CARDIOTOXICITY

This study is testing whether different types of exercise can improve heart health in young adults who survived childhood cancer. Participants, who had a specific type of chemotherapy that can affect the heart, will be assigned to either high-intensity interval training or modera…

This study is testing a new wearable sensor that estimates how well the heart is pumping blood, a key measure called ejection fraction. The goal is to see if the sensor's readings match those from a standard heart ultrasound. The study will enroll 50 people who are already schedu…

This study aims to understand how a special exercise test can help predict heart and lung function in women with HER2-positive breast cancer who are experiencing mild heart side effects from their treatment. Researchers will measure oxygen use during exercise in 23 participants w…

This study aims to better understand how often two effective leukemia drugs cause high blood pressure and irregular heartbeats. Researchers will give 50 patients smartwatches and home blood pressure monitors to track their heart health during treatment. The goal is to gather real…

This study aims to understand why and how certain breast cancer drugs can damage the heart over many years. Researchers will follow 200 women for up to 15 years, tracking their heart health with regular scans and surveys. The main goal is to learn how a person's background—includ…

This study aims to understand how a common type of cancer immunotherapy might affect the heart's smallest blood vessels. Researchers will follow 25 adults with breast or lung cancer who are starting this treatment. They will use heart scans and blood tests to monitor for changes …

This study aims to understand how radiation and chemotherapy for advanced lung cancer affects heart health over time. Researchers are following 221 patients for at least two years, using heart scans, blood tests, and surveys to measure changes. The goal is to identify early signs…