Product Description
The Clinical Chemistry Reagents YRA1-YRA14 are a collection of advanced laboratory reagents offering precision, efficiency, and reliability in biochemical analysis. These reagents are tailored for a broad spectrum of diagnostic applications, ranging from liver function tests to electrolyte assessments. As established by the International Federation of Clinical Chemistry (IFCC), our reagents utilize gold-standard methodologies to ensure superior clinical outcomes.
Each model within the YRA series is engineered for specific biochemical markers, exemplifying versatility and precision. For example, the YRA1 and YRA2 are used for ALT and AST tests, respectively, employing the IFCC Recommendation Method. Meanwhile, YRA3 targets GGT with the SZASZ Method. Other models, such as YRA8 and YRA9, apply distinct enzymatic techniques to measure Urea and Creatinine (CREA), respectively. This comprehensive array ensures that every diagnostic need is met with the utmost accuracy.
| Model | Specification (713)/Box | Package/Box | Method | Reagent test |
| YRA1 | R1:48mlx2 R2:12mlx2 | 120ml | IFCC Recomendation Method | ALT |
| YRA2 | R1:48mlx2 R2:12mlx2 | 120ml | IFCC Recomendation 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 Recomendation Method | CK-MB |
| YRA14 | R1:20mlx2 R2:20mlx2 | 80ml | Immuno Turbidimetric | CRP |
Market Price
When considering the acquisition of Clinical Chemistry Reagents YRA1-YRA14, it is critical to recognize the competitive market in which they reside. Prices can vary significantly based on supplier agreements, bulk purchasing, and regional factors. Generally, these reagents range in price, with individual boxes priced from under $100 to several hundred dollars for extensive kits, depending on the specific model and quantity. Interested buyers should take advantage of our streamlined Kalstein Plus platform to get the most current pricing and to tailor a quote that suits their laboratory’s needs best.
Frequently Asked Questions
What are the main applications of the YRA reagent series?
The YRA reagents cover a wide span of clinical testing, including tests for liver function (e.g., ALT, AST), kidney function (e.g., UREA, CREA), and electrolyte balance (e.g., Na, K).
Are these reagents suitable for automated analyzers?
Yes, the reagents are designed to be compatible with automatic clinical analyzers, ensuring seamless integration and efficient workflow in laboratory settings.
Can the reagents be used in a manual testing setup?
While these reagents are primarily designed for automated systems, adaptations can be made for manual procedures with expert guidance.
Advantages and Disadvantages
Advantages:
- Wide applicability across various diagnostic tests, providing versatility and comprehensive coverage of clinical needs.
- High precision and reliability, thanks to IFCC-approved methodologies, ensuring trust in test results.
- Compatibility with automated analyzers translates to labor-saving efficiencies in the lab.
Disadvantages:
- Initial costs can be higher compared to some local suppliers, although the quality justifies the investment.
- Requires expertise for adaptation if used outside of automated systems.
Usage in the Field
In clinical settings, the YRA reagents series acts as a fundamental tool for accurate diagnostics and patient monitoring. Medical technologists utilize these reagents in routine laboratory tests to assess organ function and metabolic status swiftly and reliably. Automation in analyzers allows these reagents to facilitate high throughput without compromising quality, making them indispensable in both small and large scale practices.
Innovators in medical research settings also find these reagents useful in both groundbreaking studies and routine experimentations, ensuring reproducibility and precision. The seamless integration of these reagents in various setups exemplifies their practical versatility and functional superiority.
Recommendations
For optimal results when utilizing the YRA reagents, it is essential to follow the manufacturer’s guidelines closely. Ensure that all laboratory personnel are fully trained in both the use and interpretation of these tests to maximize their benefits. Regular maintenance of automated systems is also recommended to prevent discrepancies and to preserve the integrity of results. Stay updated with any protocol revisions from Kalstein, ensuring the most advanced methods are employed.
Engaging with trusted suppliers via platforms like Kalstein Plus allows laboratories to streamline procurement processes and to avail of competitive pricing, facilitating operational efficiencies without compromising on reagent quality.
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