The Fick equation holds that oxygen uptake (Vo(2)) is the product of cardiac output and arterial venous oxygen difference. Factors limiting Vo(2) (ie, maximal Vo(2)) with exercise have therefore been traditionally sought within the determinants of cardiac function. However, such an approach ignores a large body of research evidence indicating that peripheral factors, particularly arteriolar dilatation and skeletal muscle pump function, control circulatory responses to exercise rather than central cardiac mechanisms. Efforts to understand the limiting factors for physiologic aerobic fitness are thus more appropriately directed toward characterizing these peripheral determinants of blood flow
The hypothesis that the rate of increase in muscle O2 uptake (VO2mus) at the onset of exercise is in...
Cardiac output by the impedance cardiography method, oxygen uptake, and ventilation were measured du...
In this review, we present the relation between power generation capabilities and pulmonary oxygen u...
National audienceThis article examines the expected exercise-induced changes in the components of th...
It is axiomatic that exercise increases oxygen (O2) demand if within the bounds of cardiovascular re...
The view that cardiac output is the prime determinant of maximal oxygen intake has been discussed in...
Cardiac ultrasound techniques have provided an abundance of empirical information regarding normal c...
Exercise can be sustained only if there is increased blood flow to those tissues with increased meta...
Beneficial effects of exercise are closely associated with fitness and maximal oxygen uptake (VO2max...
Homeostatic negative feedback fails to explain the essentially error-free regulation of bodily funct...
Oxygen uptake ([Formula: see text]o2) measured at the mouth, which is equal to the cardiac output (C...
Exercise is the most important physiological stimulus for increased myocardial oxygen demand. The re...
Coronary microvascular function and cardiac function are closely related in that proper cardiac func...
This chapter uses an analytic approach to the factors limiting maximal aerobic exercise. A person’s ...
AIM: The purpose of this study was to examine the relationships between the central cardiovascular v...
The hypothesis that the rate of increase in muscle O2 uptake (VO2mus) at the onset of exercise is in...
Cardiac output by the impedance cardiography method, oxygen uptake, and ventilation were measured du...
In this review, we present the relation between power generation capabilities and pulmonary oxygen u...
National audienceThis article examines the expected exercise-induced changes in the components of th...
It is axiomatic that exercise increases oxygen (O2) demand if within the bounds of cardiovascular re...
The view that cardiac output is the prime determinant of maximal oxygen intake has been discussed in...
Cardiac ultrasound techniques have provided an abundance of empirical information regarding normal c...
Exercise can be sustained only if there is increased blood flow to those tissues with increased meta...
Beneficial effects of exercise are closely associated with fitness and maximal oxygen uptake (VO2max...
Homeostatic negative feedback fails to explain the essentially error-free regulation of bodily funct...
Oxygen uptake ([Formula: see text]o2) measured at the mouth, which is equal to the cardiac output (C...
Exercise is the most important physiological stimulus for increased myocardial oxygen demand. The re...
Coronary microvascular function and cardiac function are closely related in that proper cardiac func...
This chapter uses an analytic approach to the factors limiting maximal aerobic exercise. A person’s ...
AIM: The purpose of this study was to examine the relationships between the central cardiovascular v...
The hypothesis that the rate of increase in muscle O2 uptake (VO2mus) at the onset of exercise is in...
Cardiac output by the impedance cardiography method, oxygen uptake, and ventilation were measured du...
In this review, we present the relation between power generation capabilities and pulmonary oxygen u...