Selective estrogen receptor modulators (SERMs) represent a growing class of
compounds that act as either estrogen receptor agonist or antagonists in a
tissue-selective manner. Preclinical and clinical studies have shown that
estrogen has favorable effects on serum lipids and might affect processes a
t the blood vessel wall to inhibit atherosclerosis. SERMs with the appropri
ate selectivity profile offer the opportunity to dissociate these favorable
cardiovascular effects of estrogen from its unfavorable stimulatory effect
s on the breast and uterus. This article reviews the data from both animal
and human studies that document the cardiovascular effects of SERMs and dis
cusses the clinical implications of these results.