Basal ganglia cerebrovascular disorder

This study tests whether using a robot to help remove large blood clots in the brain (from a hemorrhagic stroke) leads to better recovery than standard surgery. About 198 adults with a large basal ganglia hemorrhage will be randomly assigned to robot-assisted or traditional surge…

This study tests whether an AI-guided robotic system can improve outcomes for people with a moderate brain bleed (basal ganglia hemorrhage). About 330 adults will be randomly assigned to receive either the AI-assisted minimally invasive surgery or standard care. The goal is to se…

This large trial is testing whether AI-guided robotic surgery can improve outcomes for people with a hemorrhagic stroke (bleeding in the brain). The study will compare this new, less invasive technique to standard surgery or medical management. Researchers hope the robotic approa…

This study is building a huge database of up to 800,000 Korean patients with heart or brain vascular disease. By tracking their health over many years, researchers hope to understand the unique patterns and risk factors in this population. The goal is to create a platform that ca…

This study collects blood, clots, and tissue from up to 1000 people having procedures for stroke or other blood vessel problems in the brain. Researchers will analyze these samples to find biological markers and understand inflammation. The goal is to learn more about how stroke …

This study tests a special microscope attachment called GLOW800 that helps surgeons see blood flow and tissues in real time during brain and reconstructive surgery. About 29 adults will take part, and surgeons will rate how well the tool works. The goal is to confirm the device i…

This early study is testing whether a robot can help doctors perform delicate brain blood vessel procedures, such as angiography, embolization, and thrombectomy. Ten patients scheduled for these standard procedures will have them done using a robotic system instead. The main goal…