View clinical trials related to Blood Pressure.
Filter by:A randomized, multicenter study comparing two strategies: 1 / standard management of systolic blood pressure according to international recommendations (systolic blood pressure <185 mm Hg) versus 2 / intensive blood pressure management Systolic with a target <130 mm Hg.
This is a 5-year randomized controlled trial in two large healthcare systems (Madison and Milwaukee, WI) to evaluate MyHEART's (My Hypertension Education And Reaching Target) impact on blood pressure among 310 geographically and racially/ethnically diverse young adults.
This study compares two blood pressure targets and two oxygenation targets in the post-resuscitation care of comatose out-of-hospital cardiac arrets patients. Using a novel method the blood pressure-intervention is double-blinded. The oxygenation-intervention is open-label. As a subordinate study, the patients will be randomized 1:1 to active fever-control with an automated feedback temperature control-device for 36 or 72 hours following return of spontaneous circulation.
Dexmedetomidine (DEX) is safe and effective in reducing ED following sevoflurane anesthesia. The investigators intend to study the efficacy of DEX in reducing ED in children undergoing tonsillectomy with and without adenoidectomy using total intravenous anesthesia (TIVA) with propofol .
The purpose of this study is to measure the blood pressure level of the patients, using a cuff ranged 17 - 50 cm.
Hypertension is usually diagnosed at a clinic or doctor's office when a patient has blood pressure (BP) that is high for several measurements. However, about 30 percent of patients with high BP in clinics have normal BP outside of clinics. This is called white-coat hypertension. Correct diagnosis of hyper-tension is important to prevent strokes, heart attacks, and heart failure but also to avoid making people worry or take medicines when they don't need to. To avoid misdiagnosis of hypertension, the US Preventive Services Task Force (USPSTF), which makes national recommendations about disease screening, recommends people should have 24-hour BP ambulatory monitoring (i.e., an arm cuff and BP monitor worn for 24 hours, with measurements taken every 30 minutes during the day and every 60 minutes at night), with home BP monitoring over several days as an alternative. However, most patients have never heard of 24-hour BP monitoring, and physicians rarely order it. Physicians sometimes use home BP monitoring, but not according to recommended guidelines. BP kiosks, for example at drug stores, offer another option. Newer models are accurate and easy to use. BP-CHECK will identify participants, ages 18 to 85, with high BP at their last clinic visit and invite them to a screening visit. Participants with high BP at the screening visit (510 patients) will be randomized and assigned to 1) clinic BP, 2) home BP, or 3) kiosk BP diagnostic groups for confirming a new diagnosis of hypertension. The clinic BP group will have BP measured at one clinic visit. The home BP group will measure BP two times, twice a day, for five days. The kiosk BP group will measure BP three times on three separate days at a kiosk at their clinic or nearby drugstore. Participants will complete their diagnostic tests over approximately three weeks. They will then be asked to complete 24-hour BP monitoring. Participants will complete surveys at baseline prior to randomization, after diagnostic tests, and at six months. Hypothesis 1: Compared to the reference standard (24-hour BP), home BP and kiosk BP will be more accurate than clinic BP. Hypothesis 2: Participants with clinic, home, or kiosk BP results concordant with reference standard results will prefer home or kiosk to clinic and 24-hour BP. Hypothesis 2: Participants with clinic, home, or kiosk BP results concordant with reference standard results will prefer home or kiosk to clinic and 24-hour BP.
The investigators would like to determine if early administration of oral Midodrine in participants diagnosed with sepsis will impact blood pressures and decrease the need for and/or doses of intravenous pressor agents.
The investigators are developing Blood Pressure Imager (BPI), which is a new technology that does not require cuffs or expensive equipment, and can be used by untrained individuals in underserved, low-resource environments at their own homes or regional care settings. Over the last one-year the investigators have developed the BPI prototype, which is ready for testing. BPI is a wrist device that includes a camera, color lights and soft membrane with a reflective coating. In this device feasibility study, the BPI will be placed over the radial artery at the wrist with the help of a wrist strap. The primary purpose of this feasibility study is to compare the BPI with a commercially available cuff-based blood pressure measuring devices.
The goal of the Upstate KIDS Study is to track the growth, development and long-term health of children given the increasing use of infertility treatment, occurrence of maternal obesity and pregnancy complications, and rising maternal age at birth.
New strategies trying to achieve blood pressure control and consequently reduce cardiovascular risk in resistant hypertensive subjects are promising. In this context, the SGLT2 inhibitor dapagliflozin, not yet investigated in resistant hypertension, arises as a potential drug in order to impact on blood pressure levels, as well as target organ damage and adiposity in this high-risk population.