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Random glucose testing measures the level of glucose in the blood at any time, regardless of when the person last ate. It is commonly used to screen for Diabetes or monitor glucose levels in individuals with known diabetes. A sample is typically taken from a finger prick or a blood draw, and results can help indicate how well the body is managing blood sugar levels. Abnormal results may prompt further testing, such as fasting glucose tests or an oral glucose tolerance test.

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3mo ago

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Related Questions

How often do they random drug testing at caterpillar?

There is no schedule for random drug testing done. The choice when to do random drug testing at Caterpillar is whenever the company decides to test.


What does the number 129 mean in a glucose test if you did not fast?

A glucose test result of 129 mg/dL indicates that your blood sugar level is elevated. If this test was done without fasting, it may suggest impaired glucose tolerance or prediabetes, particularly if this is a random glucose test. Normal random glucose levels are typically below 140 mg/dL. It's advisable to discuss the results with a healthcare provider for further evaluation and possible follow-up testing.


How is random drug testing better then mandatory drug testing?

Random drug testing is better because it does not allow people the opportunity to prepare for the test.


What happens if you miss your random drug testing?

The consequences for missing random drug testing will vary. If random drug testing is administered from an employer and it is missed, it could lead to grounds of dismissal or corrective action.


Diabetes Testing?

Diabetes testing is important for effectively managing the disease. Diabetics should perform their own testing daily with a glucose meter. A1C testing is ordered several times a year by doctors to check overall glucose levels.


Is a reading of 137 of concern for blood glucose?

A fasting blood glucose of 137 is a concern. A random blood glucose of 137 is not a concern.


What role does Random Sampling Distribution in hypothesis testing?

It is an assumption to hypothesis testing. I can not comment on the significance of a violation of these assumptions without knowing how the non-random sample was taken.


What are the differences between different types of diabetes testing equipment?

Home blood glucose test measures the amount of a type of glucose in the body. It involves using testing strips, where you place a drop of blood to determine glucose levels.


I have been testing my glucose twice a week. My meter read 127 this morning. I want to know what my glucose level should be. I am 81.?

I have been testing my glucose twice a week. My meter read 127 this morning. I want to know what my glucose level should be. I am 81. Shirley


What is stochastic testing?

Stochastic testing is the same as "monkey testing", but stochastic testing is a lot more technical sounding name for the same testing process. Stochastic testing is black box testing, random testing, performed by automated testing tools. Stochastic testing is a series of random tests over time. The software under test typically passes the individual tests, but our goal is to see if it can pass a large number of individual tests.


Does Pet co in Chicago suburbs do random drug testing?

no


The Chemistry Of Glucose Testing Strips?

Glucose testing strips have given diabetics the ability to test glucose levels in the blood from any location with very little effort. The disposable strips are read by a special device that can use one of two different methods to determine the glucose levels of the blood. A glucose testing strip is just one of the items that must be used with a glucose testing meter. The other item is a disposable needle known as a lancet that actually draws the drop of blood for the testing strip from the finger or arm. A glucose testing strip is covered in a number of chemicals and enzymes. The exact combination can vary depending on the meter or the proprietary formula of the manufacturer. The strips most commonly contain either glucose oxidase or glucose dehydrogenase. These enzymes will interact with the glucose in the blood on the testing strip along with other chemicals mixed with the enzymes. One possible result of the combination is a colored stain on the test strip. The other possibility is that the glucose and the chemicals will be converted into a conductive material called ferricyanide. Glucose testing strips that rely on changing colors are fed into a glucose meter. This meter uses a light and a sensor to measure the reflectivity of the stain on the end of the strip. The exact color of the chemical reaction can then be judged electronically and the blood glucose level can be determined. Glucose testing strips that create ferricyanide are fed into a glucose meter that sends an electrical current through the end of the strip. A higher level of glucose in the blood means that the strip will be more conductive and will allow more electricity to pass through. The measurement of the current determines the glucose level that is displayed. The accuracy and convenience of glucose testing strips has slowly increased over the years. The amount of blood that is required to cause a reaction on each strip has also been reduced dramatically. Hospitals even use a version of testing strips that allow many patients to be tested in sequence. The results from the device are wireless transmitted to hospital computers.