An artificial pancreas could revolutionize the treatment of diabetes, and it may only be a few years away.
For millions of people with diabetes worldwide, life is a series of fingersticks, injections, and surges and dips in blood sugar levels. But with its promise of automatically regulating a person's blood sugar, the artificial pancreas could change all that.
"The artificial pancreas will revolutionize the treatment of diabetes," says Eric Renard, MD, PhD, professor of endocrinology, diabetes and metabolism at Montpellier Medical School in Montpellier, France. "It will prevent diabetes complications, [which include blindness, kidney failure, amputations, heart disease, and death]. And quality of life will be tremendously improved as people won't have to be constantly pricking and monitoring themselves," says Renard, who is leading the first clinical trial of the device.
One of the keys to leading a healthy life with diabetes is to keep your glucose levels, or blood sugar, in check. As your main source of energy, glucose plays a big role in keeping your body working like it should. If you have either type of diabetes, you need to be aware of symptoms that may mean your glucose is out of balance.
If your blood sugar is too low:
The man-made organ has three parts, all of which have to work perfectly in synch: a sensor that continually monitors blood or tissue sugar levels, an insulin infusion pump, and a computer algorithm that controls the delivery of insulin minute by minute based on measured blood sugar, says Jeffrey I. Joseph, DO, director of the Artificial Pancreas Center at Thomas Jefferson University in Philadelphia. The sensor relays information to the pump, which then dispenses just the right amount of insulin.
A fully automated and integrated device probably won't be ready for prime time for at least four years -- maybe more. But "we're getting there one step at a time," Joseph says, with researchers worldwide testing various components of the system alone or in combination.
Insulin Pump a Step Forward
Furthest along in development is the insulin pump, which is worn on a belt or totally implanted in the body. The external pump is already used by thousands of people with diabetes worldwide, and the implantable pump is approved in Europe and is in clinical trials in the U.S. Either can be used in an artificial pancreas.
The development of the implantable pump was a major step forward, Renard says, with studies showing significant advantages over multiple daily injections of insulin in controlling blood sugar levels and improving quality of life.
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