Description
Specifications Table
Product Name – EDTA magnesium derivative, disodium salt BAKER™
Quantity/Pack Size – 100 g
Form – Powder
Grade – BAKER™ Analyzed
Application – Chelating agent, biochemical assays, molecular biology
Product Overview
EDTA magnesium derivative, disodium salt from BAKER™ is a premium-grade chelating agent designed for high-precision laboratory applications. This disodium salt form of EDTA offers superior metal-ion binding capabilities, ensuring reliable results in biochemical assays, molecular biology protocols, and analytical chemistry. The BAKER™ Analyzed grade guarantees consistent purity, minimizing interference in sensitive experiments. Its water-soluble powder form allows for easy dissolution, making it a versatile choice for buffer preparation, enzyme stabilization, and protein purification workflows. The magnesium derivative variant provides enhanced selectivity for specific metal ions, offering researchers greater control over experimental conditions. Whether used in DNA/RNA extraction, cell culture, or analytical testing, this EDTA derivative maintains stability across a wide pH range, ensuring reproducibility in critical procedures. The 100 g pack size provides an optimal balance between cost-efficiency and freshness, reducing the need for frequent reordering while maintaining product integrity. As a staple in modern laboratories, this EDTA magnesium disodium salt combines BAKER™’s rigorous quality standards with practical handling characteristics, making it an indispensable tool for researchers demanding precision and reliability in their chelation requirements.
FAQs
1. What is the solubility of this EDTA magnesium disodium salt in water?
This EDTA magnesium derivative exhibits excellent water solubility, typically dissolving completely at concentrations up to 0.5 M at room temperature. For higher concentrations, gentle warming may be required while stirring.
2. How does this magnesium derivative differ from standard EDTA disodium salt?
The magnesium derivative form maintains EDTA’s chelating properties while offering modified selectivity for certain metal ions. It provides a more controlled chelation profile, particularly useful when magnesium presence needs to be balanced in experimental systems.
3. What is the recommended storage temperature for maintaining product stability?
Store the unopened container at room temperature (15-30°C) in a dry environment. After opening, keep the container tightly sealed and protected from moisture to prevent clumping and maintain chemical integrity.
4. Can this product be used for preparing EDTA solutions for cell culture applications?
Yes, this BAKER™ grade EDTA magnesium derivative is suitable for cell culture applications when prepared under sterile conditions. The magnesium component helps maintain cellular integrity during dissociation protocols.
5. What quality control measures does BAKER™ implement for this product?
Each batch undergoes rigorous testing including heavy metal analysis, pH verification, and chelation efficiency assays. The product meets ACS specifications for EDTA derivatives and comes with a certificate of analysis detailing these parameters.
