Description
Specifications Table
Product Name: – Ethylene Diamine Tetra Acetic Acid Anhydrous Cell Culture Tested
Quantity/Pack Size: – 100 gm, 500 gm
Form: – Anhydrous Powder
Grade: – Cell Culture Tested
Application: – Chelation, Buffer Solutions, Molecular Biology
Product Overview
Ethylene Diamine Tetra Acetic Acid (EDTA) Anhydrous is a high-purity, cell culture tested chelating agent widely used in molecular biology, biochemistry, and analytical chemistry. Its anhydrous form ensures stability and consistency in lab applications, making it ideal for critical research and diagnostic procedures. This grade is rigorously tested to meet stringent quality standards, ensuring minimal impurities and optimal performance. EDTA Anhydrous effectively binds metal ions, preventing interference in enzymatic reactions, DNA/RNA extraction, and cell culture media preparation. Its versatility extends to buffer solutions, PCR applications, and protein purification, where precise chelation is essential. The anhydrous form eliminates moisture-related degradation, ensuring long-term shelf life and reliability. Manufactured under controlled conditions, this EDTA variant is trusted by researchers and educators for its purity and consistency in lab workflows.
FAQs
1. What is EDTA Anhydrous used for in cell culture?
EDTA Anhydrous is used to chelate metal ions, preventing contamination and ensuring stable cell culture conditions.
2. Is this EDTA grade suitable for molecular biology applications?
Yes, this EDTA is cell culture tested and ideal for molecular biology, including PCR and DNA/RNA extraction.
3. How does anhydrous EDTA differ from regular EDTA?
Anhydrous EDTA lacks water molecules, ensuring higher stability and purity for sensitive lab applications.
4. Can EDTA Anhydrous be used in buffer solutions?
Yes, it is commonly used in buffer solutions to maintain pH and chelate metal ions effectively.
5. What storage conditions are recommended for EDTA Anhydrous?
Store in a cool, dry place away from moisture and direct sunlight to prevent degradation.
