INTRACRANIAL ANEURYSM

This study looks at a device called Silk Vista that is placed inside a brain aneurysm to redirect blood flow and prevent it from bursting. Researchers are tracking 234 patients to see how safe and effective the device is. The goal is to control the aneurysm and reduce the risk of…

This study follows 246 people who received the Pipeline Shield device to treat brain aneurysms. Researchers want to see how well the device closes the aneurysm and keeps the main artery open after one year. The goal is to confirm the device works safely in routine medical practic…

This study looks at a device called ENTERPRISE 2, used alongside coils to block blood flow in brain aneurysms. It involves 164 people aged 18-80 with either ruptured or unruptured aneurysms. The main goal is to see if the aneurysm stays closed at 6 months and 1 year after treatme…

This study tests a new device called the SEAL™ system to treat brain aneurysms (a bulging, weak spot in a blood vessel). The device is placed inside the aneurysm to block blood flow and prevent rupture. The trial includes 279 people aged 22 to 80 with either unruptured or recentl…

This study follows 500 people with brain aneurysms who received the Surpass Evolve flow diverter, a device that redirects blood flow to heal the aneurysm. Researchers track safety and effectiveness for up to 5 years, focusing on stroke risk and complete aneurysm closure. The goal…

This study tests a new stent called Accero® (Heal) for treating brain aneurysms. About 130 people who already received the stent are being followed to see if it is safe and works well. The main goal is to check how completely the aneurysm is sealed off from blood flow.

This study tests a new device called FRED X, which is a stent placed inside a brain artery to treat a brain aneurysm (a bulging blood vessel). The goal is to see if it works as well as an earlier version, the FRED device, in sealing the aneurysm and preventing strokes or death. A…

This study tests whether an AI program can find unruptured brain aneurysms on standard CT scans that people get for other reasons. Ten adults with risk factors (like high blood pressure or age 40+) will have their scans checked by AI and then by a radiologist. The goal is to see …

This study looks at how brain aneurysms (specifically dissecting aneurysms) change over time. Researchers are combining MRI scans, blood flow data, and artificial intelligence to build a tool that predicts which aneurysms might get worse. The goal is to help doctors decide the be…