Health monitoring devices are playing an increasingly important role in our lives. But the average person has a hard time deciding which device is best for them. Find out what you should know about diabetes monitoring devices so that your health doesn't suffer because of a decision made by someone else.
How Diabetes Monitoring Devices Work
Diabetes monitoring devices work by sending out a small electrical pulse or sound that the person with diabetes can pick up through an attached finger probe. A small computer inside the device calculates how long this pulse takes to reach the patient's heart and how long it takes for a heartbeat to return. The computer is able to calculate this information to figure out if the person is experiencing a low or high blood sugar level.
Comparison of Two Diabetes Monitoring Devices
In many cases, people with diabetes have to worry about their blood sugar levels. This is because they need to monitor the amount of their glucose in order to avoid problems such as vision loss, nerve damage, and heart disease. A standard blood glucose meter that is used by most patients has only one measurement per test strip, which makes it difficult for a person with a large number of conditions to test on a regular basis. In comparison, a continuous glucose monitor gives people more measurements per test strip and is therefore more accurate readings.
Comparison of Two Diabetes Prevention Devices
The most important device to use for diabetes prevention is the continuous glucose monitor. This device continuously measures blood sugar levels, which enables it to detect smaller changes in blood sugar that would be missed by other devices. The less commitment required on the part of the user, the better. However, this device does require regular calibration and can be expensive.
Conclusion
After reviewing the devices and their features, it is not hard to see how they all differ from each other. The main difference between them is how many steps are needed to complete a glucose reading. One device requires users to press one button and then use their fingers for a one-second duration. Another device requires users to press an eight-button sequence before taking a reading.
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