Estrogen receptor (ER)-mediated effects have been associated with the modulation of myocardial hypertrophy in animal models and in humans, but ER expression in the human heart and its relation to hypertrophy-mediated gene expression have not yet been analyzed. We therefore investigated sex- and disease-dependent alterations of myocardial ER expression in human aortic stenosis together with the expression of hypertrophy-related genes
Estrogens have well-recognized and complex cardiovascular effects, including altering myocardial con...
Abstract Epidemiologic studies have previously suggested that premenopausal females have reduced inc...
The mammalian heart is a remarkably adaptable organ. In particular, the contractile cells of the hea...
Background: Sex-specific differences in heart disease outcomes are influenced by the levels of the s...
Gender-specific differences in heart disease have long been known but it has only been since the adv...
AbstractGender-based differences found in cardiovascular diseases raise the possibility that estroge...
peer reviewedGender-based differences found in cardiovascular diseases raise the possibility that es...
Estrogen exerts diverse biological effects in multiple tissues in both animals and humans. Much of t...
Estrogen exerts diverse biological effects in multiple tissues in both animals and humans. Much of t...
Sex differences in the onset and manifestation of cardiovascular diseases are well known, yet the me...
Estrogen has a plethora of effects in the cardiovascular system. Studies of estrogen and the heart s...
Chronic increased workload of the human heart causes ventricular hypertrophy, re-expression of the a...
AbstractOBJECTIVESThe objective of this study was to examine gender differences in left ventricular ...
Epidemiologic studies have previously suggested that premenopausal females have reduced incidence of...
peer reviewedWe have previously shown that the myocardium is a target tissue for estrogen. Here, we ...
Estrogens have well-recognized and complex cardiovascular effects, including altering myocardial con...
Abstract Epidemiologic studies have previously suggested that premenopausal females have reduced inc...
The mammalian heart is a remarkably adaptable organ. In particular, the contractile cells of the hea...
Background: Sex-specific differences in heart disease outcomes are influenced by the levels of the s...
Gender-specific differences in heart disease have long been known but it has only been since the adv...
AbstractGender-based differences found in cardiovascular diseases raise the possibility that estroge...
peer reviewedGender-based differences found in cardiovascular diseases raise the possibility that es...
Estrogen exerts diverse biological effects in multiple tissues in both animals and humans. Much of t...
Estrogen exerts diverse biological effects in multiple tissues in both animals and humans. Much of t...
Sex differences in the onset and manifestation of cardiovascular diseases are well known, yet the me...
Estrogen has a plethora of effects in the cardiovascular system. Studies of estrogen and the heart s...
Chronic increased workload of the human heart causes ventricular hypertrophy, re-expression of the a...
AbstractOBJECTIVESThe objective of this study was to examine gender differences in left ventricular ...
Epidemiologic studies have previously suggested that premenopausal females have reduced incidence of...
peer reviewedWe have previously shown that the myocardium is a target tissue for estrogen. Here, we ...
Estrogens have well-recognized and complex cardiovascular effects, including altering myocardial con...
Abstract Epidemiologic studies have previously suggested that premenopausal females have reduced inc...
The mammalian heart is a remarkably adaptable organ. In particular, the contractile cells of the hea...