INTRACRANIAL ANEURYSM

This study looks at a device called ENTERPRISE 2 that helps doctors treat brain aneurysms (a bulging blood vessel in the brain). The device is used during a procedure to block the aneurysm with coils. The study includes 164 people aged 18 to 80 with certain types of brain aneurys…

This study follows 500 people who received the Surpass Evolve flow diverter, a device placed in brain arteries to treat aneurysms. Researchers will track safety and effectiveness for up to 5 years, focusing on stroke risk and aneurysm closure. The goal is to confirm the device wo…

This study is testing a device called FRED X, a small mesh tube placed inside an artery to block blood flow to a brain aneurysm. The goal is to see if it works as well as the earlier FRED device in preventing strokes and sealing the aneurysm. About 154 participants with a single …

This study follows 246 people who received the Pipeline Shield device to treat brain aneurysms. The device is a small mesh tube that blocks blood flow to the aneurysm, reducing rupture risk. Researchers are checking how well the aneurysm seals, whether the artery narrows, and if …

This study tests a new device called SEAL™ that is placed inside a brain aneurysm to block blood flow and prevent rupture. About 279 adults with unruptured or recently ruptured aneurysms are taking part. The goal is to see if the device safely and effectively seals the aneurysm w…

This study is checking whether the Accero stent is safe and works well for people with brain aneurysms. Researchers are following 130 patients who already received the stent as part of routine care. They will use imaging and disability scales to see how patients do over time.

This study is testing the safety and effectiveness of a device called Silk Vista, used to treat brain aneurysms (a bulging blood vessel that can burst). Researchers are following 234 patients who already received the device as part of their normal care. The goal is to see how wel…

This study evaluates RDX-Aneurysm, a computer-assisted detection software designed to help radiologists find saccular intracranial aneurysms (bulging blood vessels in the brain) on MRI scans. Researchers will analyze 550 past scans—half with confirmed aneurysms and half without—t…

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

This study looks at how brain aneurysms (specifically intracranial dissecting aneurysms) change over time. Researchers are using high-resolution MRI scans and computer models to find patterns that might predict if an aneurysm will get worse. The goal is to build an AI tool that h…