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Augmentation of coronary flow improves myocardial function in exercise
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Dive into the research topics of 'Augmentation of coronary flow improves myocardial function in exercise'. Together they form a unique fingerprint.
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Keyphrases
Adenosine
60%
Adrenergic Blockade
40%
Anterior Region
20%
Arterial Blood Pressure
20%
Catheter
20%
Circumflex Artery
20%
Continuous Infusion
20%
Contractile Function
20%
Coronary Blood Flow
100%
Coronary Flow
100%
Direct Vasodilators
40%
During Exercise
40%
Exercise Intensity
40%
Flow-limited
20%
Intracoronary
20%
Left Ventricle
20%
Left Ventricular End-diastolic Pressure (LVEDP)
40%
Maximum Rate
40%
Myocardial Contraction
20%
Myocardial Function
100%
Myocardial Segment
20%
Posterior Region
20%
Prazosin
60%
Pressure Generation
20%
Segment Length
80%
Strenuous Exercise
20%
Submaximal Exercise
40%
Vasodilatation
20%
Vasodilator Agents
40%
Medicine and Dentistry
Adenosine
50%
Adrenergic Receptor Blocking
33%
Arterial Pressure
16%
Continuous Infusion
16%
Contractile Function
33%
Coronary Artery Dilatation
16%
Coronary Circulation
100%
Heart Function
100%
Heart Left Ventricle Pressure
33%
Infusion
33%
Left Ventricle
16%
Prazosin
50%
Vasodilator Agent
33%
Nursing and Health Professions
Adenosine
50%
Adrenergic Receptor Blocking
33%
Arterial Pressure
16%
Artery Catheter
16%
Continuous Infusion
16%
Coronary Artery Blood Flow
100%
Dog
16%
Heart Left Ventricle Pressure
33%
Infusion
33%
Prazosin
50%
Vasodilatation
16%
Vasodilator Agent
33%
Pharmacology, Toxicology and Pharmaceutical Science
Adenosine
100%
Dog
33%
Prazosin
100%
Vasodilator Agent
66%
Veterinary Science and Veterinary Medicine
Arterial Pressure
33%
Dog
33%
Prazosin
100%
Ventricular Pressure
66%