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.
Systematic review and meta-analysis suggest ICG use during esophagectomy may reduce anastomotic leaks, but study limitations require cautious interpretation.
study shows ICG-NIRF imaging effectively identifies ureters, vessels, and nerves during robot-assisted sacrocolpopexy, enhancing safety and simplifying procedures
Date: September 1, 2024 ICG Product Shortage & Notice of Allocation Indocyanine Green for Injection USP, 25 mg / Vial, Kit of 5 & 6 packs
ICG fluorescent lymphography visualizes lymphatic flow in heart failure patients, highlighting significant flow in acute cases with lower limb edema.
ICG’s role in hepatobiliary surgery is expanding, aiding liver function assessment, cholecystectomy, and tumor visualization.
The AVOID trial shows a 5.2% reduction in anastomotic leak rates with ICG in left-sided colectomies, highlighting its effectiveness in colorectal surgery.
The AVOID study suggests ICG use in left-sided colorectal surgeries, particularly rectosigmoid resections, significantly reduces anastomotic leakage rates.
AVOID trial showed no significant reduction in 90-day anastomotic leakage rates with ICG fluorescence across colorectal surgeries.
This study examines how qualitative and quantitative ICG angiography can predict mastectomy skin flap necrosis, aiding in better surgical planning.
This study explores global research trends and key hotspots in fluorescence imaging for pancreatic diseases, offering insights into future directions.
ICG fluorescence-guided technology shows promise for intraoperative margin assessment in breast conserving surgery, offering comparable sensitivity to frozen section analysis.
ICG advances colorectal surgery by improving anastomosis evaluation and preoperative tumor marking. Further research on lymphatic mapping and quantitative ICG is needed.
ICGA and OCTA both show comparable sensitivity in detecting nonexudative macular neovascularization, with multimodal imaging providing the most comprehensive screening.
ICG fluorescence in TEP repair reduces complications like bleeding and sac rupture, with no impact on spermatic artery hemodynamics.
ICG fluorescence improved ureter visualization but did not reduce injury rates in colorectal surgery. Median stent insertion time was longer with ICG-FI.
Meta-analysis compares ICG-FC and IOC in visualizing the biliary tree during laparoscopic cholecystectomy. ICG-FC improves common hepatic duct visualization and is shown to be safe.
This review explores the emerging use of NIR fluorescence imaging with ICG in pediatric surgery, highlighting its advantages, current applications, and potential developments.