Jaw-dropping Allophycocyanine Reference Standard Save 90% + Free Ship [r0O4daz7]

Jaw-dropping Allophycocyanine Reference Standard Save 90% + Free Ship [r0O4daz7]

Our Jaw-dropping Allophycocyanine Reference Standard Save 90% + Free Ship [r0O4daz7] is a premium fluorescence reference material designed to ensure accurate and consistent results in flow cytometry applications. This high-quality standard is specifically formulated to mimic the fluorescence spectra of cells labeled with the same fluorochromes, providing a reliable benchmark for your experiments. With its exceptional fluorescence intensity, this reference standard is ideal for calibrating and validating your flow cytometry instruments.

Product Specifications and Features

Each test contains one drop (50μl) of particle suspension, equivalent to approximately 100,000 particles. These particles are 7-9μm in diameter, designed to approximate the size of human lymphocytes, ensuring accurate size standardization. This reference standard is available in three convenient test volume sizes: 20 tests (1ml), 100 tests (5ml), and 280 tests (2 x 7ml). These options provide flexibility to meet the needs of various laboratory setups and workflows. Key features include:

• High fluorescence intensity for optimal performance.
• Accurate size standardization to approximate human lymphocytes.
• Convenient test volume options to fit your laboratory's requirements.

Applications and Benefits

The Jaw-dropping Allophycocyanine Reference Standard Save 90% + Free Ship [r0O4daz7] is an essential tool for researchers and scientists in various fields, including immunology, oncology, and cellular biology. Its precise calibration and validation capabilities enhance the accuracy and reliability of flow cytometry experiments. Some practical applications include:

• Flow cytometry calibration to ensure accurate data analysis.
• Validation of flow cytometry instruments to maintain consistent performance.
• Research in immunology and oncology to study cell populations and identify abnormalities.