Minimally invasive resection of pulmonary sequestration with ICG and 3D modeling for precise, lung-sparing surgery.
Advances in imaging, robotics, and AI are reshaping urologic surgery, promising enhanced precision, quicker recovery, and wider accessibility for patients.
Intraoperative ICG imaging helps assess pancreatic stump vascularity during pancreatoduodenectomy, potentially lowering fistula rates by enabling timely adjustments.
ICGA effectively reduces mastectomy flap necrosis and flap loss in breast reconstruction, though it may overpredict necrosis; best for high-risk cases.
This video details ICG-assisted robotic closure of groin lymphatic leaks after inguinofemoral LNE, highlighting the safety and feasibility of this promising therapy
This video demonstrates robotic-assisted excision of diffuse adenomyosis with indocyanine green, achieving minimal blood loss and same-day discharge, enhancing fertility outcomes.
A freestyle perforator flap from the medial thigh, guided by color Doppler ultrasound and ICG angiography, enhances vulvar reconstruction, ensuring optimal perfusion and recovery.
Indocyanine green fluorescence accurately identifies intersegmental planes in thoracoscopic segmentectomy using segmental vein ligation, ensuring precision and minimal complications.
This review evaluates the role of indocyanine green with near-infrared imaging for enhancing intraoperative detection of endometriosis lesions.
This study shows improved ureteral identification and efficiency using temporary stents with ICG injection during vNOTES for all stages of endometriosis excision.
Explore advanced technologies like ICG fluoroscopy and AI-driven diagnostics to prevent anastomotic leakage, ensuring better outcomes in gastrointestinal surgery.
Robot-assisted ureteral stricture repair offers better outcomes, fewer complications, and faster recovery with advanced visualization techniques like ICG.
This study develops a deep learning model for real-time biliary structure identification during laparoscopic donor hepatectomy, using ICG fluorescence for enhanced surgical precision.
ICG fluorescence imaging improves surgical precision in thoracic surgery, aiding in intersegmental plane, lymph node mapping, and identifying key anatomical structures.
ICG-A effectively detects low perfusion areas during oncoplastic breast surgery, helping predict skin necrosis and aiding in surgical planning for high-risk patients.
First report of robotic-assisted anatomical liver resection using indocyanine green (ICG) fluorescence and the ultrasound-guided preoperative positive staining technique.
A review of indocyanine green in thoracic surgery, focusing on its use in pulmonary nodule localization, lung segment imaging, and blood supply assessment under NIR technology, enhancing thoracoscopic procedures.
Discover how ICGA reduces complications in head and neck reconstruction by 25.7%, improving patient outcomes in real-time surgical strategies.
The medial sural artery perforator (MSAP) flap is used for hand defect reconstruction, offering thin coverage for full-thickness defects. Post-op care includes anticoagulation and early mobilization
A new protocol combining 99mTc-Tilmanocept and ICG fluorescence enhances sentinel lymph node detection in early oral cancer, improving accuracy in complex areas like the floor of the mouth.
This study presents a robotic technique for bilateral DIEP flap harvest using the da Vinci Xi system and indocyanine green imaging, minimizing abdominal wall disruption. Collaboration with general surgeons is advised for adopting this technique safely.
