Common Biochemistry Parameters: Seamaty Reagent Parameters Significance

As a leading manufacturer of POCT medical devices, Chengdu Seamaty Technology Co., Ltd specializes in developing advanced medical equipment such as biochemistry analyzers, immunoassay analyzers, and blood gas electrolyte analyzers. Additionally, we provide a comprehensive range of supplementary reagents for both medical and veterinary diagnostics.

Our biochemistry analyzers feature a diverse array of reagent panels tailored to specific diagnostic needs. With over 21 reagent discs available, each disc contains integrated optical and mechanical components that work seamlessly with the instrument to facilitate precise blood analysis. Utilizing innovative technology, our reagent discs feature built-in QR codes for easy batch number and expiration date identification, along with customizable zone codes to safeguard our customers' interests. The discs consist of lyophilized reagent beads and diluent, ensuring individual channels and minimal cross-contamination. Stored at temperatures between 2-8 ℃, our reagents boast a shelf life of one year, ensuring long-term reliability and accuracy.

Furthermore, we understand the significance of common biochemistry parameters in medical diagnosis. Let's delve into the importance of these parameters:

1. Creatinine (Crea)Elevated levels indicate conditions such as kidney disease and heart failure. Reduced levels may suggest conditions like myasthenia gravis and severe liver disease.
2. Uric Acid (UA)Elevated levels are associated with gout and certain metabolic disorders.Decreased levels may indicate conditions such as liver disease or abnormal glucose metabolism.
3. UreaIncreased levels can result from various factors including dehydration and renal dysfunction. Decreased levels are rare and often associated with severe liver disease.
4. Albumin (ALB)Elevated levels may be indicative of certain diseases or conditions such as dehydration or chronic infections. Decreased levels can be seen in malignancies or liver dysfunction.
5. Total Protein (TP)Elevated levels may occur due to dehydration or certain chronic diseases. Decreased levels may indicate conditions such as malnutrition or liver dysfunction.
6. Glucose (GLU)Increased levels may be seen in diabetes or certain endocrine disorders. Decreased levels can result from abnormal glucose metabolism or pancreatic disorders
7. Total Cholesterol (TC)Elevated levels are a risk factor for coronary heart disease and can be primary or secondary in nature. Generally, decreased levels are not significant.
8. Triglycerides (TG)Elevated levels may indicate various metabolic disorders or diseases. Generally, decreased levels are not significant.
9. Alkaline Phosphatase (ALP)Increased levels may indicate skeletal or hepatobiliary diseases.Decreased levels are associated with certain medical conditions such as chronic nephritis.
10. Gamma-Glutamyl Transferase (GGT)Elevated levels are associated with liver and pancreatic diseases. Generally, decreased levels are not significant.
11. Total Bilirubin (TB)Increased levels are indicative of liver or biliary tract disorders. Generally, decreased levels are not significant.
12. Alanine Aminotransferase (ALT)Elevated levels may signify liver injury or disease. Generally, decreased levels are not significant.
13. Aspartate Aminotransferase (AST)AST/ALT ratio aids in diagnosing liver diseases. Elevated levels can also indicate heart or biliary tract diseases.
14. Amylase (AMY)Increased levels can result from pancreatic or salivary gland diseases. Decreased levels may occur due to pancreatic disuse or salivary gland disorders.

For more information on our reagent parameters and other panels, please click Chemistry Reagent Discs.