Innovative Device for Indocyanine Green Navigational Surgery

The document discussed the development of a novel device for navigational surgery using Indocyanine Green (ICG) fluorescence, which aimed to enhance surgical accuracy and safety by improving visualization of critical structures. The device, which utilized a CMOS infrared camera, showed promising results in bench tests on animal tissues with a penetration depth of up to 1.6 cm. It was considered potentially affordable and versatile, with future improvements like a handheld, battery-powered version and wireless imaging being explored. The study concluded that while ICG-enhanced surgery was an emerging method, integrating advanced augmented reality could further enhance the device's performance and clinical applications. Future clinical testing was planned following safety certification and ethical approval.