Hypertension affects about one in three adults in the United States. Current treatment includes several drug classes — ACE inhibitors, ARBs, calcium channel blockers, diuretics — often used in combination. Most people can reach target blood pressure with existing medications, but adherence remains a challenge and some people develop resistant hypertension.
What's actually going on in research
Trials are testing new approaches to resistant hypertension, including renal denervation devices that disrupt nerve signals to the kidneys. Studies are also examining precision approaches based on underlying causes, longer-acting drug formulations that reduce pill burden, and treatments targeting salt-sensitive hypertension. Researchers are investigating earlier intervention in prehypertension to prevent organ damage.
Renal denervation
Catheter-based procedures that ablate kidney nerves have shown sustained blood pressure reductions in recent trials. The approach may offer an option for people whose hypertension doesn't respond well to multiple medications.
Long-acting formulations
Injectable drugs that last weeks or months are being tested to reduce the daily pill burden. Early studies suggest they may improve adherence and maintain steadier blood pressure control.
What to know before you search
Eligibility often depends on baseline blood pressure level, number of current medications, kidney function, and cardiovascular history.
What types of trials are currently open
- Device trials — Testing renal denervation catheters and implantable devices that regulate blood pressure through nerve modulation or continuous monitoring.
- Drug combination trials — Testing new combinations of existing drug classes or single pills containing multiple medications to simplify treatment and improve control.
- Resistant hypertension trials — Studies focused on people whose blood pressure stays high despite taking three or more medications, testing both new drugs and devices.
- Prevention trials — Testing whether early treatment in people with prehypertension can prevent progression to hypertension and reduce cardiovascular events.
- Precision medicine studies — Following people to understand which subtypes of hypertension respond best to which treatments based on genetics, kidney function, or hormone levels.
Recently added Hypertension trials
Cardiopulmonary Exercise Active Health Cohort Study
This is a multicenter, prospective, observational cohort study. Study participants will first be enrolled into the general population main cohort, and some eligible subjects will be invited to participate in a validation study for the consistency of estimated VO₂max. The overall study consists of the establishment of the main cohort and three major research modules: cardiovascular endpoint risk prediction, early warning of exercise-related cardiovascular event risk, and health reminder and behavioral feedback. In addition, a substudy is designed to enroll 300 patients with stable metabolic cardiovascular disease, aiming to verify the consistency between wearable-device-estimated maximal oxygen uptake (VO₂max) and the gold standard of Cardiopulmonary Exercise Testing (CPET), so as to evaluate the applicability and error structure of the device-estimated parameters in clinical populations.
Blood Pressure Control and Safety of Ex-one or Ex-one Plus in Essential Hypertension
This study aims to assess the proportion of patients with essential hypertension who achieve blood pressure control rates at Week 24 following treatment with Ex-one tablets or Ex-one Plus tablets, and to collect safety information observed during the study period.
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