Anthrone Reagent BC0088 High Purity Analytical Grade
Achieve precise colorimetric analysis with our premium Anthrone reagent. Engineered for laboratory excellence, this high-purity compound is the ideal choice for reliable carbohydrate determination and testing. Ensure accurate, reproducible results in your biochemical assays with a chemical reagent trusted by researchers for consistent performance, purity, and stability in demanding analytical environments.
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Description
Introduction
Anthrone is a vital chemical reagent widely utilized in biochemical research and analytical chemistry for the quantification of carbohydrates. Our BC0088 grade Anthrone provides the high level of purity required for sophisticated laboratory procedures, ensuring that your experimental data remains accurate and dependable.
Key Features
– Analytical grade purity for consistent experimental outcomes
– Specifically formulated for the detection of hexoses and pentoses
– Stable chemical composition for long-term storage and reliability
– Optimized for standard colorimetric assay protocols
– Carefully packaged to prevent degradation and maintain reagent integrity
– Easily soluble in concentrated sulfuric acid for immediate preparation
Benefits
This Anthrone reagent solves the common challenge of inconsistency in biochemical testing. By providing a high-purity product, we eliminate the variables that lead to skewed data or failed experiments. Researchers can streamline their workflow, reduce the need for repeat testing, and feel confident in the sensitivity and specificity of their carbohydrate assays. Whether you are working in a university laboratory or an industrial quality control facility, this reagent provides the precision you need to make critical scientific decisions with confidence.
Usage / How to Use
Anthrone is primarily used in the Anthrone reagent method for the quantitative determination of carbohydrates. To use, the reagent is typically dissolved in concentrated sulfuric acid. When the resulting solution is heated with a sample containing carbohydrates, a characteristic blue-green color develops. The intensity of this color is then measured using a spectrophotometer at a specific wavelength. It is commonly used in food science for sugar content analysis and in plant physiology to measure starch and sugar reserves in biomass.
Why Choose This Product
– Uncompromising Purity: Our rigorous manufacturing process ensures minimal impurities that could interfere with your sensitive spectroscopic readings.
– Proven Reliability: Extensively tested to perform within the strict parameters required by modern analytical laboratories.
– Cost-Effective Quality: We provide professional-grade chemicals that offer excellent value without sacrificing the reliability required for high-stakes research.
– Technical Support: Backed by a commitment to quality, ensuring that every batch meets the necessary chemical standards for your specific application.
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