fluorescence imaging technologies

Fluorescence endoscopy with SWICG enhances tumor visualization, aiding precise resection and improving surgical outcomes in brain tumors.

ICG fluorescence enhances tumor detection and margin security in robot-assisted liver resection, compensating for the lack of tactile feedback.

Robotic gastrectomy with ICG lymph node mapping lowers drain amylase levels, potentially reducing intra-abdominal infection rates.

ICG fluorescence aids real-time tissue perfusion assessment in complex spinal tumor resections, improving surgical precision and patient outcomes.

This step-by-step educational video demonstrates a robotic distal pancreatectomy with en-bloc celiac axis resection and SMA divestment, highlighting the use of ICG perfusion and lapUS for vascular assessment.

Combining ICG lymphography and ultrasound using the milestone-swirl approach enables identification of functional lymphatic vessels in advanced-stage lymphedema, expanding LVB indications.

ICG fluorescence imaging and J-tube drainage improve biliary anatomy visualization, reduce complications, and enhance recovery in LCBDE for choledocholithiasis.

Robotic ultrasound with ICG enhances real-time SLN evaluation in uterine cancer surgery, improving precision and reducing complications.

Case report shows ICG inhalation enhances bronchus identification in thoracoscopic segmentectomy, aiding precision and reducing injury risk.

Innovative adiposal-only flap reconstructs lateral ankle defects, minimizing donor morbidity and enhancing functional outcomes.