Computer Models of the Hemodynamics and Oxygen Transport in a Neonate with Transposition of the Great Arteries |
Common terms and phrases
actual analog anatomic aorta aortic Arterial Pr assumed Atrial Pr atrial pressure atrium blood flow blood volume body capillary cardiac output causes changes circuit circulatory closed communication compared completely concentration created decreases defined described determine develop digital computer effective effective flows effective pulmonary flow electrical equations error examination factor Figure followed foramen ovale heart hemodynamics immediate implemented important improve increase infant integral L-R shunt lungs mass transport mechanisms mixing neonates normal noted occur ovale oxygen saturation oxygen transport parameters patent ductus physiological placenta presented pressure gradient produce Pulm pulmonary artery Pulmonary Blood Volume pulmonary circulation Rashkind procedure ratio reduced relationship requires resistance samples saturation segment septum shunt flow simulated situation Syst systemic circulation Table technique TGA infant thesis Transposition values variables venous Ventr ventricle ventricular volume shift waveforms