Archive for the ‘Diabetes Monitoring and Supplies’ Category

Sensors for Medicine and Science Inc (SMSI) is developing a new approach to glucose monitoring that promises to be a long-awaited improvement over present methods, which typically require several finger prick blood tests a day. This inconvenient and uncomfortable method of collecting blood samples results in many diabetics not testing their blood sugar as often as they should.

The new glucose monitoring method involves a small sensor that is implanted under the skin. The sensor automatically monitors glucose levels every few minutes, and transmits the information wirelessly to a small wrist-watch-like external reader. The sensor will also warn the wearer of an impending episode of low or high blood sugar.

The sensor would be of obvious benefit to insulin dependent diabetics whose diabetes is not well controlled or whose blood sugar levels swing unpredictably. It would also be ideal for children with diabetes.

Sensors for Medicine and Science will be presenting the results of a successful pilot study of the glucose monitor at the next meeting of the European Association for the Study of Diabetes. “Based on the promising results obtained,” says CEO Tim Goodnow, PhD, “We plan to initiate more clinical trials in the very near future.”

The company also hopes to collaborate on artificial pancreas research, with many questions to be answered.

Abbott Diabetes Care is alerting its diabetic customers that it has been forced to discontinue its FreeStyle Navigator Continuous Glucose Monitoring System in the US. The FreeStyle Navigator System will still be available in seven other national markets.

The discontinuation results from supply interruptions that affected the company’s ability to provide American customers with new system kits or replacement components. Abbott stresses that there were no safety issues with the continuous glucose monitoring system.

Abbott plans to help its FreeStyle Navigator customers transition to the three remaining continuous glucose monitoring systems on the market. To read the discontinuation notice on the Abbott Diabetes Care website, and get information on how Abbott plans to help its customers with the transition to other monitoring systems, >Click Here.<

Diabetic med-Ecase

Essential Preparedness Products (EPP) is marketing an emergency survival kit designed specifically for diabetics. The Diabetic med-Ecase is light weight, watertight, airtight, crush resistant, and will float in water.

The survival kit comes complete with glucose tablets, alcohol swabs, a syringe container, an ice pack, a log book to track insulin injections, diabetes medication bottles and a 7-day pill dispenser. Water purification tablets can be purchased as an add-on..

The rugged yellow case has customized compartments for insulin vials, insulin syringes, insulin pens, blood sugar meters, glucagon, and blood and ketone testing stripes. Users fill them with their own personal diabetes medication and supplies.

EPP focuses on emergency preparedness for those with serious medical conditions, creating customized med-Ecases containing necessary medications and supplies in preparation for an emergency, natural disaster, or just travel. Their Diabetic med-Ecase can be ordered online through the EPP website for $69.99.

A simple home urine test has been developed which can measure if patients with type 1 and type 2 diabetes are producing their own insulin. The urine test replaces multiple blood tests in hospital and can be sent by mail, as it is stable for up to three days at room temperature. Avoiding blood tests will be a particular advantage for children with diabetes.

The urine test measures if patients are still making their own insulin even if they take insulin injections. Researchers have shown that the test can be used to differentiate Type 1 diabetes from Type 2 diabetes and from rare genetic forms of diabetes.

One woman with a genetic form of diabetes whose urine test revealed that she was still making her own insulin was able to stop taking insulin injections after 14 years of insulin treatment. To read more about this promising home urine test on ScienceDaily, >CLICK HERE.<

Diabetes is one of the most common chronic diseases in children, and the incidence of juvenile diabetes is growing. According to the American Diabetes Association, about 215,000 children and youth have diabetes. Most of them are type 1 diabetics, but more children are being diagnosed with type 2. This increase in type 2 diabetes in children is being attributed to poor diet, not enough physical activity, and resulting  weight gain.

A new blood sugar meter designed for kids can actually make glucose testing fun. The Bayer Didget Meter has a five second testing time, a large easy to read screen, and a selectable post meal reminder to prompt children to test their blood sugar levels after eating.

Perhaps its best element is the feature that it adds a fun factor for children who glucose test regularly by rewarding them with free Nintendo DS games. To see a picture of and read more about the Bayer Didget Meter on diabetic live, >CLICK HERE.<

About.com diabetes guide Gary Gilles has written an informative guide to finding the best blood sugar meter. The guide covers important features and new developments in blood glucose meters, such as audible meters, meters that can communicate with an insulin pump, and glucose meters that also test blood ketones. >CLICK HERE< to read the blood sugar meter guide on About.com.

Photo: Marcin Mincer

The Ford Motor Company is working with Medtronic Inc, a leading manufacturer of blood glucose monitors, to expand Ford’s onboard Sync communication system to provide blood sugar monitoring for diabetic drivers. The prototype software monitors blood sugar, displays readouts on the dashboard, and warns the driver if his or her blood glucose is approaching dangerously high or low levels.

The driver can also request blood sugar updates using voice commands. The system can also be used to monitor the blood sugar levels of the vehicle’s passenger, such as a diabetic child.

The blood sugar monitoring software uses a Bluetooth connection on the driver’s phone to transmit information to the dashboard from a continuous glucose monitor worn on the body. If the driver’s blood glucose levels dip to the point where it could cause symptoms like lightheadedness, disorientation, loss of coordination and blurry vision, a robotic voice alerts the driver. Read the full article

diabetes in dogsThe incidence of diabetes in dogs has risen 200 percent over the last thirty years. The symptoms of diabetes in dogs are similar to those in people, as is the treatment. A dog with type 1 diabetes must have its blood sugar monitored constantly, be exercised regularly, be fed low carbohydrate food, and be given insulin injections.

As in human diabetics, not all dogs with diabetes respond well to treatment. Thankfully, over the last few years, continuous glucose monitoring has revolutionized the ways vets manage diabetes in dogs. The glucose monitor is a small device that is inserted just under the dog’s skin. To read more about the use of continuous glucose monitors in dogs with diabetes on Science Daily, >CLICK HERE<.

Photo credit: gimbok

Japanese researchers are warning diabetics of the risk of “pseudohypergylcemia” when testing blood sugar after eating or handling fruit. A study published in the journal Diabetes Care demonstrated how fruit sugars can stay on the hands even after the fingers are swabbed with alcohol, causing an artificially high blood glucose test reading.
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Photo credit: foobean01

Diabetics are still awaiting a reliable, non-invasive means of blood glucose monitoring – one that doesn’t require breaking the skin or confirmation with a traditional monitoring method. The latest continuous glucose monitoring technology involves small sensors implanted in the skin that must be calibrated several times a day, and replaced every few days to a week to avoid infection. Because the blood sugar testers are implanted into the skin, the body sees the sensors as foreign objects, and frequently forms scar tissue around them.
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