View clinical trials related to Hot Flashes.
Filter by:Hot flashes and night sweats (also known as vasomotor symptoms or VMS) are the most common symptoms which bother women in menopause. This study will follow women going through menopause who have hot flashes and night sweats that cause them bother. They will be starting a non-hormonal therapy prescribed by their healthcare provider (HCP) to treat these symptoms. The women will visit their HCP's office, research center, or both. They will receive prescriptions for the non-hormonal therapy from their HCP for up to 1 year. This real-world study will provide information on outcomes from various non-hormonal therapies. The study sponsor (Astellas) will not decide which therapy the women receive. However, the sponsor will provide instructions on when the women visit their clinic, and what is recorded during the study. Some of the visits will be in-person, but most will be virtual. The virtual visits can be carried out at home using a smartphone, tablet or computer. The main aim of the study is to check if the hot flashes and night sweats that bother women change after 12 weeks (3 months) of treatment. The study will also check the women's sleep patterns, their productivity at work, and their general well-being before and after starting treatment. The overall safety of the non-hormonal therapies will also be examined.
The goal of this randomised controlled trial is to investigate the effects of and compare two modes of physical exercise (strength training and high-intensity aerobic exercise) to unchanged physical activity on vasomotor symptoms (hot flushes) in postmenopausal women. The main question it aims to answer is the effect of 15 weeks of strength training vs high intensity aerobic training vs unchanged physical activity on frequency and severity of hot flushes. Participants will be randomised to: 1. strength training 2. high-intensity aerobic training 3. untreated control group. Researchers will compare strength training, high-intensity aerobic training and untreated control group to see if training can reduce hot flushes.
The investigators plan to conduct the randomized controlled trial to evaluate the effectiveness of electro-press needle (EPN), a novel acupuncture needle combining shallow and gentle insertion with transdermal electrical stimulation, on menopause-associated hot flash in comparison with gamma-oryzanol group among women during menopausal transition and postmenopausal periods.
Vasomotor symptoms are the most common symptoms seen during climacterium. The hypoestrogenic state causes dysfunction of hypothalamic preoptic area, a thermoregulatory center. The sympathetic overactivation during the hot flashes is associated with awakening during sleep and have a negative impact on cardiac indexes and vascular reactivity. Therefore, hot flashes are accepted as subclinical cardiovascular risk factor. The association between the severity of the hot flashes and cardiovascular risk may have an epigenetic background. Recently, methylation changes of DNA was found to be associated with clinical and subclinical cardiovascular disease risk (atherosclerosis and hypertension etc.). A transposable element in the DNA, Long interspersed nuclear elements (LINE-1), was found to be hypomethylated in cases with ischemic heart disease and stroke. Therefore, the expression of repeating elements in the DNA (LINE-1 and ALU) may be considered as a mediator in the ischemic heart disease. Until now, menopausal age, vasomotor symptoms and epigenetic and biological aging have been evaluated. However, the epigenetic impact of severe vasomotor symptoms in postmenopausal women with low cardiovascular disease risk profile has not been evaluated. In this study, we aimed to evaluate the epigenetic basis of cardiovascular disease risk for women with vasomotor symptoms which disturb sleep by assessing the methylation levels of ALU and LINE-1.
Vasomotor symptoms (VMS) develop in the premenopausal period and symptoms may persist for years after menopause.Vasomotor symptoms such as hot flashes, night sweats, mood swings and sleep disturbances affect women's quality of life. There is a need for alternative treatments to reduce vasomotor symptoms due to the inadequacy of current treatments and the need for an effective treatment. Exercise is seen as a low-risk treatment to reduce vasomotor symptoms. Resistance trainig combined with aerobic training may be effective in reducing vasomotor symptoms and improving quality of life. The effects of the combination of resistance trainig 2 days a week and aerobic trainig 3 days a week on vasomotor symptoms, quality of life, sleep disturbance and depression will be investigated and compared with the control group.
To evaluate the preliminary efficacy of in reducing the frequency and severity of hot flashes in men on androgen deprivation therapy (ADT).
This study intends to further evaluate the efficacy of acupuncture by comparing the intervention effects of different acupuncture treatment regimens on hot flashes in breast cancer ; and to explore the central effect regulation mechanism of acupuncture intervention on hot flashes based on integrated PET/MRI technology.
This pilot randomized double blind controlled crossover study aims to determine the impact of two wrist cooling devices on symptom control of hot flashes in adult men and adult women experiencing hot flashes. The participants will record during the first two weeks of the study all of their hot flashes and severity of their hot flashes in a diary. The participants will be randomly assigned to wear one of the two wrist cooling devices that have an identical appearance at different times in the study. They will wear the first assigned device for weeks 3 and 4. They will record in their diary the severity of their hot flashes while using the device. For weeks 5 and 6 they will be ask to use a second device and record in their diary the severity of their hot flashes with the use of the device. The devices will be attached to the wrist like a watch. When activated, one device will turn on a cooling fan with the cooling plate being active for up to 5 minutes, and the other device will turn on a cooling fan only for up to 5 minutes without the cooling plate being active.
Researchers are looking for a better way to treat women with, or at high risk for developing hormone-receptor positive breast cancer, who have vasomotor symptoms (VMS), a condition of having hot flashes caused by anti-cancer therapy. VMS, also called hot flashes, are very common medical problems in women with hormone-receptor (HR)-positive breast cancer, who are receiving anti-cancer therapy. HR-positive breast cancer is a type of breast cancer, which has hormone-receptors (proteins) for female sex hormones estrogen and/or progesterone. These hormone-receptors may attach to hormones like estrogen and progesterone and thereby help cancer cells to grow and to spread. Treatments that stop these hormones from attaching to these receptors are currently used to slow or stop the growth of HR-positive breast cancer. It is already known that women with HR-positive breast cancer benefit from this treatment. However, hot flashes are common medical problems related to this therapy. They negatively affect quality of life of many women and may lead to discontinuation (stopping) of this therapy. The study treatment, elinzanetant is being developed to treat hot flushes. It works by blocking a substance called neurokinin from sending signals to other parts of the body, which is thought to play a role in starting hot flashes. The main purpose of this study is to learn more about how well elinzanetant helps to treat hot flashes caused by anti-cancer therapy in women with or at high risk for developing HR-positive breast cancer compared to placebo. A placebo is a treatment that looks like a medicine but does not have any medicine in it. To answer this, the doctors will ask the participants to record information about their hot flashes before treatment start and at certain time points during the treatment in an electronic diary. The researchers will then assess possible average changes in number and severity of hot flashes after 4 and 12 weeks of treatment. To see how safe elinzanetant is compared to placebo. The study will collect information about the number of participants who have medical problems after taking treatment. The study participants will be randomly (by chance) assigned to 2 treatment groups, A and B. The participants from treatment group A will take elinzanetant. The participants from treatment group B will start with placebo and then switch to elinzanetant. All participants will continue taking the anti-cancer therapy they have been using when entering the study. Dependent on the treatment group, the participants will either take elinzanetant or placebo as capsules by mouth once a day. After 12 weeks, the participants who have initially received placebo will switch to take elinzanetant for the remaining 40 weeks. Each participant will be in the study for approximately 62 weeks. The treatment duration in the study will be 52 weeks. There will be up to 12 visits to the study site and 6 phone calls in between. Participants who completed the 52 weeks treatment phase, will be offered to continue treatment for another 2 years. Visit frequency: every 24 weeks until week 152. During the study, the participants will: - record information about their hot flashes - answer questions about their quality of life and other symptoms. The doctors and their study team will: - check the participants health and vital signs - take blood and urine samples - examine heart health using electrocardiogram (ECG) - examine pelvic organs like womb or ovaries using a trans vaginal ultrasound scan to see images of these organs - make images of the breast using x-ray (mammogram), a type of radiation that passes through the body to make images of the inside and/or by using ultrasound (if applicable) - check the health of the participant's cervix (neck of the womb) by taking a small sample of cells (smear test) for an analysis called cervical cytology (if applicable) - take an endometrial biopsy, a small piece of tissue from the lining of the womb (called the endometrium) for analysis. - ask the participants questions about what medicines they are taking and if they are having adverse events. An adverse event is any medical problem that a participant has during a study. Doctors keep track of all adverse events that happen in studies, even if they do not think the adverse events might be related to the study treatments. About 4 weeks after the participants take their last treatment, the study doctors and their team will check the participants' health.
Researchers are looking for a better way to treat vasomotor symptoms, a condition of having hot flashes. The condition is caused by hormonal changes and occurs primarily in women, but can also affect men. The study treatment, elinzanetant, is under development to treat symptoms caused by hormonal changes. It works by blocking a substance called neurokinin from sending signals to other parts of the body, which is thought to play a role in starting hot flashes. Participants of this study will be healthy and will have no benefit from administration of elinzanetant. This study, however, will provide information on how to use it in people with vasomotor symptoms. In previous studies, elinzanetant doses tested and resulting blood levels were close to the levels intended for treatment. However, in future use, it cannot always be ruled out that higher elinzanetant concentrations may occur in the blood if patients are taking certain other drugs at the same time, or take more than the recommended dose of the drug. The main purpose of this study is to learn how safe elinzanetant is when higher doses than normally used are given compared to placebo in healthy participants. A placebo is a treatment that looks like a medicine but does not have any medicine in it. To answer this, researchers will compare the number of participants who have medical problems after taking elinzanetant to those treated with placebo. Doctors keep track of all medical problems that happen in studies, even if they do not think they might be related to the study treatments. The study consists of two parts. In part 1, the participants will either take a single dose of elinzanetant or placebo by mouth dependent on the treatment group. Four different increasing doses of elinzanetant will be tested. Participants in dose group 1 and 4 will participate in part 2. About 8 days after treatment in part 1, the participants will receive a single dose of moxifloxacin and a single dose of placebo as tablet by mouth 5 days apart. Whether the participant starts with moxifloxacin or placebo is decided by chance. Moxifloxacin is used to make sure that certain changes in heart rhythm can be detected in the study. Each participant will be in the study for about 6 weeks including 1 treatment day (part 1) or for about 8 weeks including 3 treatment days (part 1 & 2). Participants of part 1 will stay in-house for 7 days. Participants of part 2 will stay in-house for another 9 days. The in-house phase starts two days before intake of the study treatment. In addition, one visit before and one visit after the in-house phase to the study site is planned. During the study, the study team will: - Do physical examinations - Check vital signs - Take blood and urine samples - Examine the participants' heart health using electrocardiogram (ECG) - Ask the participants questions about their mood and about sleepiness.