Separation Mode |
Reversed Phase |
Detection Method |
Optical |
System Type |
LC |
Shelf life upon reconstitution |
1 Week |
Type |
Reagent |
UNSPSC |
41116104 |
Application |
Amino Acid |
Brand |
AccQ-Fluor |
Product Type |
Application Kits |
Units per Package |
1 pk |
The Waters AccQ-Fluor Reagent Kit stands as a cornerstone in the realm of amino acid analysis, providing laboratories with a highly efficient and reliable means of detecting amino acids in various samples. This kit is particularly designed for use with high-performance liquid chromatography (HPLC) systems, offering a streamlined, sensitive approach to amino acid derivatization and subsequent analysis.
The AccQ-Fluor Reagent Kit employs a unique derivatization agent, AccQ-Fluor, which reacts with amino acids to form stable, highly fluorescent derivatives. This reaction is both rapid and quantitative, ensuring complete derivatization of amino acids, which is crucial for consistent, reproducible analysis. The derivatization process facilitated by the AccQ-Fluor reagent is designed to be simple and does not require stringent conditions or lengthy protocols associated with other derivatization techniques.
One of the primary advantages of using the AccQ-Fluor Reagent Kit is its exceptional sensitivity. The fluorescent derivatives formed during the derivatization process are designed for optimal detection under specific wavelengths, enhancing the detection limits far beyond what is typically achievable with non-derivatized samples. This high sensitivity makes the kit particularly valuable in clinical, pharmaceutical, and biotechnological applications where precise quantification of trace levels of amino acids is critical. Furthermore, the specificity of the AccQ-Fluor reagent for amino acids ensures that the background interference from the sample matrix is minimal, resulting in clearer, more accurate chromatograms.
The versatility of the AccQ-Fluor Reagent Kit extends to a wide range of applications. It is particularly well-suited for analyzing complex biological samples, including plasma, serum, urine, and cell cultures, where accurate profiling of amino acids can provide essential insights into biochemical pathways and disease states. Additionally, the kit is an excellent choice for food and beverage testing, where it can be used to assess nutritional content, verify product authenticity, and ensure compliance with labeling regulations.
Designed to integrate seamlessly with both HPLC and UHPLC systems, the AccQ-Fluor Reagent Kit complements existing laboratory workflows without the need for specialized equipment or significant reconfiguration. This compatibility is enhanced by the kit's ability to work efficiently across a broad range of system conditions, including different mobile phases and column chemistries. Its flexibility not only expands the kit's utility across various analytical setups but also ensures that laboratories can leverage their existing hardware to their full potential.
In environments where regulatory compliance and quality assurance are paramount, the AccQ-Fluor Reagent Kit delivers consistent, dependable results that adhere to stringent analytical standards. Each batch of reagent is rigorously tested to ensure it meets high-quality standards, providing labs with confidence in their analytical outputs.
The Waters AccQ-Fluor Reagent Kit represents a significant advancement in amino acid analysis, offering unparalleled sensitivity, simplicity, and specificity. It is an essential tool for laboratories looking to enhance their analytical capabilities, improve throughput, and achieve precise, reproducible results in their amino acid analyses.
What is a reagent?
In the realm of chemistry, a reagent pertains to a substance or compound with the ability to facilitate a chemical reaction.
What are reagents used for?
They may be used to test for certain substances, where the binding of reagents to said substance can trigger a certain reaction. Reagents are used in a number of very common tests like blood glucose tests, pregnancy tests, and many COVID-19 tests.