1994
DOI: 10.1136/bmj.309.6953.531
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ABC of Sports Medicine: Temperature and Performance I: Cold

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Cited by 20 publications
(9 citation statements)
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“…[81,86] Lower arrest and death. [94,95] creatine levels are attributed to a decrease in celluWhile rare, some people also have cold hypersenlar, lymphatic and capillary permeability caused by sitivity and can be at risk if body parts are suddenly vasoconstriction induced by the cooler temperaimmersed in cold water. Conditions consist of allerture.…”
Section: Peripheral Resistance and Blood Flowmentioning
confidence: 99%
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“…[81,86] Lower arrest and death. [94,95] creatine levels are attributed to a decrease in celluWhile rare, some people also have cold hypersenlar, lymphatic and capillary permeability caused by sitivity and can be at risk if body parts are suddenly vasoconstriction induced by the cooler temperaimmersed in cold water. Conditions consist of allerture.…”
Section: Peripheral Resistance and Blood Flowmentioning
confidence: 99%
“…Levels of creatine uria. [95,96] Allergic reactions can consist of rashes kinase in the blood reflect not only creatine kinase and wheals, which may advance into anaphylaxis. release rate but also the removal rate.…”
Section: Peripheral Resistance and Blood Flowmentioning
confidence: 99%
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“…In addition, hands losing their dexterity or less sensitive fingers, impaired coordination, visual acuity, general alertness or reflexes are other negative manifestations of cold exposure. In cold environment, practitioners are more liable to make mistakes or wrong cognitive choices, as their decision-making deteriorates (e.g., rugby players dropping the ball on the coldest match days) [123], potentially increasing the risk of being injured as well. Prolonged exposition to cold environments can cause hallucinations, while the combination of cold and hypoxia exacerbate the magnitude of physiological adaptations [123]; for instance, hypoxia is known to increase cutaneous vasoconstriction during prolonged cold exposure [129].…”
Section: Coldmentioning
confidence: 99%
“…More than 34 million individuals are traveling to mountainous areas every year (e.g., recreational and competition winter sports participants) and routinely face environmental challenges such as extremely cold temperatures (−1 °C per 150 m ascent) and changing ice or snow conditions [123]), thereby placing themselves at risk of cold injuries. With higher mortality rates in winter compared to summer [124,125], it is paramount to evaluate the consequences of exercising in cold conditions.…”
Section: Coldmentioning
confidence: 99%