
( Brand: Beckman Coulter ), ( Model: 267004 ), ( Part Type: Plate Case )
The 267004 24-well Beckman Coulter Plate Titer is a high-performance, microplate-based assay system designed for precise and sensitive quantification of antibodies, antigens, or other biomolecules in various sample types. This versatile tool is ideal for use in research, development, and quality control settings, offering excellent reproducibility and consistency.
The 24-well format of the plate provides ample capacity for multiple tests, reducing the need for multiple runs and saving both time and resources. Each well is coated with a specific antigen, allowing for the direct comparison of different samples' binding affinities. The plate is made of polystyrene, ensuring optimal adherence and stability of the captured antibodies or antigens, resulting in highly accurate and reliable results.
The Beckman Coulter Plate Titer utilizes a sandwich immunoassay method, in which a capture antibody is immobilized in each well, followed by the addition of the test sample. If the sample contains the target antigen, it will bind to the capture antibody. A detection antibody labeled with a fluorescent or enzymatic marker is then added, which binds to the antigen and is quantified using a plate reader. This multi-step process allows for highly sensitive and specific detection of the target biomolecule.
The plate titer is compatible with various detection systems, including fluorescence, chemiluminescence, and colorimetric methods, providing researchers with the flexibility to choose the most appropriate method for their specific application. Additionally, the plate is designed to work with a wide range of reagents and buffers, allowing for easy integration into existing workflows.
In summary, the 267004 24-well Beckman Coulter Plate Titer is a powerful and versatile tool for quantitative immunoassays. Its high-capacity, reliable performance, and compatibility with various detection methods make it an invaluable asset for researchers and quality control officers in various fields, including immunology, biotechnology, and diagnostics.
Pros of buying a 267004 24-well Beckman Coulter Plate Titer:1. High-performance: This plate titer is known for its precision and accuracy in measuring antibody titers, making it a reliable tool for researchers and laboratory professionals.
2. Compatibility: The 267004 plate titer is compatible with various assay formats, such as ELISA and immunoturbidimetry, broadening its applicability in various research fields.
3. Durability: Beckman Coulter products are known for their robustness and long-term use, ensuring that the plate titer will serve your needs for an extended period.
4. Time-saving: This plate titer allows for the simultaneous testing of multiple samples, saving time and resources compared to traditional methods.
5. Reproducibility: The 267004 plate titer offers high reproducibility, ensuring consistent results in different experiments.
Cons of buying a 267004 24-well Beckman Coulter Plate Titer:1. Expensive: The cost of the plate titer may be high for some researchers or laboratories, making it an investment that requires careful consideration.
2. Requires specialized knowledge: Operating the plate titer requires a certain level of technical expertise, and users may need to undergo training to ensure accurate results.
3. Limited capacity: While the 24-well plate titer allows for testing multiple samples, it may not be sufficient for large-scale experiments that require more wells.
Conclusion:The 267004 24-well Beckman Coulter Plate Titer is a high-performance tool for measuring antibody titers that offers various advantages, including compatibility, durability, time-saving, and reproducibility. However, its high cost and the need for specialized knowledge may be drawbacks for some users. If your research requires accurate and consistent antibody titer measurements, the 267004 plate titer could be a valuable investment. On the other hand, if you are on a tight budget or require a larger capacity, you may want to consider alternative options or seek partnerships with other researchers or laboratories.
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