View clinical trials related to Postmenopausal Syndrome.
Filter by:The bilateral deficit phenomenon (BLD) is defined as an inability of the neuromuscular system to generate maximal force when two homonymous limb operate simultaneously (bilateral contraction) with respect to the force developed when both limbs acts separately (unilateral contraction). From an applied perspective, movement patterns of bilateral homonymous limb are often developed during activities of day living, e.g. rising from a chair or opening a jar. The BLD can be considered an intrinsic property of the human neuromuscular system but could be enough important to constitute a performance-limiting factor for postmenopausal women that involves a degenerative loss of muscular strength. Therefore, a specific analysis of this phenomenon and its relation with activities of daily living, such as climbing a step and rising from a chair, is crucial for detecting variables of neuromuscular performance and develop strategies to minimize the loss of strength.
This purpose of this study is to collect vaginal microbial samples of postmenopausal women to assess the optimal conditions for cultivation and storage of the vaginal microbiota. These samples will subsequently be used to develop a high-throughput assay that mimicks the vaginal microbial community of postmenopausal women. This assay will be used to select and screen compounds that can affect the vaginal microbiota and subsequently affect related symptoms such as vaginal dryness.
The purpose of this study is to demonstrate better effectiveness of modified relaxation (MR) technique over no MR for treating hypertension in Thai postmenopausal women.
Despite evidence supporting the benefits of hormone replacement therapy (HRT), only 15% of postmenopausal women currently use HRT (1). The leading reasons why women refuse or discontinue HRT are fear of malignancy, side effects such as vaginal bleeding, weight gain, depressed mood, and breast tenderness, and social reasons such as regarding menopause as a natural transition, not as a disease that requires treatment. Millions of women expressed their concern on the safety of hormone replacement therapy since the data from the Women's Health Initiative (WHI) study was released, which reported an increased risk of cardiovascular disease, breast cancer, stroke and thromboembolic disease with conjugated equine estrogen plus medroxyprogesterone acetate compared with placebo (2). The study has also demonstrated that quality of life (3) and cognition (4) were no better in the HRT group than the placebo group. In view of these problems, women are increasingly turning to alternative therapies in an effort to manage their menopausal symptoms (1). Menopause is associated with decreasing sex steroid levels. The effect of menopause on circulating androgen levels has been studied by several investigators with variable findings. The levels of testosterone and androstenedione appear to show a small but significant decrease just before or within the first 2 years after menopause, with a decrease in testosterone amounting to approximately 15% (5,6). Unlike the abrupt decrease in estradiol levels associated with menopause, circulating testosterone, DHEA, and DHEAS levels decrease more gradually, beginning in the years before menopause and continuing thereafter (6,7). As a consequence, some women may experience symptoms of androgen decrease in the period before cessation of menses. By giving Tualang Honey to these postmenopausal women, it is postulated that the symptoms of androgen deficiency or menopausal symptoms should be reduced. The investigators have also reported that tualang honey given to ovariectomised rats, an animal model for postmenopausal states for two weeks significantly increased the free testosterone and progesterone plasma levels, but no significant effect was seen in the beta-estradiol level. There were significant increased in the thickness of vaginal epithelium and vaginal epithelial-muscular layers. Proliferation of the squamous epithelium with vacuolation of some of the squamous cells were noted in the honey treated animals implying that there were increased in mucopolysacharide content. Uterine weight, endometrial and circular muscle thickness were significantly increased in honey treated animal with cystic changes noted over the glands (8). To date, there are no clinical studies looking at the effects of Tualang Honey on perimenopausal women. In view of the initial evidence that it is a phytoestrogen from animal studies and has androgenic properties as well, it should have a beneficial effect to these women in terms of improvement in their menopausal symptoms, changes in their endogenous hormonal profile and increase in bone mineral density.