1974
DOI: 10.1136/bjsm.8.1.52
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Altitude training and physiological conditioning from the practical point of view of the runner.

Abstract: An individual's adaptation to altitude and the likely improvement in sea level performance resulting from it are not easily predicted from a knowledge of his sea-level performances. In Mellerowicz's study (Table I)

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“…When acutely exposed to moderate or in particular to high altitude, however, low exercise VE and reduced SpO 2 may be detrimental to performance, which was demonstrated to be more pronounced in individuals with higher aerobic capacity ( Ferretti et al, 1997 ; Burtscher et al, 2006 ). Hence, VE, SpO 2 and performance may faster recover with acclimatization in highly trained individuals ( Mellerowicz et al, 1971 ; Johnston and Turner, 1974 ; Burtscher et al, 2006 ). Not only the elevated HVR during a prolonged stay at high altitude but also increase of the HCVR (response to CO 2 ) may contribute to exercise hyperventilation and prevention of pronounced SpO 2 and performance decline ( Sato et al, 1992 ).…”
Section: Physiological Aspects Of Acclimatization To Altitude and Relmentioning
confidence: 99%
“…When acutely exposed to moderate or in particular to high altitude, however, low exercise VE and reduced SpO 2 may be detrimental to performance, which was demonstrated to be more pronounced in individuals with higher aerobic capacity ( Ferretti et al, 1997 ; Burtscher et al, 2006 ). Hence, VE, SpO 2 and performance may faster recover with acclimatization in highly trained individuals ( Mellerowicz et al, 1971 ; Johnston and Turner, 1974 ; Burtscher et al, 2006 ). Not only the elevated HVR during a prolonged stay at high altitude but also increase of the HCVR (response to CO 2 ) may contribute to exercise hyperventilation and prevention of pronounced SpO 2 and performance decline ( Sato et al, 1992 ).…”
Section: Physiological Aspects Of Acclimatization To Altitude and Relmentioning
confidence: 99%