View clinical trials related to Hypertension.
Filter by:Blood pressure measurements by three methods Office Blood Pressure Measurement (OBPM), Automated Office Blood Pressure Measurement (AOBPM), and Home Blood Pressure Measurement (HBPM) were collected retrospectively across three visits for patients (N=28) referred to a specialty hypertension (HTN) clinic. Demographic data were analyzed using summary statistics. The differences between AOBPM, HBPM, and OBPM were examined using mixed models repeated measures analysis for time and method for each visit.
High blood pressure, also known as hypertension, affects nearly half of all Americans and increases the risk for heart disease and stroke. Only about half of people with high blood pressure have it under control. New methods to control blood pressure are needed to reduce heart attack and stroke rates. The purpose of this study is to test whether a digital program that includes personalized health coaching and remote patient monitoring with a connected blood pressure cuff, all delivered on a smartphone or website, can improve blood pressure control compared with usual care among patients with high blood pressure.
Determine the effects of environment and sound on initial and average triplicate screening blood pressure done according to clinical practice guidelines with an automated device. Standardly obtained blood pressures obtained in a noisy, busy, public space will be higher than attended blood pressures obtained (1) in the same environment but with earplugs to minimize sound and (2) in a quiet, private space without surrounding activity.
GoFreshRx is a randomized trial, testing the effects of a home-delivered DASH-patterned grocery intervention on blood pressure in Black adults actively treated for hypertension, residing in Boston area urban food deserts.
Hypertension is an important public health problem in our country and in the world. For success in hypertension treatment, timely and accurate diagnosis of patients, effective implementation of lifestyle changes, timely initiation of drug therapy and effective drug compliance are emphasized. The rapid adoption of smartphone technology provides a promising platform for overcoming drug non-compliance by providing medication intake reminders, healthy lifestyle education. It is emphasized that the health belief model can be used in the self-management of the hypertension patient's health and in the regulation of services with smart phone applications. Based on these facts, this study was planned to examine the effect of the smart phone management system supported nursing care program given by the nurse to the primary hypertension patients registered in the Family Health Center on the patient's compliance with the treatment and the blood pressure staying within the target limits. The research was organized in an experimental design with pre-test post-test control group. The population of the research consists of primary hypertensive patients registered in Family Health Centers in Tosya district of Kastamonu province. It is planned to include a total of 102 people, 51 in the intervention and control groups, in the sample group.
The primary aim of this study is to determine the effects of education and motivational interviews structured according to the health belief model on cardiovascular disease risks and healthy lifestyle behavior changes in patients with an essential hypertension diagnosis. The secondary aim of the study is to determine the effects of the variables that mediate the probability of performing primary prevention measures according to the health belief model of patients with a diagnosis of essential hypertension. The study was planned in a single-center, single-blind, one-to-one, parallel-group, randomized controlled trial design with a 6-month follow-up period. The research will be carried out at Işıklar Family Health Center located in Eskişehir city center in Turkey. The study population of this research consists of 659 patients with a diagnosis of essential hypertension, aged between 30-59 years, registered in Işıklar Family Health Center. The number of samples required for the study was determined by the power analysis made in the GPower 3.1 package program. Assuming that there may be losses during the follow-up and considering the possibility of nonparametric testing, a total of 80 individuals, 40 in each group, with an increase of 20%, will form the research group. The research data collection process will be carried out in 4 stages. First of all, the data required to query the inclusion criteria and exclusion criteria for participant admission to the study will be evaluated using the "Data form for participant admission". For the other stages of the research data collection process; "Pre-test (Beginning at 0 months)", "Intermediate follow-up test (Follow-up at 3 months)" and "Posttest (6 months)" will be administered to the participants in the study and control groups by the researcher. In this study, "Cardiovascular Disease Risk Awareness Assessment Scale", "Cardiovascular Diseases Risk Factors Knowledge Level", "Framingham Cardiovascular Risk Score", "Healthy Lifestyle Behaviors Scale-II", "Hypertension Self-Care Profile", "Hill- Bone Hypertension Treatment Adherence Scale", "Physical Activity Questionnaire for Primary Care" and "SF-12 Quality of Life Scale" will be used as data collection tools. In addition to their routine care, the control group will be given a health education structured according to the health belief model and a training booklet on healthy lifestyle behavior changes at the end of the training.
This study sets out to evaluate a University of California-wide (Davis, San Francisco, and Los Angeles) quality improvement initiative to increase remote (home) blood pressure monitoring and improve blood pressure control for persons with hypertension. Participants at each site will be randomized to one of two types of remote monitoring: integrated versus manual. Participants using the integrated monitoring will have their home blood pressure readings sent directly to their participating health systems. Participants using the manual monitoring will record their own blood pressures and report them to their health care system as per usual care.
The MMPH program will include two Zoom-delivered sessions (Weeks #1 & #4), six video-recorded sessions (Weeks #2, #3, #5, #6, #7, #8), and daily mindfulness meditation practice using a mobile APP during an eight-week study period. Similar to the Urban Zen Integrative Therapy intervention, each MMPH session will include Gentle Body Movement (GBM,10-min), Restorative Pose (Pose,10-min), and Body Awareness Meditation (BAM, 20-min). Self-guided audio-video modules of various durations will be available according to participants' preference and level of comfort (5, 10, 20 minutes). The mobile-APP content will reinforce Zoom content such as mindful breathing, GBM of upper extremities, GBM of lower extremities, Pose sitting, Pose lying, and BAM practices. The MMPH content will be tailored to health management needs specific to PH with cultural consideration of mindfulness-related concepts (stress, responding to stress, resiliency).
The estrogenic deficit characteristic of the climacteric stage is accompanied by a high incidence of health problems, such as the presence of Metabolic Syndrome risk factors that contribute to the increase of cardiovascular diseases. Objective: To determine the effect of a nursing intervention based on self-care aimed at improving the control of two metabolic syndrome risk factors (abdominal obesity and arterial hypertension) and health-related quality of life in climacteric women. Material and methods: Quasi-experimental study, non-equivalent control group design with women between 40 and 59 years old who present two risk factors of the Metabolic Syndrome (abdominal obesity and arterial hypertension) from two type C Health Centers of District 17D03 of Quito, Ecuador. Among one of the conceptual hypotheses, the researchers have Conceptual hypothesis 1: Climacteric women of the experimental group after the intervention of Nursing based on self-care improve two risk factors of MS with respect to those of the comparison group. A sample of 40 women was selected for experimental group and 40 for comparison group. Instruments and measurements: Abdominal Circumference, Blood Pressure, Menopause Rating Scale, International Physical Activity Questionnaire (IPAQ). Women in both groups received the usual care and those in the experimental group received a Nursing Intervention with technological support that included individual face-to-face nursing counseling, group education and physical activity sessions through a virtual platform for 12 weeks. Ethical requirements were considered. Expected results: It is expected that after the Nursing Intervention based on self-care the women of the experimental group will decrease the parameters of abdominal circumference, blood pressure and improve health-related quality of life.
In the context of physical exercise, there is no evidence of the acute and continued use of beetroot juice with a previously recommended dose of nitrate (NO3) (>300mg) on the cardiovascular performance of hypertensive and postmenopausal women. We will investigate the effects of beetroot juice rich in NO3 acutely (first day: 140mL/800mg) and during a week with daily doses (second to the seventh day: 70mL/400mg) on blood pressure, heart rate (HR), cardiac autonomic control, EF, inflammatory, hormonal, and stress biomarkers oxidative stress and enzymes involved in nitric oxide synthesis and mitochondrial regulation, under resting conditions, as well as mediated by submaximal aerobic exercise sessions. Through a randomized, crossover, triple-blind, placebo-controlled clinical trial, 20 physically inactive hypertensive women will undergo an acute and 7-day trial, each with two intervention protocols: 1) placebo and 2) beetroot; in which will ingest beet juice with or without NO3 in its composition with a 7-day washout interval. On collection days, exercise will be performed on a treadmill for 40 minutes at a speed corresponding to 65-70% of VO2peak. The collection of variables (cardiovascular, autonomic, and blood samples for molecular analyses) of the study will take place at rest (120 minutes after ingestion of the intervention), during exercise (40 minutes), and in the effort recovery stage (during 65 minutes) based on previously validated protocols. The collections were arranged so that the measurement of one variable does not interfere with the other and that they have adequate intervals between them.