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2014, Colloquium series on integrated systems physiology, ISBN 9781615043729, Volume 52., viii, 91
The control of breathing during exercise remains the source of considerable debate. Classical schemes of the exercise hyperpnea have incorporated elements of... 
Respiration | Regulation | Medical | Physiology | Lungs | Pathophysiology | Respiratory organs | Diseases
Book
The Journal of Physiology, ISSN 0022-3751, 09/2015, Volume 593, Issue 17, pp. 4043 - 4054
Key points Critical power represents an important threshold for neuromuscular fatigue development and may, therefore, dictate intensities for which exercise... 
Con, control exercise | CP, critical power | Occ, blood flow occlusion exercise | PCr, phosphocreatine | W ′, curvature constant | deoxy‐[Hb + Mb], deoxygenated‐[haemoglobin + myoglobin] | R, resistance | oxy‐[Hb + Mb], oxygenated‐[haemoglobin + myoglobin] | f, contraction frequency | iEMG, intergrated electromyography | MedPF, median power frequency | Sat‐[Hb + Mb], %Saturation‐[haemoglobin + myoglobin] | total‐[Hb + Mb], total‐[haemoglobin + myoglobin] | VA, voluntary activation | P, power | MVC, maximal voluntary contraction | Pi, inorganic phosphate | Con + Occ, control exercise with 5 min post‐exercise blood flow occlusion | LED, light‐emitting diodes | d, displacement | Ppeak, peak power | Occ + Occ, blood flow occlusion exercise with 5 min post‐exercise blood flow occlusion | NIRS, near infrared spectroscopy | Qtw, potentiated doublet force | Tlim, task failure | EMG, electromyography | W', curvature constant | task failure | Oxy-[Hb + Mb], oxygenated-[haemoglobin + myoglobin] | P | Total-[Hb + Mb], total-[haemoglobin + myoglobin] | Q | T | D, displacement | inorganic phosphate | peak power | F, contraction frequency | potentiated doublet force | Occ + Occ, blood flow occlusion exercise with 5 min post-exercise blood flow occlusion | Con + Occ, control exercise with 5 min post-exercise blood flow occlusion | Sat-[Hb + Mb], %Saturation-[haemoglobin + myoglobin] | Deoxy-[Hb + Mb], deoxygenated-[haemoglobin + myoglobin] | LED, light-emitting diodes | IEMG, intergrated electromyography | O-2 UPTAKE | HEALTHY HUMANS | POWER-DURATION RELATIONSHIP | OBSTRUCTIVE PULMONARY-DISEASE | PHYSIOLOGY | CENTRAL MOTOR DRIVE | NEUROMUSCULAR FATIGUE | GROUP-III | NEUROSCIENCES | HUMAN SKELETAL-MUSCLE | WORK CAPACITY | INTENSITY EXERCISE | Young Adult | Exercise Test | Humans | Adult | Male | Electromyography | Exercise - physiology | Muscle, Skeletal - physiology | Muscle Fatigue - physiology | Regional Blood Flow - physiology | Hand Strength - physiology | Brachial Artery - physiology | Myoglobin | Phosphates | Analysis | Hemoglobin | Fatigue | Light-emitting diodes | Blood flow | oxy-[Hb + Mb], oxygenated-[haemoglobin + myoglobin] | Occ + Occ, blood flow occlusion exercise with 5 min post-exercise blood flow occlusion | total-[Hb + Mb], total-[haemoglobin + myoglobin] | Con + Occ, control exercise with 5 min post-exercise blood flow occlusion | Integrative | Sat-[Hb + Mb], %Saturation-[haemoglobin + myoglobin] | deoxy-[Hb + Mb], deoxygenated-[haemoglobin + myoglobin]
Journal Article