-transparent.png){kind=logo}
Hemodynamic parameters and myocardial extraction of lactate and free fatty acids (FFA) have been studied at rest and during exercise (bicycle) in 9 mountain climbers who spent 4 weeks in the Himalayas at an altitude of 5500-7000 m. All investigations were performed before and immediately after the stay at high altitude. The combined effect of physical training and hypoxemia of high altitude did not alter the hemodynamic parameters, calculated VO2 max, production of lactate or decrease of FFA during the exercise test, but myocardial extraction of lactate and FFA changed. After returning from the expedition myocardial extraction (at rest and during exercise) of lactate increased and that of FFA decreased. The reasons for these alterations and their goals and implications are discussed.
P R Moret, and
P Bopp, and
A Righetti, and
A Bloch, and
P Suter
October 2003,
Harefuah,
P R Moret, and
P Bopp, and
A Righetti, and
A Bloch, and
P Suter
January 1994,
Nordisk medicin,
P R Moret, and
P Bopp, and
A Righetti, and
A Bloch, and
P Suter
January 2003,
Kardiologiia,
P R Moret, and
P Bopp, and
A Righetti, and
A Bloch, and
P Suter
January 1997,
Morfologiia (Saint Petersburg, Russia),
P R Moret, and
P Bopp, and
A Righetti, and
A Bloch, and
P Suter
October 1982,
ZFA. Zeitschrift fur Allgemeinmedizin,
P R Moret, and
P Bopp, and
A Righetti, and
A Bloch, and
P Suter
November 1997,
Der Orthopade,
P R Moret, and
P Bopp, and
A Righetti, and
A Bloch, and
P Suter
January 1958,
The Journal of aviation medicine,
P R Moret, and
P Bopp, and
A Righetti, and
A Bloch, and
P Suter
June 1995,
Journal of applied physiology (Bethesda, Md. : 1985),
P R Moret, and
P Bopp, and
A Righetti, and
A Bloch, and
P Suter
March 1989,
Radiology,
P R Moret, and
P Bopp, and
A Righetti, and
A Bloch, and
P Suter
May 1989,
Recenti progressi in medicina,
