Boston Scientific Corporation

This study is testing whether adding extra ablation lines to the standard pulmonary vein isolation procedure works better for controlling persistent atrial fibrillation. Researchers will randomly assign 640 participants to receive either the standard procedure or the expanded pro…

This study looks back at medical records to compare two weight loss methods for people with obesity who stopped taking GLP-1 medications (like Wegovy or Zepbound) because of side effects or because the drugs didn't work well enough. It compares an endoscopic procedure that stitch…

This study compares two methods of using pulsed electrical energy to treat persistent atrial fibrillation, a common heart rhythm disorder. It will test whether a newer approach that maps extra electrical sources in the heart is as safe and effective as the standard method that al…

This study is testing a special sponge attached to a vacuum pump (Endo-SPONGE) to treat leaks that can happen after colon surgery. Doctors place the sponge inside the body near the leak to help pull the tissue together and promote healing. The goal is to close these leaks without…

This study is collecting real-world safety and performance data on Boston Scientific devices used to treat kidney stones and enlarged prostate (BPH). It will follow about 238 patients for one year after their procedure to monitor for any serious device-related problems and to see…

This study is testing whether a non-surgical, endoscopic procedure called TORe, combined with intensive lifestyle coaching, helps people lose weight again after they have regained it following gastric bypass surgery. It will compare this combined approach to lifestyle coaching al…

This study is collecting real-world information on how a specific brain ablation procedure affects patients' quality of life. It will follow 200 people with Parkinson's disease, dystonia, or essential tremor who are scheduled to receive the treatment. The goal is to understand th…

This study compares two ways to pace the heart for people with moderate to severe heart failure. Researchers want to see if placing the pacing wire in a different heart area (Left Bundle Branch Area Pacing) works better and causes fewer complications than the current standard met…

This study is observing a combined heart procedure for people with atrial fibrillation (AFib). Doctors perform two treatments at once: one to correct the irregular heartbeat and another to seal off a part of the heart to lower stroke risk. The goal is to see if doing both togethe…

This study aims to see how well commercially available nerve stimulation devices work for controlling chronic pain in everyday medical practice. It will follow 4,800 patients who receive these implants to track their long-term pain relief, quality of life, and the devices' perfor…

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 new electrical waveforms delivered through the FARAPULSE system to treat atrial fibrillation, a common irregular heartbeat condition. Researchers will enroll 200 adults with either occasional or persistent atrial fibrillation to evaluate the safety and effec…

This study is testing whether a special drug-coated balloon can work as well as or better than standard stents for treating newly blocked heart arteries. About 1,600 adults with coronary artery disease will be randomly assigned to receive either the balloon treatment or the usual…

This study aims to see if people maintain significant weight loss five or more years after having an Endoscopic Sleeve Gastroplasty (ESG), a non-surgical procedure that reduces stomach size. Researchers will collect past data and conduct one new visit with 100 adults who had the …

This registry study aims to collect real-world data on how well the Vercise deep brain stimulation system helps people with Parkinson's disease. It will track about 1,500 patients worldwide to see how their symptoms and quality of life change after receiving the implanted device.…

This study aims to gather real-world information on the safety and effectiveness of a specific heart procedure for treating a type of irregular heartbeat (paroxysmal atrial fibrillation). It will follow 500 adult patients in China for three years after they receive the treatment …

This study is creating a registry to track the real-world results of an already-approved brain implant treatment for essential tremor. It will follow 500 adults who have the implant to see how it affects their quality of life over time. The goal is to gather more evidence on how …

This study is testing a new medical device called the FARAFLEX system for people with persistent or paroxysmal atrial fibrillation (AFib), a condition causing irregular heartbeats. The procedure uses pulsed field ablation, a newer type of energy, to create small scars in the hear…

This study is collecting real-world data on a new pulsed field ablation system used to treat atrial fibrillation, a common heart rhythm disorder. It will follow 500 patients for one year to monitor the safety and effectiveness of the procedure when performed in standard hospital …

This study is testing a device called BSJ019T for Japanese patients with liver cancer that cannot be removed by surgery and who have run out of standard treatment options. The main goal is to see if the treatment can safely control the liver tumors for at least three months. Rese…

This study is testing the safety and effectiveness of a medical device that uses extreme cold (cryoablation) to treat a type of irregular heartbeat called paroxysmal atrial fibrillation. It is for people whose symptoms keep coming back despite taking medication. Doctors will use …

This study is collecting real-world information about how well an approved deep brain stimulation device works for people with dystonia. Researchers will follow 300 participants who receive the implanted device to measure symptom reduction and quality of life improvements. The st…

This early study is testing a new device called TheraSphere GBM that delivers targeted radiation directly to recurrent glioblastoma brain tumors. The research aims to see if this approach is safe and technically possible for patients whose cancer has returned after standard treat…

This European registry is collecting real-world safety and performance data on the WATCHMAN FLX Pro device, which is implanted to help prevent strokes in people with atrial fibrillation. It will track about 1,000 patients who receive the device, including a smaller group using a …

This study is testing a specialized catheter system that uses pulsed electrical fields to treat persistent atrial fibrillation (AFib) in people whose first procedure didn't work. The goal is to see if this second procedure is safe and effective at stopping the irregular heartbeat…

This study is testing a new pattern of electrical pulses delivered by an approved spinal cord stimulator to see if it better manages chronic pain. It will enroll about 70 adults who have had back or leg pain for at least 6 months. The main goal is to see how many people can cut t…

This study is collecting real-world results from a commercially available, minimally invasive procedure for chronic low back pain thought to originate from the spinal bones. It aims to see how well the treatment reduces pain-related disability in 1,500 patients who are already sc…

This study is collecting real-world information on how well commercially available, drug-coated devices work for treating blocked arteries in the legs. It will follow 5,000 patients who receive these standard treatments to track outcomes like repeat procedures, amputations, and d…

This study aims to monitor the long-term safety and performance of Boston Scientific heart rhythm devices, like pacemakers and defibrillators, after they are approved for use. It will enroll up to 12,500 patients who receive these devices as part of their standard medical care. T…

This study aims to understand how well deep brain stimulation (DBS) works in everyday practice for people with Parkinson's disease, essential tremor, or dystonia. Researchers will look back at the medical records of up to 5,000 people who have already had or are eligible for the …

This study aims to collect real-world information from patients who use or plan to use an approved medical device or procedure for chronic pain. It will track how their pain levels change over time after the procedure. The goal is to better understand how these treatments work in…

This study aims to learn which treatments work best for chronic pain by looking back at the anonymous medical records of 15,000 people. Researchers will not give any new treatments; they will only review past outcomes from different approaches. The goal is to gather knowledge to …