View clinical trials related to Cardiovascular.
Filter by:A study to assess the safety, tolerability, pharmacokinetics, and pharmacodynamics of AZD1705 in participants with dyslipidemia.
In ageing, deleterious alterations in cardiovascular (CV) structure and function increase risks of ageing-related cardiovascular disease (CVD). Investigators found that these CV alterations were associated with circulating serum metabolites, suggesting a metabolic basis to CV ageing. Investigators hypothesize that modification of these metabolites by intervention, such as exercise, may retard CV alterations and reduce CVD in ageing.
To research and develop new state of the art diagnostic biomarkers on the LumiraDx Platform that are comparable to the approved gold standard reference methods and will radically enhance clinicians and patients ability to monitor health conditions and improve outcomes by delivering the results near patient at the point of care.
The number of students with psychological problems is on the rise, due to a combination of increasing performance pressure, high expectations, difficulties handling stress, social pressure, and studying. Spending time in a green space has been shown to have positive effects on the mental and general health. This project aims to alleviate the symptoms of mental fatigue and stress related disorders such as burn out in students by offering a nature-based activity. Participants are asked to take a thirty-minute walk in a nature-based area for five consecutive days, followed by a control period (regular schedule of the participant) for five days, or vice versa. The investigators test stress-related parameters including concentration tests, cognitive tests, cortisol levels, and cardiovascular measurements.
The study was designed to test the following hypotheses: In patients with severe obesity, a multisite electrostimulation session (m-NMES) will induce higher changes in metabolic, inflammatory and cardiovascular parameters and higher increase in muscle strength during stimulated contractions than conventional unidirectional electrostimulation session (c-NMES). In patients with severe obesity, a six-weeks m-NMES training program will enhance cardiovascular, metabolic and inflammatory parameters.