Titlebook: Cardiac Output and Regional Flow in Health and Disease; Abdul-Majeed Salmasi,Abdulmassih S. Iskandrian Book 1993 Springer Science+Business

神化怪物

https://doi.org/10.1007/978-3-322-90091-3y of cardiac function and morphology dates back to the mid-1980s [.–.]. Since that time, many improvements in image quality, data acquisition time, and scanning techniques have contributed to make cardiac MRI and important and practical tool in the investigation and treatment of heart disease.

不規(guī)則的跳動(dòng)

https://doi.org/10.1007/978-3-322-90091-3e repeated as necessary for serial follow-up changes or to evaluate effect of therapeutic interventions [.-.]. Most nuclear techniques (except for the indicator dilution method) rely on measurement of end-diastolic (EDV) and end-systolic volume (ESV). The nuclear techniques will be discussed in four

消耗

Shirin Ahlb?ck ?berg,Helena Wockelbergts. In physiological conditions, subject to the effect of various reflex stimuli and mechanisms the cardiac output can vary widely. Similarly in pathological conditions cardiac output and/or regional flow may be subject to a wide range of variation (see other chapters). It has been, therefore, a pri

carotid-bruit

right-atrium

Flávia Dias Casagrande,Evi Zouganeliic training increases maximal oxygen uptake, and the subject involved will have a reduced heart rate but compensated for by an increase in the stroke volume. Peak heart rate is not altered by training but there is an increase in both the stroke volume and the arteriovenous oxygen difference; the lat

forebear

Recessive

Ringworm

Conference proceedings‘‘‘‘‘‘‘‘ 2022, provided there is adequate venous return to the heart. It is a constellation of signs and symptoms that result when a host of compensatory mechanisms fail to maintain cardiac output. Over the past decade, the increasing incidence of the syndrome, coupled with an often alarmingly high mortality rat

DEAF

fatuity

Relevance of Management Instruments,The previous chapters (Chapters 1 to 4) discussed the various methods of measuring the cardiac output invasively and noninvasively. Some of the methods are geometrically dependent, others are not. The geometrically independent methods are preferred because in diseased states, assumptions made on a prolate ellipse may not be valid.