You can view the current or previous issues of Diabetes Health online, in their entirety, anytime you want.
Click Here To View
Latest Health Care Articles
Popular Health Care Articles
Highly Recommended Health Care Articles
Send a link to this page to your friends and colleagues.
This press release is an announcement submitted by PRNewswire, and was not written by Diabetes Health.
WASHINGTON, Dec. 15 /PRNewswire-USNewswire/ -- A 21-year old Airman severely wounded in Afghanistan is recovering at Walter Reed Army Medical Center after several surgeries and an unprecedented transplant.
The procedure performed by medical teams at Walter Reed and the University of Miami's Miller School of Medicine, is the first known case of successful isolation and transplantation of insulin producing cells following severe trauma requiring complete removal of the pancreas.
When surgeons found the airman's pancreas to be damaged beyond repair by gunshot wounds and leaking pancreatic enzymes, which were dissolving critical abdominal structures and blood vessels, they had to remove the remaining portion of the pancreas to prevent further damage.
According to Army Col. (Dr.) Craig Shriver, chief of general surgery at Walter Reed and professor of surgery at Uniformed Services University in Bethesda, Md., this was the best decision to prevent further leakage, which could be fatal.
In islet transplantation surgery, the insulin producing islets are isolated from a donor pancreas and then reinfused in a patient's liver where they later begin to produce insulin.
As complete removal of the pancreas results in the most severe and life-threatening form of diabetes, the pancreas was packed in ice and transported by courier to the University of Miami. The organ arrived at 11 p.m., Nov. 23, the night before Thanksgiving.
Dr. Camillo Ricordi, professor of surgery at the Miller School of Medicine developed the method for isolating islet cells from the pancreas and is considered a pioneer in the field. He immediately agreed to help, in his words, "anything to help a wounded warrior."
A team led by Ricordi at the Diabetes Research Institute at the University of Miami spent the next six hours performing islet cell (insulin producing cells) isolation and purification. The purified islet cells were flown back to Walter Reed.
Late in the afternoon Nov. 24, Thanksgiving Day, the cells were successfully injected into the patient's liver, with the University of Miami team coordinating the procedure via an internet connection with surgeons at Walter Reed.
Less than one week after surgery, there was clear evidence of pancreas islet function in the wounded warrior's liver, as shown by the presence of a specialized blood test called c-peptide.
As time passes, the pancreatic islets in the liver will take up new blood supply, and the patient's requirement of exogenous insulin is expected to decrease, facilitating diabetes management and preventing the onset of complications of the disease, and ultimately improving his quality of life. Although the patient remains in intensive care for observation, he is stable and responding well to the procedure.
About Walter Reed Army Medical Center (www.wramc.army.mil) The Walter Reed Army Medical Center, now in its Centennial Year, is the hub of the Walter Reed Health Care System and provides comprehensive health care to more than 150,000 Service Members, retirees and their families. Walter Reed Army Medical Center is the largest Department of Defense military hospital serving the military community from the Washington area and around the world. Follow Walter Reed on Twitter at www.twitter.com/walterreedarmy or become a Walter Reed fan on Facebook at www.facebook.com/walterreedarmy.
* * *
Walter Reed Army Medical Center press release
Diabetes Research Institute press release
Diabetes Health is the essential resource for people living with diabetes- both newly diagnosed and experienced as well as the professionals who care for them. We provide balanced expert news and information on living healthfully with diabetes. Each issue includes cutting-edge editorial coverage of new products, research, treatment options, and meaningful lifestyle issues.