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期刊名:Journal of physiology-london

缩写:J PHYSIOL-LONDON

ISSN:0022-3751

e-ISSN:1469-7793

IF/分区:4.6/Q1

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共收录本刊相关文章索引10073
Clinical Trial Case Reports Meta-Analysis RCT Review Systematic Review
Classical Article Case Reports Clinical Study Clinical Trial Clinical Trial Protocol Comment Comparative Study Editorial Guideline Letter Meta-Analysis Multicenter Study Observational Study Randomized Controlled Trial Review Systematic Review
Jun Sun,Li Xiong,Lingfeng Yuan et al. Jun Sun et al.
Adenosine monophosphate deaminase 1 (AMPD1) gene is highly expressed in human skeletal muscle, primarily responsible for the conversion of AMP to inosine monophosphate (IMP). It plays a crucial role in maintaining the homeostasis of the ade...
Stefan Meier,Anna S Savchenko,Paul G A Volders et al. Stefan Meier et al.
Cardiac arrhythmias remain a major cause of morbidity and mortality worldwide, yet therapeutic efficacy is constrained by an incomplete understanding of their multifactorial and time-dependent mechanisms. Traditional cardiac electrophysiolo...
Kevin K W Ng,Ingvars Birznieks,Richard M Vickery Kevin K W Ng
Sinusoidal vibratory stimuli are frequently used to study human sensory perception but have the limitation that changes in vibration frequency are accompanied by changes in the number and type of activated mechanoreceptive afferents. Here w...
Elliott J Jenkins,Phuong L Ha,Connor A Howe et al. Elliott J Jenkins et al.
Group III/IV muscle afferents play a prominent role in ensuring appropriate arterial oxygenation during exercise. Exercise in hypoxia poses a major cardiorespiratory challenge due to reduced inspired oxygen pressure (PIO2). Although humans ...
Mackenzie N Kehmeier,Alexandra Famiano,Abigail E Cullen et al. Mackenzie N Kehmeier et al.
The APOEε4 allele and oestrogen deficiency independently predispose females to an increased risk of vascular and metabolic impairments, but their cerebrovascular effects are less understood. The purpose of this study was to determine the i...
Kento Nakagawa,Rieko Osu Kento Nakagawa
Transcutaneous auricular vagus nerve stimulation (taVNS) is emerging as a promising non-invasive neuromodulation technique to augment neurorehabilitation; however, its mechanisms in humans remain poorly understood. Animal studies indicate t...