BRADYCARDIA

This study compares two types of pacemaker leads—one without an inner channel (lumenless) and one with a stiff wire (stylet-driven)—for a newer pacing technique called left bundle branch pacing. The goal is to see which lead is safer and more effective at placing the pacing wire …

This early study tests a new, wire-free pacemaker (ALPS) in 10 people with bradycardia (slow heart rate). The goal is to see if it is safe and works well. Participants will be monitored for device-related problems and how well the pacemaker controls their heart rhythm.

This study looks at whether setting a pacemaker to a personalized rate of 75 beats per minute (instead of the usual 50-60) can improve how well the heart fills with blood and how much blood reaches the brain. It includes 70 adults aged 65 and older who have high blood pressure an…

This early study will test a new pacemaker system in 10 adults who need a pacemaker for a slow heart rate. The goal is to see if the device is safe and can pace the heart properly over 3 months. Participants must have a clear need for a single-chamber pacemaker and be in good ove…

This study tests a new, small pacemaker that doesn't need wires (leads) to help people with a slow heartbeat. About 15 adults with certain heart rhythm problems will get the device to see if it's safe and works well. The pacemaker is placed directly in the heart to keep the beat …

This study tests a small, sticky ECG patch that monitors heart rhythms in hospitalized patients. The patch sends real-time alerts to a central system and records data for later review. Researchers want to see if it helps doctors detect dangerous heart rhythms like atrial fibrilla…

This study will test a new pacing lead called LINEA, designed to be placed in the wall between the heart's lower chambers. Researchers want to see if it is safe and works well in 450 people who need a pacemaker. The main goals are to check for complications and measure how well t…

This study will collect ECG recordings from 600 people using the HeartBeam 3-Lead ECG recorder. The goal is to build a database of heart rhythm information for future research and regulatory use. Participants will have their ECG taken as part of routine care, and their de-identif…

This study will observe 1000 people who receive BIOTRONIK pacemakers for heart conditions like slow heartbeat or heart failure. Researchers will track how well the devices work and any side effects over time. The goal is to learn about the safety and performance of these devices …