This review discusses the latest developments in the hemodynamics of m
itral stenosis. English-language journal articles, reviews, and textbo
oks from the clinical, physiology, and engineering literature related
to mitral valve stenosis were identified and reviewed. The main conclu
sions are: (1) the hemodynamics of mitral stenosis are determined by t
he complex anatomical and pathophysiologic features of the valve appar
atus, (2) the properties of the left ventricle, atrium, and pulmonary
vasculature also have a major impact on the hemodynamic significance a
nd the clinical syndrome of mitral stenosis, (3) the valve and the car
diac chambers have a functional reserve that become exhausted as the s
tenosis worsens and/or the compensatory mechanisms of the chambers fai
l, and (4) a careful approach to data acquisition and analysis will le
ad to an accurate assessment of the hemodynamics of mitral stenosis be
fore and after therapeutic interventions. (C) 1994 Wiley-Liss, Inc.