Description

The Hematology Reagent YGA1451 // YGA1477 is a series of essential chemical reagents designed for use in blood cell analyzers to ensure accurate and reliable in vitro detection of blood cells, hemoglobin, and other related components. These reagents play a vital role in the blood cell analysis process by helping to destroy red blood cells, dissolve hemoglobin, and preserve the shape of cells, which is critical for proper cell classification, counting, and quantitative hemoglobin determination. The YGA1451 and YGA1477series includes various diluents, lyse reagents, rinse solutions, and cleaner solutions, each specifically formulated to optimize the efficiency of the analysis process.

Market Price

The Hematology Reagent YGA1451 // YGA1477 is priced based on the specific solution and volume. For instance, the YGA1451 // YGA1477diluent typically ranges from $150 to $250 for a 20L container, while other reagents like the YGA1451 // YGA1477 probe cleaner are generally priced around $8 to $ $ 22. for 50ml.

Frequently Asked Questions

• What are the main uses of the YGA1451 // YGA1477 reagents? These reagents are primarily used in the blood cell analysis process to destroy red blood cells, dissolve hemoglobin, and maintain the shape of cells for proper classification, counting, and hemoglobin determination.

• How do I store the YGA1451 // YGA1477 reagents? The reagents should be stored in a cool, dry place between 2-8°C to maintain their stability and effectiveness. Ensure that the solutions are not exposed to direct sunlight and that they are promptly returned to the correct storage temperature after use.

• How many tests can I perform with one container of reagent? For example, the YGA1451 // YGA1477 diluent (20L) allows for a substantial number of tests, and the exact number depends on the volume of reagent used per test. Typically, the solutions can be used for hundreds of tests, making them highly efficient for high-volume laboratory environments.

Advantages and Disadvantages

Advantages:

• Precise Formulations: The reagents are specifically designed for the accurate separation of red blood cells and precise hemoglobin dissolution, ensuring reliable hematology results.
• High Efficiency: With high volume solutions like the 20L diluent, the reagents are ideal for large laboratories or hospitals that require frequent use.
• Versatility: These reagents are formulated for use with a wide range of blood cell analyzers, making them highly adaptable to different laboratory settings.
• CE Certification: The reagents meet the necessary standards for clinical use, ensuring that they provide consistent and safe results.

Disadvantages:

• Storage Requirements: The reagents need to be stored at specific temperatures (2-8°C), which could add a layer of complexity to inventory management in high-throughput environments.
• Initial Investment: The larger volumes of reagents, while cost-effective in the long run, may require a higher upfront investment, which could be a concern for smaller laboratories.

Field Use

In practical applications, the Hematology Reagent YGA1451 // YGA1477 is indispensable in clinical laboratories, hospitals, and research facilities where accurate blood analysis is crucial. These reagents are used to prepare blood samples for hematology analyzers, ensuring the cells are properly classified and that hemoglobin levels are quantified. They are particularly useful in diagnosing blood disorders such as anemia, leukemia, and other hematological conditions. These reagents are integral in both routine diagnostic work and specialized tests, ensuring high-quality and consistent results.

Recommendations

To ensure the longevity and effectiveness of the Hematology Reagent YGA1451 // YGA1477, it is recommended to follow the storage guidelines closely. Additionally, it is important to track reagent usage and plan for regular restocking, especially in high-volume laboratories, to prevent running out of essential supplies. Laboratories should also ensure that the hematology analyzers are properly calibrated and maintained for optimal performance with these reagents.

Technical Specifications