![]() ![]() Blood-based glucose readings are the gold standard for accuracy. And while these devices can greatly reduce the need for finger sticks, they have not yet completely replaced them. With multiple data points, a CGM offers a more complete picture of how your body manages blood sugar throughout the day and night. That means you're easily able to see how your body responds to different foods, periods of fasting and various types and levels of activity. ![]() Unlike a finger stick, which requires a separate test for each new data point, a CGM lets you track your blood-glucose levels in real time. The sensor in a continuous glucose monitor measures glucose levels in the cellular fluid where it is implanted. The length of time a sensor is meant to remain embedded ranges from a few days to a few months, again depending on the specific device. Others require a visit to a health care professional. Some CGM devices can be applied by the user at home. Depending on the brand of the device, that data can be read on a cellphone app, a smartwatch or a dedicated receiver. It's attached to a wireless transmitter that sends the collected data to the device. A tiny filament implants into either the upper arm or the belly and sits in the tissues just below the skin. And that brings us to the subject of your question.Ī continuous glucose monitor, also known as a CGM, is a wearable medical device that allows someone to track their blood-sugar levels in real time. With all of this in mind, your concern about keeping your blood sugar within a healthy range is well-founded. Other contributing factors include poor diet, poor sleep and metabolic issues tied to insulin resistance. The data show that people who are 45 or older, are overweight or obese, are sedentary, or who have a family history of diabetes are at increased risk of developing Type 2 diabetes. ![]()
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