INTRACRANIAL ANEURYSM

This study is collecting and comparing real-world results from thousands of patients who have had a brain aneurysm treated with a special implanted device. The goal is to see which of two main device types—stents that divert blood flow or mesh plugs that fill the aneurysm—works b…

This study is collecting safety and effectiveness data on a recently approved medical device used to treat brain aneurysms. It will follow about 118 patients who receive the device in real-world hospital settings. The main goal is to see how well the device works at sealing off a…

This study is testing a new medical device called the Artisse Intrasaccular Device for treating brain aneurysms. The device is designed to be placed inside the aneurysm to block blood flow and prevent it from rupturing. Researchers will enroll 300 adults with specific types of an…

This study is collecting information on the safety and effectiveness of a device called DERIVO® 2heal®. The device is designed to treat brain aneurysms, which are weak bulges in brain arteries. Doctors place the device inside the artery to divert blood flow away from the aneurysm…

This study aims to find out if using general anesthesia (being fully asleep) or local anesthesia (being awake but numb) is better for patients having a minimally invasive procedure to treat an unruptured brain aneurysm. Researchers will randomly assign 188 patients to one of the …

This study is testing whether a new artificial intelligence (AI) tool can help radiologists better detect brain aneurysms on standard CT scans. Over 6,450 patients across China will have their scans reviewed either with the real AI's help or a fake version, and neither patients n…

This is a large, observational registry designed to monitor the long-term safety and performance of already-approved medical devices used to treat brain aneurysms and strokes. It will follow 4,000 adult patients who receive these devices in real-world hospital settings. The main …

This study is collecting real-world information about how well medical devices work and how safe they are after they've been approved for treating brain aneurysms, strokes, and other blood vessel problems. It will follow up to 10,000 patients who have already received these devic…

This study is testing a new training model for neurosurgeons who operate on brain aneurysms. Surgeons will practice delicate surgical techniques using donated human placentas, as their blood vessels closely resemble those in the brain. The goal is to improve surgical skills in a …

This study is collecting real-world information on how well approved medical devices work for treating brain aneurysms and strokes. It will follow 1,000 patients who have already been treated with these devices as part of their standard care. The goal is to gather safety and effe…

This Swiss study is creating a large database to better understand brain aneurysms. Researchers will collect health information, images, and samples from 20,000 participants including both patients with aneurysms and healthy volunteers. The goal is to identify risk factors, impro…

This registry tracks how well Medtronic medical devices work in real-world use for conditions like heart rhythm problems, neurological disorders, and urinary issues. It will follow 100,000 patients who receive eligible Medtronic products to monitor safety and effectiveness over t…