CARDIOVASCULAR DISEASES (CVD)

This study tests whether royal jelly, a substance made by bees, can lower inflammation and oxidative stress in people with high blood pressure. Researchers will give 34 participants royal jelly or a placebo for 8 weeks and measure changes in blood markers. The goal is to see if t…

This study looks at how tiny air pollution particles and noise affect heart and metabolic health in 45-64-year-olds in Kaunas, Lithuania. It also tests whether daily walks in green spaces or a Mediterranean diet can improve health markers. About 180 participants will be randomly …

This study is creating a large database of 8,000 adults with heart, kidney, or metabolic diseases (like diabetes). Researchers will collect medical records, imaging, and lab results, then follow participants for up to 5 years. The goal is to better understand these conditions and…

This study is collecting and analyzing genetic, metabolic, and microbiome data from over 6,000 people with and without metabolic syndrome. The goal is to identify biological markers that predict disease progression and help create personalized prevention and treatment plans. Part…

This study follows over 4,000 adults from Shanghai communities to track how heart, kidney, and metabolic diseases develop and change over time. Participants were first checked between 2016-2017 and will be re-assessed through 2035. The goal is to understand risk factors and impro…

This study is building a huge database of up to 800,000 patients with heart and brain blood vessel diseases at Samsung Medical Center in South Korea. Researchers will collect medical records and follow patients over many years to understand how these diseases progress and what ri…

This study follows over 10,000 Moroccan adults aged 40+ who were screened for heart disease risk between 2010 and 2012. Researchers will contact participants or their families to track heart attacks, strokes, and heart-related deaths over 10 years. The goal is to build a heart ri…

This study creates a large collection of blood, heart tissue, and other samples from up to 5,000 children and adults with or at risk for heart disease. Researchers will use these samples to better understand the causes and progression of pediatric heart conditions. Participants p…

This study will track 100 adults using Fitbit devices to see if data like heart rate, sleep, and steps can predict heart disease risk. Researchers will compare wearable data with standard heart health assessments. The goal is to see if everyday wearables can help catch heart prob…

This study is observing 900 adults in Greece who have both chronic lung disease (COPD) and heart problems. Researchers will track their health, including lung flare-ups and heart complications, over two years. The goal is to better understand these patients and how they use healt…