fluorescence imaging technologies

We report the use of indocyanine green (ICG) fluorescence for intraoperative diagnosis in two cases of strangulated ileus. We successfully preserved the bowel and avoided postoperative complications by detecting adequate

ICG fluorescence with Da Vinci SP aids in identifying unknown primary tumors, improving detection rates in transoral robotic surgery with minimal risk.

ICG 4K fluorescence in liver surgery shortens operation time, reduces blood loss, and improves oncological outcomes compared to conventional laparoscopy.

Multiphase CT with iodine washout rate & volumetry predicts liver dysfunction, aiding surgical planning and treatment strategies.

ICG fluorescence enhances liver surgery by aiding tumor detection, segmentation, and bile leak visualization. Standardized protocols can improve surgical outcomes.

Study shows laser-assisted ICG angiography improves SCF perfusion assessment, reducing complications and optimizing outcomes in reconstructive surgery.

Case report on using a lumbar artery-perforator latissimus dorsi flap for exposed spinal fixation, with ICG angiography confirming perfusion success.

Study finds prolonged lymphedema duration does not impact lymphatic vessel quality or LVA outcomes, supporting LVA as a treatment for advanced cases.

Explore how ICG enhances visualization, improves surgical precision, and reduces complications in pancreatic surgery. Read the latest insights.

Discover the science behind ICG fluorescence and its role in imaging, surgery, and emerging therapies like photothermal cancer treatment.