Robotic pancreas transplant offers hope

But obese candidates who need a pancreas transplant often are denied the procedure because of poor outcomes, including high rates of incision infections, which are linked to an increased risk for failure and loss of the implanted organ. But now, surgeons at the University of Illinois at Chicago (UI Health) have demonstrated that obese patients with Type 1 diabetes can safely receive a pancreas transplant when the surgery is performed robotically. Their findings are published in the journal Transplant International. 

“The incidence of obesity among diabetic patients has risen dramatically over the past decades,” said Dr. Mario Spaggiari, assistant professor of surgery in the UIC College of Medicine, and lead author of the paper. “We have shown that by using robotic surgical techniques, this population can be safely transplanted, meaning that those who would have previously been denied can have access to this procedure that can vastly improve quality of life.”

Left to right: Dr. Mario Spaggiari, Arlys Martinez, a patient who successfully underwent the procedure, and Dr. Enrico Benedetti.

Source: University of Illinois at Chicago

Patients with diabetes who receive a pancreas transplant often can stop taking insulin, but they must stay on an anti-rejection drug regimen. Pancreas transplantation to treat Type 1 diabetes is not a first-line treatment for the disease and is only performed in patients who don’t respond to insulin injections, and who have other severe complications that arise from their diabetes. The procedure currently is performed using open surgical techniques where a single, long incision is made. The longer the incision, the higher the risk for an infection in the healing incision, which can lead to failure of the implanted organ. Robotic pancreas transplantation can be performed using a small, 5-centimeter incision, where the new organ will be slipped into the body, and four, 1-centimeter incisions for the surgical robot’s arms.

Dr. Enrico Benedetti, professor and head of surgery at the UIC College of Medicine, and his colleagues pioneered the use of robotic surgery for kidney transplantation in obese patients who were routinely denied the procedure because of poor outcomes. Benedetti is a co-author on the paper. Spaggiari, Benedetti and their colleagues looked back at the records of pancreas transplant patients who had procedures that took place at UI Health over a four-year period ending in December 2018. Forty-nine patients received a pancreas transplant over that time. Seventy-seven percent of the patients had Type 1 diabetes, and 70% had end-stage renal disease requiring dialysis. The average age of the patients was 43 years old.

Patients with body mass indices at or above 30 (indicative of obesity) underwent procedures using robotically assisted surgical techniques. Ten of the procedures were performed robotically, and 39 were performed using traditional, open surgical techniques. Eight of the 10 patients who underwent robotically assisted pancreas transplantation also received a kidney during the procedure. Of the 39 patients who received a pancreas using traditional surgical techniques, 37 received a kidney at the same time.

Compared with patients who underwent traditional open transplantation, those who underwent the robotically assisted procedure had less blood loss, and surgical complication rates were similar in both groups. The length of post-operative hospitalization was shorter for patients who underwent the robotic procedure. None of the patients who underwent robotic pancreas transplant developed any wound complications. “We think that robotic techniques can also be used to improve outcomes for normal weight patients who need pancreas transplants because of the reduced risk for incision infection, which is linked to a higher risk of losing the transplanted organ,” said Dr. Enrico Benedetti, a co-author on the paper.

Source: University of Illinois at Chicago

11.07.2019

• diabetes (296)
• obesity (130)
• pancreas (50)
• research (3027)
• robotics (195)
• surgery (583)
• transplantations (141)