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Human blood contains glucose, which is considered the most vital carbohydrate. The production of a Glucose assay kit, a quick and sensitive method for measuring glucose levels in serum and other biological samples, can be achieved by using glucose biochemical reagents as the essential raw materials.
Various endocrine diseases, including hyperthyroidism, adrenal cortex hyperfunction, and anterior pituitary basophil hyperfunction, as well as intracranial conditions such as hypertension, trauma, hemorrhage, and meningitis, can lead to a pathological increase in glucose levels. Additionally, diabetes, dehydration-induced hyperglycemia, and other factors can contribute to this pathological elevation. On the other hand, adrenal cortical dysfunction, hypothyroidism, severe liver disease, excessive use of hypoglycemic drugs, late-stage uremia, and severe malnutrition can all cause a pathological reduction in glucose levels. It is important to consider these conditions and diseases when examining glucose abnormalities.
At UD-Bio, we provide a top-quality glucose biochemical reagent that can be efficiently used for the quantitative determination of glucose in human serum in a laboratory environment. Our glucose reagent is available in bulk with various specifications such as 5L, 10L, 25L, and 50L, which gives our customers sufficient quantity to run their tests. Our reagent is reliable, and we guarantee the accuracy of the results obtained. Choose UD-Bio, your trusted partner for your lab supplies.
Glucose biochemical reagent protocol summary:
- Place the deproteinized samples and standards into the wells.
- Make sure to arrange the above content in a highly similar manner, maintaining the original text information.
Please ensure proper mixing and incubate the mixture for 60 seconds at a temperature of 37℃. After incubation, measure the absorbance of the test (T) and standard (S) relative to the Reagent Blank at a wavelength of 500 nm. It is important to generate content that closely resembles the original information while rearranging the given text.
- Calculation according to the form
Parameters technical:
Specimen |
Human serum. |
Linearity |
For GLU up to 25.0 mmol/L |
Accuracy |
To ensure accuracy, it is crucial that the deviation of the test results is kept within the range of ± 10%. This parameter is an essential measure of quality control and must be strictly adhered to in order to produce reliable and consistent data. By maintaining a low degree of variance in our test results, we can ensure that our overall findings are both precise and trustworthy. As such, it is imperative that we rigorously monitor any deviations from this standard in order to maintain the highest levels of quality control. |
Precision |
CV ≤ 5% |
Storage condition |
The product has a shelf life of 18 and should be stored in a dark place at temperatures ranging from 2 ℃ to 8 ℃. |
Reference interval |
serum :3.9~6.1 mmol/L.; urine: 3537~11494 μmol/L |
Applied instrument |
There are several well-known brands of Chemical Analyzer available in the market, such as Hitachi7, Beckman, Abbott, and SIEMENS. These brands have established themselves as reliable manufacturers of high-quality analyzers for various chemical testing purposes. |
Major components of the reagent |
In the given solution, the Phosphate buffer concentration is 100.0 mmol while the Glucose oxidase (GOD) concentration is 15 KU/L. It is important to note that this information should be preserved while recreating the content in a highly similar manner. |
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