质脊髓和网状脊髓的兴奋性
Yonas Akalu,Jamie Tallent,Ashlyn K Frazer et al.
Yonas Akalu et al.
The neural mechanisms underlying resistance training (RT) adaptations remain incompletely understood, particularly the contribution of cortico-reticular and reticulospinal tracts (RSTs), which have rarely been examined in humans. One factor...
Increasing protein intake without increased physical activity is unlikely to improve muscle health: the new U.S. dietary guidelines [0.03%]
增加运动量以外的蛋白质摄入量不会改善肌肉健康：美国新的膳食指南指出
Grith Højfeldt,Paul T Morgan,Casper Soendenbroe
Grith Højfeldt
A new perspective on spinal motoneuron persistent currents: Predictive compensation for muscle nonlinearities [0.03%]
脊髓运动神经元持续电流的新观点——对肌肉非线性的预测补偿
Matthieu Chardon,C J Heckman,W Zev Rymer
Matthieu Chardon
Thorsten Rudroff
Thorsten Rudroff