Add to ORKGExperiments were performed to assess the role of extravascular compression (EVC) in the regulation of coronary blood flow (CBF). The steady state study demonstrated an overall decrease in total coronary vascular resistance (CVR) with increasing heart rates. Total CV was fractioned into several components. The decrease in CV was found to be accomplished mainly by a fall in PA at constant flow
AbstractObjectives. The objective of this study was to determine the effect of increases in heart ra...
In vivo observations of microcirculatory behavior during autoregulation and adaptation to varying my...
SUMMARY. We analyzed the relationship between diastolic coronary artery pressure and flow in the can...
This study was designed to define more accurately the respective influences of perfusion pressure an...
Coronary blood flow can always be matched to the metabolic demand of the myocardium due to the regul...
Coronary blood flow can always be matched to the metabolic demand of the myocardium due to the regul...
Phasic changes in intramyocardial tension during the cardiac cycle interrupt coronary blood flow (CB...
The effect of the heart rate and myocardial contractile force on the extravascular resistance to blo...
When the isolated heart is perfused with a constant flow, the perfusion pressure (PI) can be conside...
SUMMARY Coronary blood flow (CBF) is considered proportional to metabolic demand (MVO,). However, re...
The heart is uniquely responsible for providing its own blood supply through the coronary circulatio...
• Autoregulation is the term applied to the mechanism (s) which maintain blood flow through an organ...
The mechanical effects of heart contraction on coronary flow were studied in the dog heart by implan...
Exercise is the most important physiological stimulus for increased myocardial oxygen demand. The re...
THE coronary vasculature is influenced by physical (arterial pressure, extravascular compression, he...
AbstractObjectives. The objective of this study was to determine the effect of increases in heart ra...
In vivo observations of microcirculatory behavior during autoregulation and adaptation to varying my...
SUMMARY. We analyzed the relationship between diastolic coronary artery pressure and flow in the can...
This study was designed to define more accurately the respective influences of perfusion pressure an...
Coronary blood flow can always be matched to the metabolic demand of the myocardium due to the regul...
Coronary blood flow can always be matched to the metabolic demand of the myocardium due to the regul...
Phasic changes in intramyocardial tension during the cardiac cycle interrupt coronary blood flow (CB...
The effect of the heart rate and myocardial contractile force on the extravascular resistance to blo...
When the isolated heart is perfused with a constant flow, the perfusion pressure (PI) can be conside...
SUMMARY Coronary blood flow (CBF) is considered proportional to metabolic demand (MVO,). However, re...
The heart is uniquely responsible for providing its own blood supply through the coronary circulatio...
• Autoregulation is the term applied to the mechanism (s) which maintain blood flow through an organ...
The mechanical effects of heart contraction on coronary flow were studied in the dog heart by implan...
Exercise is the most important physiological stimulus for increased myocardial oxygen demand. The re...
THE coronary vasculature is influenced by physical (arterial pressure, extravascular compression, he...
AbstractObjectives. The objective of this study was to determine the effect of increases in heart ra...
In vivo observations of microcirculatory behavior during autoregulation and adaptation to varying my...
SUMMARY. We analyzed the relationship between diastolic coronary artery pressure and flow in the can...