COMPARISON OF VENTILATORY CHEMOREFLEXES AT REST WITH AND WITHOUT A PERIOD OF PRIOR EXERCISE IN MAN

COMPARISON OF VENTILATORY CHEMOREFLEXES AT REST WITH AND WITHOUT A PERIOD OF PRIOR EXERCISE IN MAN

Bibliografische gegevens
Hoofdauteurs:	Clement, I, Pandit, J, Bascom, D, Dorrington, K, Oconnor, D, Robbins, P
Formaat:	Journal article
Taal:	English
Gepubliceerd in:	1993

Gelijkaardige items

Ventilatory chemoreflexes at rest following a brief period of heavy exercise in man.
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An assessment of central-peripheral ventilatory chemoreflex interaction using acid and bicarbonate infusions in humans.
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An assessment of central-peripheral ventilatory chemoreflex interaction in humans.
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VENTILATORY RESPONSES TO RESPIRATORY AND ACUTE METABOLIC-ACIDOSIS IN MAN
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Latency of the ventilatory chemoreflex response to hypoxia in humans.
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A COMPARISON OF EUOXIC AND HYPOXIC VENTILATORY RESPONSES TO ACUTE METABOLIC-ACIDOSIS WITH THE RESPONSES TO CO2 INHALATION IN MAN
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Role of the peripheral chemoreflex in the early stages of ventilatory acclimatization to altitude.
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CHANGES IN VENTILATORY SENSITIVITY TO CO2 DURING A SUSTAINED PERIOD OF ISOCAPNIC HYPOXIA IN MAN
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INCREASED VENTILATORY SENSITIVITY TO HYPOXIA WITH RAISED ARTERIAL POTASSIUM CONCENTRATION AT REST AND DURING EXERCISE IN MAN
door: Qayyum, M, et al.
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Peripheral chemoreflex function in hyperoxia following ventilatory acclimatization to altitude.
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Changes in peripheral chemoreflex sensitivity during sustained, isocapnic hypoxia.
door: Bascom, D, et al.
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Chemoreflex effects of low dose sevoflurane in humans.
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EXERCISE GENUINELY ATTENUATES THE PROCESS UNDERLYING HYPOXIC VENTILATORY DECLINE IN MAN
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THE EFFECTS OF ELECTRICALLY STIMULATED LEG EXERCISE ON THE ACUTE VENTILATORY RESPONSE TO HYPOXIA IN MAN
door: Pandit, J, et al.
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Acute ventilatory responses to hypoxia during voluntary and electrically induced leg exercise in man.
door: Pandit, J, et al.
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Volatile anaesthetic depression of the carotid body chemoreflex-mediated ventilatory response to hypoxia: directions for future research.
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Volatile Anaesthetic Depression of the Carotid Body Chemoreflex-Mediated Ventilatory Response to Hypoxia: Directions for Future Research
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Increased hypoxic ventilatory sensitivity during exercise in man: are neural afferents necessary?
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A learned component of the ventilatory response to exercise in man.
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Ventilatory effects of 8 hours of isocapnic hypoxia with and without beta-blockade.
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DYNAMIC-MODELS OF THE HUMAN VENTILATORY RESPONSE TO SUSTAINED HYPOXIA
door: Liang, P, et al.
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Extended models of the ventilatory response to sustained isocapnic hypoxia in humans.
door: Liang, P, et al.
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Ventilatory effects in humans of 8 h of isocapnic hypoxia with and without beta-blockade
door: Clar, C, et al.
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Ventilatory effects of 8 h of isocapnic hypoxia with and without beta-blockade in humans.
door: Clar, C, et al.
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The ventilatory effects of sustained isocapnic hypoxia during exercise in humans.
door: Pandit, J, et al.
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Effects of sustained hypoxia on acute hypoxic ventilatory response during exercise in man
door: Wood, H, et al.
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CHANGES IN THE RAPID COMPONENT OF THE VENTILATORY RESPONSE TO HYPOXIA DURING SUSTAINED ISOCAPNIC HYPOXIA IN HUMANS
door: Clement, I, et al.
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Prior sustained hypoxia attenuates interaction between hypoxia and exercise as ventilatory stimuli in humans.
door: Wood, H, et al.
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Steady‐state chemoreflex drive captures ventilatory acclimatization during incremental ascent to high altitude: Effect of acetazolamide
door: Valerie C. Cates, et al.
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Effect of heart failure and physical training on the acute ventilatory response to hypoxia at rest and during exercise.
door: Barlow, C, et al.
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Hypoxic depression of ventilation in humans: alternative models for the chemoreflexes.
door: Khamnei, S, et al.
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Ventilatory response to peripheral chemoreflex and muscle metaboreflex during static handgrip in healthy humans: evidence of hyperadditive integration
door: Diogo Machado deOliveira, et al.
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Effect of raised potassium on ventilation in euoxia, hypoxia and hyperoxia at rest and during light exercise in man.
door: Qayyum, MS, et al.
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Possible mechanisms that may determine the set point and sensitivities of the chemoreflexes.
door: Robbins, P
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Respiratory effects of breathing high oxygen during incremental exercise: Implications for ventilatory control
door: Pandit, J, et al.
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The HMOX2 polymorphism contributes to the carotid body chemoreflex in European sea-level residents by regulating hypoxic ventilatory responses
door: Pierre Fabries, et al.
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Effect of low-dose enflurane on the ventilatory response to hypoxia in humans.
door: Nagyova, B, et al.
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Effect of hypoxia on arterial potassium concentration at rest and during exercise in man.
door: Barlow, C, et al.
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The peripheral actions of the central neuropeptide somatostatin on control of breathing: effect on metabolic rate and chemoreflex responses in humans.
door: Pandit, J, et al.
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