Novel Technique for Intraoperative Identification of Ureters Using Sodium Fluorescein


Presented by Fernando Dip, MD at the SAGES 2014 Meeting; Panel – Concurrent Session SS1 MIS/Solid Organ

intraop ureteral injury–29 sec
fluroescent guided surgery with citations–1:07

Keyword(s): abscess, activated system, administration of dye, alkaline solutions, bile duct, bladder, blood, BMI, camera, catheters, cava vein, clinical use, colorectal cancer, dissecting, emission wavelengths, equipment, excitation, fat, feasibility, femoral vein, field contamination, filtering site, fluorescence visualization, fluorescent dye, fluorescent guided surgery, fluorescent ureterography, fluroescent guided surgery, high cost, ICG, imaging system, indocyanine green, infrared light, insurance, intraop indentifcation, intraop ureteral injury, IV administration, IV dose, Journal of Urology, Karl Storz, kidney, laparoscope, laparotomy, leaks, light source, light transmitter, liver tumors, low-dose integrin targeted probe, lymph vessels, materials, methods, methylene blue, morbidity, near infrared fluorescence guided identification, near-infrared fluorescence imaging, NM, novel technique, pedal, pelvic procedures, pelvic surgery, penetration, prospective studies, rat model, real-time localization, rectal procedures, reinterventions, reoperations, retinofluoresceinography, robotic-assisted ureteroureterostomy, SLN, sodium fluorescein, stenting, surgical oncology, ureteral peristalsis, ureteral stenosis, ureters, urologic complication, urology, visualization, wavelengths, Wister rats, xanthine group, yellowish green fluorescent color

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