A109. Pathophysiology of the Hyperresponsive Airway I 2009
DOI: 10.1164/ajrccm-conference.2009.179.1_meetingabstracts.a2435
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Changes in Airway Responsiveness in Elite Swimmers after an Intense Period of Training.

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“…Little information is currently available on the comparison between synchronised swimmers, free-water swimmers, swimmers, divers and water-polo players. However, the very high training level encountered in Olympic swimmers and synchronised swimmers, training up to 40 h per week, may explain the high prevalence of AHR in these two swimming specialities 27 28. In swimmers, AHR is usually found in the presence of a normal resting flow-volume curve, emphasising the necessity to use a bronchial provocation or a reversibility test to assess airway function 4 20.…”
Section: Adverse Respiratory Health Effects Of Swimming In Chlorinatementioning
confidence: 99%
“…Little information is currently available on the comparison between synchronised swimmers, free-water swimmers, swimmers, divers and water-polo players. However, the very high training level encountered in Olympic swimmers and synchronised swimmers, training up to 40 h per week, may explain the high prevalence of AHR in these two swimming specialities 27 28. In swimmers, AHR is usually found in the presence of a normal resting flow-volume curve, emphasising the necessity to use a bronchial provocation or a reversibility test to assess airway function 4 20.…”
Section: Adverse Respiratory Health Effects Of Swimming In Chlorinatementioning
confidence: 99%