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Results: 1-9 |
Results: 9
PREEXERCISE ACIDIFICATION INDUCED BY INGESTION OF NH4CL INCREASES THEMAGNITUDE OF THE SLOW COMPONENT OF VO2 KINETICS IN HUMANS
Authors: ZOLADZ J DUDA K MAJERCZAK J EMMERICH J DOMANSKI J
Citation: J. Zoladz et al., PREEXERCISE ACIDIFICATION INDUCED BY INGESTION OF NH4CL INCREASES THEMAGNITUDE OF THE SLOW COMPONENT OF VO2 KINETICS IN HUMANS, Journal of Physiology and Pharmacology, 49(3), 1998, pp. 443-455
DETECTION OF THE CHANGE-POINT IN OXYGEN-UPTAKE DURING AN INCREMENTAL EXERCISE TEST USING RECURSIVE RESIDUALS - RELATIONSHIP TO THE PLASMA LACTATE ACCUMULATION AND BLOOD ACID-BASE-BALANCE
Authors: ZOLADZ JA SZKUTNIK Z MAJERCZAK J DUDA K
Citation: Ja. Zoladz et al., DETECTION OF THE CHANGE-POINT IN OXYGEN-UPTAKE DURING AN INCREMENTAL EXERCISE TEST USING RECURSIVE RESIDUALS - RELATIONSHIP TO THE PLASMA LACTATE ACCUMULATION AND BLOOD ACID-BASE-BALANCE, European journal of applied physiology and occupational physiology, 78(4), 1998, pp. 369-377
OXYGEN-UPTAKE DOES NOT INCREASE LINEARLY AT HIGH-POWER OUTPUTS DURINGINCREMENTAL EXERCISE TEST IN HUMANS
Authors: ZOLADZ JA DUDA K MAJERCZAK J
Citation: Ja. Zoladz et al., OXYGEN-UPTAKE DOES NOT INCREASE LINEARLY AT HIGH-POWER OUTPUTS DURINGINCREMENTAL EXERCISE TEST IN HUMANS, European journal of applied physiology and occupational physiology, 77(5), 1998, pp. 445-451
OXYGEN-UPTAKE POWER OUTPUT RELATIONSHIP DURING INCREMENTAL EXERCISE TESTS IN HUMANS
Authors: ZOLADZ J DUDA K MAJERCZAK J
Citation: J. Zoladz et al., OXYGEN-UPTAKE POWER OUTPUT RELATIONSHIP DURING INCREMENTAL EXERCISE TESTS IN HUMANS, Journal of physiology, 511P, 1998, pp. 8-9
DETECTION OF THE CHANGE-POINT IN V-CO2 DURING AN INCREMENTAL EXERCISETEST IN HUMANS - RELATIONSHIP TO THE LACTATE THRESHOLD AND BLOOD ACID-BASE STATUS
Authors: ZOLADZ JA SZKUTNIK Z MAJERCZAK J DUDA K
Citation: Ja. Zoladz et al., DETECTION OF THE CHANGE-POINT IN V-CO2 DURING AN INCREMENTAL EXERCISETEST IN HUMANS - RELATIONSHIP TO THE LACTATE THRESHOLD AND BLOOD ACID-BASE STATUS, Journal of physiology, 506P, 1998, pp. 99-99
METABOLIC ALKALOSIS INDUCED BY PREEXERCISE INGESTION OF NAHCO3 DOES NOT MODULATE THE SLOW COMPONENT OF VO2 KINETICS IN HUMANS
Authors: ZOLADZ JA DUDA K MAJERCZAK J DOMANSKI J EMMERICH J
Citation: Ja. Zoladz et al., METABOLIC ALKALOSIS INDUCED BY PREEXERCISE INGESTION OF NAHCO3 DOES NOT MODULATE THE SLOW COMPONENT OF VO2 KINETICS IN HUMANS, Journal of Physiology and Pharmacology, 48(2), 1997, pp. 211-223
INFLUENCE OF PREEXERCISE ACIDIFICATION ON THE V-O(2) POWER OUTPUT RATIO IN HUMANS
Authors: ZOLADZ JA DUDA K MAJERCZAK J DOMANSKI J EMMERICH J
Citation: Ja. Zoladz et al., INFLUENCE OF PREEXERCISE ACIDIFICATION ON THE V-O(2) POWER OUTPUT RATIO IN HUMANS, Journal of physiology, 499P, 1997, pp. 75-75
PREEXERCISE METABOLIC ALKALOSIS DOES NOT MEDIATE OXYGEN-UPTAKE KINETICS IN HUMANS
Authors: ZOLADZ JA DUDA K MAJERCZAK J DOMANSKI J EMMERICH J
Citation: Ja. Zoladz et al., PREEXERCISE METABOLIC ALKALOSIS DOES NOT MEDIATE OXYGEN-UPTAKE KINETICS IN HUMANS, Journal of physiology, 491P, 1996, pp. 58-58
INFLUENCE OF GRADUAL INCREASE OF PEDALING RATE AT CONSTANT POWER OUTPUT ON THE POWER OUTPUT OXYGEN-UPTAKE RELATIONSHIP
Authors: ZOLADZ JA DUDA K MAJERCZAK J
Citation: Ja. Zoladz et al., INFLUENCE OF GRADUAL INCREASE OF PEDALING RATE AT CONSTANT POWER OUTPUT ON THE POWER OUTPUT OXYGEN-UPTAKE RELATIONSHIP, Journal of physiology, 491P, 1996, pp. 76-77
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