View clinical trials related to Hot Flashes.
Filter by:Cimicifuga racemosa (black cohosh) rhizome and root extract have been used to treat menopausal symptoms. To date, there are still scarce information about its efficacy in Thai women with menopausal symptoms. The purpose of this study will assess the efficacy of black cohosh extract in management of menopausal symptoms in Thai women.
GAMALINE is already register for PMS and HIPERICIN as antidepressive drug. Both plant extracts. The investigators will try the mixture and see if the vasomotor symptoms will disappear. The investigators expect that together all symptoms will be covered better than Gamaline alone. The investigators will run for 180 days measuring at T0, T1 and T6 (starting point, 30 days and 180 days).
After menopause the coronary artery disease (CAD) risk increases rapidly to an equivalent risk of men with the same age. The rising incidence of CAD could be a subsequent decline of endogenous estrogen blood levels after the menopause. Estrogen leads to vasodilation and vasoprotection through an increase of Nitric Oxide (NO). NO deficiency results in endothelial stiffness and dysfunction with a subsequent initiation of atherosclerosis. Menopausal status is associated with an increase of the sympathetic nerve activity leading to hypertension, increased heart rate and palpitations. Recent studies show an importance of vasoactive substances (e.g. NO) in the physiology of hot flashes. Thus, hot flashes may be associated with a decreased NO production and release. Additionally, it is well known that during and after menopause women experience a change in sexual function (declined libido and increased dyspareunia) due to decreasing estrogen blood levels. Recently, a new angiostatic parameter - Endostatin (ENST) - has been shown to be involved in EC function. There is also evidence that ENST levels increase during NO stimulation. Nebivolol, a ß-blocker of the third generation, has been shown to release NO to a significant amount in the EC. It is safe and effective in reducing blood pressure to the target level. However, there is no data of the effect of Nebivolol on sexual function, on clinical symptoms (palpitations, increased heart rate and hot flashes) and ENST in postmenopausal women. The present study investigates the effect of a NO-releasing ß-blocker compared to a phytoestrogen therapy considering clinical signs of menopause such as palpitations, hot flashes and sexual functioning in postmenopausal women. Therefore, the use of a ß-blocker treatment is warranted. Further, this study tries to elucidate the role of NO release in postmenopausal symptoms and may gain new insights in the pathophysiology of hot flashes and increased sympathetic nerve activity. Thus, this trial should explore an advantage of Nebivolol therapy in contrast to a phytoestrogen therapy. Null hypothesis: Climacteric disorders as measured by the MRS-II in patients with a Nebivolol therapy is not lower than in patients with phytoestrogen therapy. Alternative hypothesis: Climacteric disorders in patients as measured by the MRS-II with a Nebivolol therapy is lower than in patients with phytoestrogen therapy.
The purpose of this study is to test the effects of Femarelle ( a plan-derived SERM) on hot flushes and quality of life in menopausal women. Our hypotheses are that compared to placebo, Femarelle reduces the daily number of hot flushes and their severity and also improves the quality of life as measured by validated dairies and questionnaires.
This phase 3a study is designed to assess the safety and efficacy of MF101 on the frequency of moderate to severe hot flushes in postmenopausal women.
This study will evaluate whether there is a difference in the proportion of women who report a worsening severity of their hot flashes between three tapering schedules for one accepted HT/ET regimen. Secondarily, we hope to evaluate whether there is a difference in the frequency (number of occurrences per week), severity (defined as a subjective scale mild, moderate, or severe), and "Severity Index" (SI, equaling the product of both) of hot flashes between three tapering schedules for one accepted HT/ET regimen.
RATIONALE: The increasingly prolonged and extended use of androgen deprivation therapy (ADT) in the treatment of prostate cancer, usually achieved through the administration of LHRH agonists, has raised concerns about long-term toxicities, in particular osteoporosis and adverse metabolic changes which may be associated with type II diabetes and increased cardiovascular risk. An alternative approach is to investigate other methods of ADT. Oral oestrogen has been shown to be as effective as LHRH and surgical orchidectomy in achieving castrate levels of testosterone and has equivalent or improved prostate cancer outcomes but is not used routinely as first-line therapy because of the risk of cardiovascular system (CVS) complications. The CVS complications have been attributed to first-pass hepatic metabolism. Administering oestrogen parenterally avoids the entero-hepatic circulation and so is expected to mitigate the risk of CVS toxicity whilst still effectively suppressing testosterone to castrate levels. This hypothesis has been supported by results from the early stages of this trial which have provided sufficient indication of the safety and efficacy of the patches to warrant further investigation of the treatment in this setting, as recommended by the IDMC.. PURPOSE: This randomized phase III trial is studying how well the estrogen skin patch works compared with luteinizing hormone-releasing hormone agonist injections in treating patients with locally advanced or metastatic prostate cancer.
RATIONALE: Hypnosis may be effective in decreasing hot flashes in breast cancer survivors. PURPOSE: This randomized clinical trial is studying how well hypnosis works in treating hot flashes in breast cancer survivors.