BRADYCARDIA

This large study aims to find out if a newer method of placing pacemaker wires, called 'physiological pacing,' works better than the standard method for people with slow heart rates. It will enroll 2,600 adults who need a pacemaker to see if the newer approach reduces the risk of…

This study is testing the safety and performance of two specific heart pacing leads when placed in a particular area of the heart's electrical system. Researchers will follow 200 adult patients for 6 months after implant to check for complications like infection, lead movement, o…

This study is testing whether playing specially designed womb-like sound recordings to premature babies in the NICU can help their brains develop better breathing control. Researchers want to see if these sounds reduce episodes where babies stop breathing (apnea), have low oxygen…

This study is testing a new setup method for a special pacemaker that aims to lower high blood pressure. It involves about 30 adults who already need a pacemaker for a slow heart rate and have high blood pressure. Researchers will test different device settings and measure their …

This study is tracking the long-term safety and performance of a specific pacemaker lead placed in a particular area of the heart. It involves 140 adults who need a pacemaker for conditions causing a slow or irregular heartbeat. The goal is to see if this placement helps the hear…

This study is testing whether placing pacemaker wires in a specific area of the heart's natural electrical system can improve heart rhythm and function. It involves 80 adults with heart failure or very slow heart rates who are already scheduled to get a pacemaker. Researchers wil…

This study is testing a new type of pacemaker that is completely wireless and placed inside the heart. It aims to see if the device is safe and works properly for people who need a pacemaker for a slow heart rhythm. Researchers will follow 20 participants for at least a year to c…

This study is testing a portable, smart ECG system designed to assist doctors during heart pacemaker implantations. It aims to provide clear, automatic measurements to help guide the placement of a pacing lead in a specific area of the heart. The goal is to see if this tool is us…

This study is testing a new, more detailed heart rhythm monitor (UHF-ECG) to see if it can better identify electrical coordination problems in the heart's lower chambers. It will compare this new test to the standard 12-lead ECG in 360 adults who have a slow heart rate or heart f…

This study aims to find out which of two add-on drugs helps a numbing injection work faster for patients having arm surgery. Researchers will compare dexmedetomidine and dexamethasone when mixed with a standard numbing medicine called ropivacaine. The goal is to see which combina…

This study aims to find which of two ultrasound-guided numbing injections works better for patients having thigh or knee surgery. Researchers will compare how easy it is for patients to get positioned for their spinal anesthesia and how long pain relief lasts after surgery. The t…

This study compares two sedation drugs, dexmedetomidine and propofol, for high-risk patients undergoing a painful bile duct procedure called ERCP. The goal is to see which drug causes fewer problems with breathing and blood pressure during the procedure. Researchers will closely …

This study aims to find the better of two ultrasound-guided nerve block techniques for reducing pain when patients with a broken thigh bone need to sit up for spinal anesthesia before surgery. It will involve 70 adults with femur fractures. The main goal is to see which method ma…

This study is observing how well a small, implanted heart monitor works in everyday medical care. It will track 1,400 patients who receive the monitor to see how quickly it can detect rare, irregular heartbeats. The goal is to gather real-world information on the device's perform…

This study aims to learn if data already collected by modern pacemakers—like sleep apnea patterns and irregular heartbeats—can predict future serious health events like strokes or heart attacks. It will follow 1,000 people with specific pacemaker models for up to five years, obse…

This study aims to monitor how well Medtronic heart rhythm devices like pacemakers and defibrillators perform over many years. It will track 20,000 patients who already have or are getting these devices to see how long they last and identify any complications. This is an observat…

This study aims to better understand the electrical signals produced by a specific type of pacemaker therapy called Left Bundle Branch Area Pacing (LBBAP). Researchers will measure these signals in 75 patients who already have this type of pacemaker, under different settings and …