D-(+) Maltose Monohydrate BC4950 High Purity Laboratory Grade

Description

Introduction

D-(+) Maltose Monohydrate, identified by catalog number BC4950, is a high-quality disaccharide utilized extensively in biochemical research and industrial applications. It serves as a vital component for nutrition studies, fermentation processes, and as a standard reagent in analytical laboratory procedures.

Key Features

– High-purity grade suitable for sensitive research applications.

– Excellent solubility profile for seamless integration into aqueous solutions.

– Formulated as a stable monohydrate for precise analytical weighing.

– Rigorously tested for minimal impurity interference in experiments.

– Consistent molecular consistency batch after batch.

Benefits

This product provides the essential stability and reliability researchers require when working with complex biological systems. By choosing a high-purity reagent, you minimize the risk of experimental variance caused by contaminants. Whether you are optimizing cell growth media or conducting critical sugar metabolism assays, this maltose monohydrate ensures that your data remains accurate and reproducible. Its physical state allows for easy handling and accurate measurement, saving valuable time during complex experimental setups.

Usage / How to Use

D-(+) Maltose Monohydrate is primarily used as a carbon source in microbiological culture media to support the growth of specific bacteria and yeast strains. It is also used in biochemical laboratories as a substrate for studying the activity of maltase enzymes. To use, dissolve the required amount into your buffer or water system, stir until completely clear, and filter sterilize if necessary for cell culture protocols. Always store in a cool, dry place to maintain its monohydrate structure and prevent clumping.

Why Choose This Product

Quality assurance is our top priority, ensuring that your research is never compromised by substandard reagents. We provide consistent supply chains so you can maintain your project timelines without interruption. Our product offers an ideal balance of cost-effectiveness and high-grade performance, making it the preferred choice for academic, clinical, and industrial laboratories worldwide. With our focus on precision, you get the dependable support needed for groundbreaking discoveries.