INTRACRANIAL ANEURYSM

This study compared two different procedures for treating unruptured, wide-necked brain aneurysms (bulges in a brain artery). Researchers wanted to see if a newer technique using a special 'flow diverter' stent was as effective, safe, and cost-efficient as the standard treatment …

This study looked at a device called Comaneci, which is used to help doctors place tiny coils inside certain brain aneurysms. The coils block blood flow to the aneurysm to prevent it from rupturing. The study followed 90 patients to check if the device was safe and worked well du…

This study observed how well a device called the OPTIMA coil system works for treating brain aneurysms. It followed 300 patients in Europe to check the safety of the procedure and see how effectively the coils blocked the aneurysm. Researchers tracked patients' recovery and any c…

This study tested a new medical device called the Tonbridge Flow Diverter, which is a tiny mesh tube placed inside a blood vessel to treat unruptured brain aneurysms. Doctors inserted the device in 142 patients across China to see if it could safely and effectively redirect blood…

This study tested a new medical device called the SINOMED IAS stent to treat brain aneurysms, which are weak bulges in brain arteries. It involved 203 patients to see if the stent could safely and effectively block off the aneurysm to prevent it from rupturing. Researchers follow…

This study tested whether a new medical device, the Tonbridge stent, is as safe and effective as an existing stent (LVIS) for treating brain aneurysms. It involved 204 patients in China who were randomly assigned to receive one of the two stents. The main goal was to see if the n…

This study tested a software tool that analyzes blood flow in brain aneurysms. Researchers wanted to see if the software could predict whether a specific treatment (a flow diverter stent) would successfully close the aneurysm one year later. The study observed 132 patients who re…