Description
The Clinical Chemistry Reagents YRA1 // YRA14 are essential laboratory tools for precise biochemical analysis and research. These reagents are designed for a variety of clinical assessments, including tests for liver function, renal function, blood lipid components, and more. With adherence to standardized methods like the IFCC Recommendation Method and specific assay techniques, these reagents ensure reliable and accurate results. Ideal for hospitals, diagnostics centers, and research laboratories, they play a critical role in facilitating advanced clinical diagnostics and healthcare applications.
Market Price
The market price for clinical chemistry reagents like YRA1 // YRA14 can vary based on the supplier, quantity, and specific reagent formulation. Generally, pricing for these types of reagents starts at approximately $100 per box, depending on the configuration and volume required. Keeping in touch with suppliers for updated quotes is recommended as prices can fluctuate due to market demand and availability.
Frequently Asked Questions
Here are some common questions about Clinical Chemistry Reagents YRA1 // YRA14:
What is the shelf life of these reagents? Typically, these reagents have a shelf life of 12 months when stored at the recommended temperature.
Are these reagents compatible with automated analyzers? Yes, they are designed to be used with most automated clinical chemistry analyzers.
How should these reagents be stored? It’s important to store them in a cool, dry place away from direct sunlight to maintain their efficacy.
Advantages and Disadvantages
One of the primary advantages of using Clinical Chemistry Reagents YRA1 // YRA14 is their precision and reliability in producing consistent results. They are versatile and can be used across various diagnostic applications. However, a potential disadvantage is the need for specialized equipment and trained personnel to ensure optimal usage, which may not be readily available in all laboratory settings.
Use in the Field
In practical scenarios, Clinical Chemistry Reagents YRA1 // YRA14 are employed in numerous diagnostic tests for assessing patient health. They assist in monitoring critical health parameters, such as liver enzyme levels, renal function markers, and blood glucose levels. These tests are crucial for early detection of conditions and ongoing health monitoring.
Recommendations
To maximize the effectiveness of Clinical Chemistry Reagents YRA1 // YRA14, it is recommended to adhere strictly to the manufacturer’s instructions for use. Regular calibration and maintenance of laboratory equipment are also essential to ensure the accuracy of test results. Consider visiting the Kalstein Plus platform to request a quote or use automated quotation features to streamline the purchasing process.
Features
These reagents are known for:
- Wide range of clinical applications
- High precision and reliability
- Compliance with standardized testing methods
- Compatibility with automated laboratory equipment
Technical Specifications
Model | Specification (713)/Box | Package/Box | Method | Reagent test |
YRA1 | R1:48mlx2 R2:12mlx2 | 120ml | IFCC Recommendation Method | ALT |
YRA2 | R1:48mlx2 R2:12mlx2 | 120ml | IFCC Recommendation Method | AST |
YRA3 | R1:48mlx2 R2:16mlx2 | 128ml | SZASZ Method | GGT |
YRA4 | R:20mlx8 | 160ml | Bromocresol Green Method | ALB |
YRA5 | R1:48mlx2 R2:12mlx2 | 120ml | Diazo 2, 4-2 chloro aniline colorimetric | TBIL |
YRA6 | R1:48mlx2 R2:12mlx2 | 120ml | Vanadate oxidation method | TBIL |
YRA7 | R1:48mlx2 R2:16mlx2 | 128ml | Enzymatic Cycling Assay | TBA |
YRA8 | R1:48mlx2 R2:16mlx2 | 128ml | Urease – glutamate dehydrogenase enzyme hydrolysis | UREA |
YRA9 | R1:48mlx2 R2:16mlx2 | 128ml | Enzymatic Assay Method | CREA |
YRA10 | R1:48mlx2 R2:16mlx2 | 128ml | Enzymatic Assay Method | K |
YRA11 | R1:48mlx2 R2:16mlx2 | 128ml | Enzymatic Assay Method | Na |
YRA12 | R:20mlx8 | 160ml | Mercuric Thiocyanate Method | CI |
YRA13 | R1:48mlx2 R2:16mlx2 | 120ml | IFCC Recommendation Method | CK-MB |
YRA14 | R1:20mlx2 R2:20mlx2 | 80ml | Immuno Turbidimetric | CRP |