Description
Specifications Table
Product Name – HiEndoXL™ Endothelial Cell Expansion Medium, Reduced Serum (Non-VEGF) Quantity/Pack Size – 500 ml Form – Liquid Grade – Cell Culture Grade Application – Endothelial Cell Expansion
Product Overview
HiEndoXL™ Endothelial Cell Expansion Medium, Reduced Serum (Non-VEGF) is a specialized medium designed to support the expansion of endothelial cells with reduced serum requirements. This medium is formulated to ensure optimal cell growth and health, making it an ideal choice for researchers and educators focusing on endothelial cell studies. The reduced serum content minimizes the risk of contamination and variability, providing consistent and reliable results. This medium is free from VEGF, making it suitable for studies where VEGF-free conditions are required. Its high-quality formulation ensures that the cells maintain their phenotypic characteristics and functionality, making it a valuable tool for various research applications.
FAQs
1. What is the primary application of HiEndoXL™ Endothelial Cell Expansion Medium, Reduced Serum (Non-VEGF)?
HiEndoXL™ Endothelial Cell Expansion Medium, Reduced Serum (Non-VEGF) is primarily used for the expansion of endothelial cells in cell culture applications.
2. Is this medium compatible with other cell types?
This medium is specifically formulated for endothelial cells and may not be suitable for other cell types. It is recommended to use it as intended for optimal results.
3. What are the advantages of using a reduced serum medium?
Reduced serum media minimize the risk of contamination and variability, providing consistent and reliable results. They also reduce the cost associated with serum usage.
4. Can this medium be used for studies requiring VEGF-free conditions?
Yes, HiEndoXL™ Endothelial Cell Expansion Medium, Reduced Serum (Non-VEGF) is free from VEGF, making it suitable for studies where VEGF-free conditions are required.
5. How should this medium be stored?
This medium should be stored at 2-8°C. Avoid freezing and protect from light to maintain its efficacy.
