Keyphrases
Vasodilator
100%
Functional Coupling
100%
Contractile Activity
100%
Failing Heart
75%
Myocardium
50%
Lung
50%
Cardiac muscle
50%
Vasodilation
50%
Heart Failure
50%
Contractile State
50%
Normal Heart
50%
Arterial Circulation
50%
Pericardium
50%
Pleural Pressure
50%
Vasoconstriction
50%
Venous Circulation
50%
Intrinsic Properties
25%
Mechanical Properties
25%
Elastic Properties
25%
Ventricle
25%
Physiologic
25%
Muscle Length
25%
Cardiac Output
25%
Reflexive
25%
Elastance
25%
Muscle Force
25%
CO2 Removal
25%
Pump Function
25%
Anatomical Arrangement
25%
Afterload
25%
Chamber Pressure
25%
Force-length
25%
Resistive Properties
25%
Function Integration
25%
Left Heart
25%
Interventricular Septum
25%
Renin-angiotensin System
25%
Vascular Loading
25%
Pharmacologic
25%
Mechanical Pump
25%
Distensibility
25%
Cardiac Failure
25%
Ventricular Interaction
25%
Cardiac Performance
25%
Right Heart
25%
Ejection Force
25%
Muscle Shortening
25%
Biochemistry, Genetics and Molecular Biology
Vasodilatation
100%
Venous Circulation
100%
Thorax Pressure
100%
Vasoconstriction
100%
Arterial Circulation
100%
Muscle Contraction
50%
Muscle Length
50%
Compliance (Physical)
50%
Heart Afterload
50%
Muscle Strength
50%
Heart Output
50%
Heart Performance
50%
Renin Angiotensin Aldosterone System
50%
Medicine and Dentistry
Vasodilator Agent
100%
Heart Failure
75%
Myocardium
50%
Vasodilatation
50%
Cardiac Muscle
50%
Venous Circulation
50%
Pericardium
50%
Vasoconstriction
50%
Arterial Circulation
50%
Muscle Contraction
25%
Ventricle of Heart
25%
Carbon Dioxide
25%
Afterload
25%
Heart Output
25%
Interventricular Septum
25%
Heart Performance
25%
Muscle Strength
25%
Muscle Length
25%
Renin Angiotensin Aldosterone System
25%
Pharmacology, Toxicology and Pharmaceutical Science
Vasodilator Agent
100%
Heart Failure
75%
Carbon Dioxide
25%
Moroxydine
25%
Renin
25%
Angiotensin
25%