Remote device monitors ICU blood sugar levels
Critically ill patients at a UK hospital have become the first in the world to be fitted with a “revolutionary” bug-like device to detect dangerous blood sugar levels.
Doctors at Southampton General Hospital are using the hi-tech gadget, which consists of two probes with four sensors that are hooked into the skin and covered with a dressing, enabling them to offer patients round-the-clock protection against life-threatening infections or seizures for the duration of their time in intensive care.
Many seriously ill patients, including those with diabetes, suffer high levels of glucose in the blood as a result of the body’s reaction to trauma or surgery and, as this increases the risk of infection, levels are usually lowered with infusions of insulin.
However, as this treatment can force glucose levels to drop too low and cause seizures or coma, patients require regular glucose monitoring.
In the past, this was managed using traditional blood test analysis, which would only take place every two to four hours - leaving patients vulnerable if sugar levels increased or dropped without warning.
With the new device, which is known as the Sentrino Continuous Glucose Management System, patients’ blood sugar levels are updated minute-by-minute and displayed on a monitor at the bedside.
An alert warning system is triggered to allow clinicians to intervene early if a patient begins to head outside of their target glucose range and prevent possible complications while, if their blood sugar alters without warning, a separate alarm is activated to prompt urgent action.
Dr Paul Diprose, a consultant cardiac anaesthetist, said: “This device is a cutting-edge advance for critically ill patients as, for the first time, we are able to constantly monitor the blood glucose levels in critically ill patients.
“Until this development, we were reliant on information taken and assessed every two to four hours. Many of our patients have rapidly changing blood glucose levels and this device can allow much more frequent feedback of levels and allow us to intervene early to attempt to avoid complications.”
The study was presented at a meeting of the Association of Cardiothoracic Anaesthetists in Cambridge.
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