The Bloodless Glucose Meter

If you are a diabetic and sick and tired of sore fingers and the pain associated with sticking your fingers every time you need to check your blood sugar, the ‘up Bloodless Glucose Monitorand coming’ bloodless glucose meter may be just what you need! These sought after meters will very soon be available, in styles like the glucowatch, which is designed to be worn on the wrist.

How Does the Bloodless Glucose Meter Work?

diabetic watchesThese particular meters work by drawing interstitial fluid through the sweat glands in the skin by using a small electric current. This electric current is so small that the only real discomfort associated with using the device is some possible irritation caused by wearing the device around the wrist or arm, and this is usually no more uncomfortable than wearing a large watch or MP3 player. The bloodless glucose monitor lives up to its name in that it is completely pain-free for most users and represents the newest and best in glucose monitoring technology.

 The meters of today are useful tools when it comes to tracking and trending blood glucose levels, especially over a long period of time such as twelve hours.Bloodless glucose meter By using the bloodless glucose meter you can have a reading every 20 minutes for up to a 12 hour period and as many as four thousand readings can be stored in memory and viewed at the touch of a button. The bloodless glucose meter can also be set to alert you if your blood sugar gets too high or too low.

Azurite: Developing the Bloodless Glucose Meter          

Azurite is a biotech company that is based in San Francisco and was co-founded by Laura Andrews and Kelly Zebrowski. The main aim of this biotech company is to build a non invasive, (or  bloodless glucose monitor).

A New approach to Non Invasive Glucose Testing.                            

Although this goal is quite familiar, Azurite has taken a different and unique approach where the blood glucose level will be measured through an EM (electromagnetic) sensing system. Therefore, the idea is mainly based on the fact that electromagnetic signals bounce off surfaces and return to the source with a pattern that reflects the surface they have encountered. Just like any other molecules, glucose molecules reflect unique electromagnetic signals based on their electrical properties. Therefore, Azurite also hopes to bounce electromagnetic signals off the glucose molecules in your blood which will return to the device for an interpretation of how much glucose they have encountered.

There are various research groups that have ascertained the blood glucose level successfully by simply observing electrical properties of blood glucose. Moreover, researchers from the University of Missisipi have demonstrated that a micro-strip patch antenna can help determine the blood glucose levels by measuring the electrical properties of the sample. Azurite has drawn from this research and works of other research groups that have examined electrical properties of blood glucose.

Azurite has modeled a fresh approach that will hopefully lead to a non invasive glucose monitoring device that uses electromagnetic technology to measure electrical properties remotely. Moreover the company is determined to make an impact on diabetics by creating a device that combines convenience and the rich data of accurate continuous testing.

Newest Technologies for Bloodless Glucose Meter                            

Although there are various technologies being used to develop non invasive testing devices including florescent technology, electromagnetic sensing, mid-infrared spectroscopy and ultrasound technology among other technologies, none has received FDA approval yet. arriva glucose meterHowever, the GlucoTrack has already received the CE Mark approval for use in the EU (European Union).

This type of technology is brand new, but definitely does have a secure place in the proper management of diabetes. Read on here for more info on the bloodless glucose meter.


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