Image of Note: Infrared Fluorescence Imaging in Robotic Thoracic Surgery

The thoracic surgery program in Cleveland Clinic’s Miller Family Heart, Vascular & Thoracic Institute performs some 250 to 300 robotically assisted operations each year. These include lobectomies, esophagectomies, operations for benign esophageal disease, and resection of mediastinal tumors.

Consistently high volumes make it easier for the program to adopt new technologies to improve operative safety and patient outcomes. One example is near-infrared intraoperative fluorescence imaging with the contrast agent indocyanine green (ICG), which Cleveland Clinic surgeons have integrated into a number of robotic thoracic surgery procedures.

The above image illustrates the use of ICG for vascular assessment of the gastric conduit during a robotically assisted esophagectomy in a patient with esophageal cancer. The presence of ICG (in green) serves to confirm that vascular perfusion of the conduit is adequate for reconstruction. “This gives us reassurance that we have good blood supply to the very tip of the stomach,” says Sudish Murthy, MD, PhD, Section Head of Thoracic Surgery at Cleveland Clinic. “It makes our operations safer for patients.”

Another thoracic surgery application of near-infrared intraoperative fluorescence imaging is in lung mapping for robotically assisted pulmonary resection. The contrast agent helps the surgeon identify which part of the lung is not perfused, allowing more precise targeting of the area that has been devascularized for resection.