View clinical trials related to High Blood Pressure.
Filter by:This study will utilize a three-phase approach that is informed by a theory-driven implementation framework to: 1) conduct a needs analysis in order to identify individual-, health care team-, and practice-level barriers and facilitators to conducting adherence counseling in safety-net primary care practices; 2) develop a virtual communication simulation designed to improve the quality of adherence counseling by allowing nurses repeated opportunities to practice discussing medication adherence with virtual patients; and 3) conduct a pilot study to evaluate the feasibility, acceptability and preliminary efficacy of the simulation on changes in: a) nurses' collaborative communication skills, b) medication adherence, and c) reduction in BP in a sample of 20 patients with uncontrolled hypertension (HTN) who are non-adherent to their medications.
Mantras are specialized energized sound or words, which are defined most important sound therapy in Vedic healing. Present study was undertaken to evaluate the immediate effect of specialized Mantra chant on cardiovascular parameters in high blood pressure patients.
Background: Hypertension is an increasing global problem and measures are needed against the emerging hypertensive burden. Management of the risk factor hypertension consists of medical treatment in conjunction with lifestyle adjustment, whereby lifestyle adjustment is the preventive cornerstone but has also been proven to contribute to BP reduction among those already receiving medical drug treatments. Non-adherence is a significant barrier to successful hypertension management. Goal: To improve management of hypertension in daily life from a person-centred perspective, utilizing information and communication technology, and further to decrease complications of hypertension. To increase the proportion of persons with hypertension obtaining a BP goal =<140/90 mmHg and to conduct a health economic evaluation of our intervention. Plan: The investigators will conduct a multi-centre randomized controlled trial in 36 primary care centres in three counties in Sweden. There will be approximaely 430 patients in each group. BP will be measured in a standardized manner, laboratory tests taken and questionnaires answered at baseline, after eight weeks and after a year in both the intervention and the control group. Register data on health care resource one year before baseline and for the full study period will be retrieved for participants in both study groups. Singificance: The intervention is expected to improve adherence to treatment and a significant lowering of the blood pressure. Hospitalization rates are lower among persons with hypertension that adheres to their medication. By improving treatment of hypertension the hope is to decrease complications and morbidity due to hypertension and thereby hospitalization and health care costs. Due to the generic nature of the technology involved, the self-management system can easily be adapted to monitor other chronic conditions.
This study will investigate the effects of curcumin on the structure/function of the body by investigating whether targeted improvement of intestinal barrier function by supplementation with oral curcumin will result in attenuation of lipopolysaccharide (LPS) translocation and/or intestinal inflammation.
It is hypothesized that the daily supplementation of a nitrate-rich, two-ounce fruit and vegetable energy supplement (Isagenix International LLC) by healthy young adults with a would increase circulating nitrates and improve cardiovascular parameters compared to a nitrate-deficient placebo (prune juice).
Effectiveness of fasting or fasting-mimicking diet has been proved an effective approach to treat metabolic and autoimmune diseases in mice. However, clinical trials performing prolonged fasting with more than 7 days have not been reported. Investigators conduct an open label, phase I/II clinical trial to evaluate the safety and effectiveness of the 21-day fasting-like diet in the treatment of metabolic and autoimmune diseases.
Aliskiren (also called TekturnaTM) is a new drug for high blood pressure. Aliskiren works by blocking the actions of a substance called renin. Renin is a natural substance in the body that raises blood pressure. Renin is believed to contribute to the production of blood clots by increasing the amount of a substance known as Plasminogen Activator Inhibitor or PAI-1. This study will measure how aliskiren changes the amount of PAI-1 in the blood depending on the time of dosing. The purpose of this study is to find out if it is better to take aliskiren in the morning or at night.
The Latino population in the United States is increasing in size; is diverse in culture, backgrounds and countries of origin; is experiencing unique influences from social and behavioral acculturation to the U.S.; is reported nationally to have lower rates of heart disease; is reported to have increased prevalence of diabetes and asthma; and is generally poorer and less educated (NHLBI working Group, 2003). They represent an important target population for disparities research. In particular Latinos accessing care in Community Health Centers in the United States represent an ideal population for conducting disparities research because lack of access to care is minimized through various governmental health insurance support mechanisms. This study will build on existing relationships to conduct the proposed study, using expertise in epidemiologic, behavioral and genetic research in an effort to promote a coordinated, comprehensive, interdisciplinary and focused research effort to improve the care being delivered to indigent Latinos at-risk for and with CVD.
Changes in volumetric hemodynamic parameters and fluid overload (Cardiac Index,Stroke Volume, Thoracic Fluid Content, Systemic Vascular Resistance) were measured using a impedance cardiography (ICG) (CardioScreen 1000 - Haemodynamic Measurement System, Medis. Ilmenau) in stable renal transplant recipients Nutritional status was measured by Tanita 418 Monitor.
Hypertension (HTN) is a major risk factor for coronary heart disease (CHD), heart failure, kidney failure and stroke. Disparities in HTN prevalence, treatment and control in the US have persisted for decades. The prevalence of HTN is 44% among Blacks, which is among the highest rates in the world. Those in ethnic/racial, rural, socioeconomically disadvantaged and other medically underserved populations are known to have the worst blood pressure (BP) control. Awareness of, treatment for, and control of HTN is not optimal, and varies according to race, whereby BP is controlled in ~53% of non-Latino Whites, 42% of non-Latino Blacks and only 34% of Latinos. Fundamental underlying differences in the pathophysiology contribute to HTN among different race groups. The United States (US) 2014 HTN recommendations outline race-based pharmacotherapy care for HTN. However, these recommendations use race-based population assumptions for Whites and Blacks only, do not include Latino ethnicity and have no accompanying guidelines or tools for successful implementation, particularly in rural primary care practices where disparate populations are common. Moreover, these recommendations only apply to initial therapy and lack guidance on subsequent regimen selection. The Optimizing Precision of HTN Care to Maximize BP Control Pilot (OPTI-BP Pilot), will directly address a long known and growing health disparity concern in the US which includes higher rates of death from CHD and stroke among Blacks and the poorest rates of HTN control among Latinos. Utilizing a mixed methods approach, the overarching goal of OPTI-BP Pilot is to test, using a pragmatic trial design, a personalized, algorithmic-based HTN management approach focused on age, race, biomarker (plasma renin activity) and treatment factors. The investigators hypothesize that implementation of a precision-based approach to the care of HTN in the community will improve BP reduction and ultimately reduce risk for CHD, stroke and death among those most affected by HTN.OPTI-BP Pilot is significant because it will utilize an innovative, systematic, precision-focused HTN management approach in an underserved, diverse population where BP control is currently suboptimal and lays the infrastructure groundwork for broad implementation across all areas of the US to minimize HTN related disparities and improve HTN outcomes.