Arterio-venous oxygen difference is very high at rest (70-80%) and is the main determinant to set an increase in coronary blood fiow as the major mechanism to meet myocardial oxygen requirements during exercise. Cor onary blood fiow is not evenly distributed throughout the myocardium during cardiac cycle: it is higher in the subepicardium during systole and higher in the suben docardium during diastoJet and mainly depends on two factors: heart rate (HR) and blood pressure
Coronary microvascular function and cardiac function are closely related in that proper cardiac func...
Exercise heart rate/ST segment relation in coronary artery disease Sir, Dr Elamin's paper (1982...
Background: Prior studies demonstrated that kinetics of oxygen uptake (KVO2) at the onset of exercis...
Myocardial oxygen requirements are met by coronary blood flow and oxygen extraction from the arteria...
Highly endurance-trained athlete's heart represents the most extreme form of cardiac adaptation to p...
Exercise testing is a simple yet effective means of diagnosing the presence of coronary artery disea...
A new analysis of the relationship between cardiac output (Q˙) and oxygen consumption V˙O2 is presen...
In this review, we present the relation between power generation capabilities and pulmonary oxygen u...
Exercise is the most important physiological stimulus for increased myocardial oxygen demand. The re...
Background A reduced cardiac output (CO) response during exercise is a major limiting factor in hear...
AbstractThe hypothesis that abnormally increased myocardial oxygen demands may contribute to increas...
Maximal oxygen uptake (V02max) and functional aerobic impairment (FAI) were determined by treadmill ...
AIM: The purpose of this study was to examine the relationships between the central cardiovascular v...
Relationship between heart rate and myocardial oxygen consumption per beat was studied in anesthetiz...
Overweight and obesity are major risk factors for cardiovascular diseases. The objective of this stu...
Coronary microvascular function and cardiac function are closely related in that proper cardiac func...
Exercise heart rate/ST segment relation in coronary artery disease Sir, Dr Elamin's paper (1982...
Background: Prior studies demonstrated that kinetics of oxygen uptake (KVO2) at the onset of exercis...
Myocardial oxygen requirements are met by coronary blood flow and oxygen extraction from the arteria...
Highly endurance-trained athlete's heart represents the most extreme form of cardiac adaptation to p...
Exercise testing is a simple yet effective means of diagnosing the presence of coronary artery disea...
A new analysis of the relationship between cardiac output (Q˙) and oxygen consumption V˙O2 is presen...
In this review, we present the relation between power generation capabilities and pulmonary oxygen u...
Exercise is the most important physiological stimulus for increased myocardial oxygen demand. The re...
Background A reduced cardiac output (CO) response during exercise is a major limiting factor in hear...
AbstractThe hypothesis that abnormally increased myocardial oxygen demands may contribute to increas...
Maximal oxygen uptake (V02max) and functional aerobic impairment (FAI) were determined by treadmill ...
AIM: The purpose of this study was to examine the relationships between the central cardiovascular v...
Relationship between heart rate and myocardial oxygen consumption per beat was studied in anesthetiz...
Overweight and obesity are major risk factors for cardiovascular diseases. The objective of this stu...
Coronary microvascular function and cardiac function are closely related in that proper cardiac func...
Exercise heart rate/ST segment relation in coronary artery disease Sir, Dr Elamin's paper (1982...
Background: Prior studies demonstrated that kinetics of oxygen uptake (KVO2) at the onset of exercis...