Using a human cardiopulmonary model to study and predict normal and diseased ventricular mechanics, septal interaction, and atrio-ventricular blood flow patterns

Medicine and Dentistry

• Blood Flow 100%
• Hemodynamic 100%
• Development 66%
• Cardiovascular Disease 33%
• Laboratory 33%
• Diseases 33%
• Diagnosis 33%
• Therapeutic Procedure 33%
• Physician 33%
• Patient 33%
• Human 33%
• Aptitude 33%
• Heart Left Ventricle Pressure 33%
• Cardiovascular System 33%
• Silo-Filler's Disease 33%
• Organism 33%
• Gas Exchange 33%
• Cardiac Catheterization 33%
• Right Atrium 33%
• Venous Blood 33%
• Heart Right Ventricle Pressure 33%
• Respiratory Physiology 33%
• Heart Ventricle Compliance 33%
• Left Ventricular Diastolic Dysfunction 33%
• Blood Gas 33%
• Accuracy 33%

Biochemistry, Genetics and Molecular Biology

• Mechanics 100%
• Hemodynamic 100%
• Blood Flow 100%
• Development 66%
• Normal Human 66%
• Impedance 33%
• Respiratory Function 33%
• Aptitude 33%
• Organisms 33%
• Volume 33%
• Pressure 33%
• Gas Exchange 33%
• Heart Right Ventricle Pressure 33%
• Heart Left Ventricle Pressure 33%
• Flow Rate 33%
• Gas Mixing 33%
• Blood Gas 33%
• Accuracy 33%

Pharmacology, Toxicology and Pharmaceutical Science

• Normal Human 100%
• Organisms 50%
• Lung Disease 50%
• Left Ventricular Diastolic Dysfunction 50%
• Disease 50%
• Cardiovascular Disease 50%