View clinical trials related to Hypertension.
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High blood pressure or hypertension (HTN) is very common and can lead to serious health issues and even death. Medications and lifestyle changes can be used to treat HTN. During the Coronavirus Disease-19 (COVID-19) pandemic, a lot of the care provided by doctors has become virtual, meaning that patients can be assessed by a doctor over the phone or video call without needing to go to a clinic or hospital. Although this is convenient, a lot of people cannot get their blood pressure (BP) checked in a reliable way when they are at home. As a result, it is possible that their BPs are too high and that they are not getting the right medications or the right doses of medications to treat this. The Investigators are performing this study to see how patients are managing to check their BP's at home, during this time when a lot of the care is virtual. The Investigative team understands that many patients diagnosed with HTN don't have a home BP cuff, or might not know how to properly use it, or might not share the results with their doctors. In people who have high BP, we want to see if a special BP cuff and special monitoring program can help to get their BP's under better control, and to prevent negative effects related to HTN.
This is a phase IV, interventional, multi-center, open clinical Trial. Patients will be administered one eye drop of tafluprost/timolol fixed combination at 20:00 (+/- 1 hour), in the treatment of open angle glaucoma and ocular hypertension. The patients will suspend the treatment with latanoprost.
The investigators plan to investigate the feasibility and validity of tests of exercise capacity, when these are performed in hospital and at home, by patients who are diagnosed with pulmonary hypertension. Patients with pulmonary hypertension develop high blood pressure within the lungs, leading to a limitation in the amount of exercise they are able to perform. At diagnosis and follow-up patients routinely perform short exercise tests which are performed under supervision in the clinic or hospital. The results from these are compared over time and are used to assess how stable patients are. Currently, patients are required to travel to hospital to perform such a test and thus telephone or video appointments do not include this information. This study aims to investigate a range of exercise tests to assess whether they are valid in pulmonary hypertension (whether the results are comparable to the results from the current exercise test performed in hospital, the six-minute walk test) and whether it is feasible for patients to to perform these tests at home. The investigators aim to investigate four different home exercise tests, including a sit-to-stand test, a timed up and go test, a six-minute walk test and a step test. The investigators will ask patients to perform these tests in a hospital environment and at home on two occasions. The results of these will be compared to see how they change over time and will be compared to other results obtained during standard care. Additionally, patients will be asked a questionnaire to assess their views on the four tests.
This will be a prospective observational study. The population would be pediatric patients 6 years to <19 years of age who were referred for elevated blood pressure to investigate if home blood pressure (HBP) can determine blood pressure phenotype (normotensive, hypertensive, masked hypertension, white coat hypertension) as accurately as ambulatory blood pressure monitor (ABPM) in childhood and adolescence.
This study will be carried out in 2 emergency departments (at the exit of the emergency room) and 2 external consultations (endocrinology of the CHU FB Monastir and diabetology consultation, Jemmal hospital). Patients over 18 years of age with: 1. Arterial hypertension (hypertension). 2. Or diabetes. 3. Or one or more other cardiovascular risk factors (AHA, ESC) or risk of cardiovascular disease> 20% according to the Framingham scale (apart from hypertension and diabetes were included.
Hypertension (HTN) has a greater impact on African Americans (AA) than any other U.S. racial group. Uncontrolled blood pressure (BP) contributes to higher rates of disability, death, and health resource use among AA. HTN is the single most influential risk factor for cardiovascular disease (CVD), as well as a risk factor for the incidence of stroke, diabetes, chronic kidney disease, and dementia. Importantly, older adults account for 15% of the U.S. population, and two-thirds of older adults over age 60 have HTN, with higher rates observed in AA older adults. Strategies to support self-managing HTN and BP control are crucial as the older population is projected to age considerably and become more racially and ethnically diverse. Research has documented the negative effects on health and health outcomes of poorly controlled BP and is one of the most important modifiable CVD risk factors. Lower BP targets will require aggressive management and an increase in antihypertensive medications. Therefore, to achieve lower targets in this population, greater efforts, including patient-centered methods will be needed to support self-managing HTN, especially in terms of medication adherence. As we shifted into the digital age, the use of mHealth technologies (smart phones, applications, SMS or text messaging) has been a powerful approach and mechanism for the treatment and management of chronic diseases. However, behavioral interventions that incorporate technology do not reach minorities or disadvantaged AA older adults with HTN. OPtimizing Technology to Improve Medication Adherence and BP Control (OPTIMA-BP) will leverage existing knowledge of effective technology-based components for HTN self-management to support and improve BP control using unique aspects of mHealth platforms in AA older adults. Findings from this study, if confirmed, will improve BP control and support self-managing HTN, as well as has the potential to close the health disparity gap between AA and non-AA older adults with HTN.
Hypertension is a global risk factor for cardiovascular diseases. Approximately 80% hypertension burden is in low-and-middle income countries. Hypertension can be managed with antihypertensive medication and following effective lifestyle interventions, however the control rate of hypertension among those on treatment is dismal. In Nepal, a quarter of adult population have hypertension of whom, 44% are unaware of their status, 33% are on treatment, and, only 12% are controlled. A comprehensive intervention strategy for hypertension management has shown promising results in high income countries. Therefore, it is of interest to understand its effectiveness, appropriateness and feasibility in the low income settings such as Nepal. The objective of the trial is to assess the impact on net change in mean systolic blood pressure measured between 7 to 8 months follow-up of a comprehensive intervention which provides personalized counselling on lifestyle modification and medication adherence together with support for regular monitoring of blood pressure at home, compared with a control arm where hypertensive patients have access to routine care only. The investigators are proposing a cluster randomized controlled trial conducted in government health facilities from Budhanilakantha, an urban municipality in the Bagmati Province of Nepal. Trial arms: 1) control (routine hypertension care); 2) Comprehensive approach to hypertension management that includes blood pressure (BP) audit and feedback by physician (nurse and doctor), and patient support to monitor BP, and home based patient care by community health workers to encourage self-monitoring of BP followed by tailored educational counselling on behavioral and lifestyle change. Eligible participants providing consent will be enrolled into the trial by a research assistant who will conduct interviews. Those from the intervention arm will receive the home visits for 6 months. Participants from both arms will provide follow up data in 7 to 8 months.
This study is for patients have been using prostaglandin analogue eye drops with a preservative for 3 months or more and have been diagnosed with prostaglandin-associated peri-orbital disease. the investigators would like to confirm the real world evidence(RWE) of safety and efficacy after changing to Eybelis ophthalmic solution 0.002%.
The purpose of this study is to evaluate the safety, efficacy, and usability of an eyedrop bottle adaptor that creates smaller eyedrops, Nanodropper, in an open-angle glaucoma/ocular hypertension patient population.