Specifications Table
Product Name: – Phenazine Methosulfate (Cell Culture Tested, Activity 90.0%)
Form: – Powder
Grade: – Cell Culture Tested
Activity: – 90.0%
Application: – Cell culture, biochemical research
Product Overview
Phenazine Methosulfate (PMS) is a high-purity, cell culture-tested reagent designed for researchers and educators requiring reliable performance in biochemical and cell culture applications. With an activity of 90.0%, this compound ensures optimal electron transfer in redox reactions, making it essential for studies involving cellular respiration, mitochondrial function, and metabolic assays. Manufactured under stringent quality control standards, our Phenazine Methosulfate is free from contaminants, ensuring reproducibility and accuracy in experimental results. Its stability and purity make it a preferred choice for laboratories conducting advanced biochemical research. Whether for academic, industrial, or clinical applications, this reagent delivers consistent performance, supporting high-impact scientific investigations.
FAQs
1. What is the primary use of Phenazine Methosulfate in cell culture?
Phenazine Methosulfate acts as an electron mediator in redox reactions, commonly used in assays like MTT and XTT to measure cell viability and metabolic activity.
2. Can this product be used in non-cell culture applications?
Yes, it is also suitable for biochemical assays, enzyme studies, and other redox-based experiments requiring a high-purity mediator.
3. How should Phenazine Methosulfate be stored for maximum stability?
Store in a cool, dry place away from light and moisture. Refrigeration (2-8°C) is recommended for long-term storage to maintain activity.
4. Is this product compatible with all cell culture media?
Yes, it is compatible with most standard cell culture media, but optimal concentration should be determined based on specific assay requirements.
5. What alternatives are available if Phenazine Methosulfate is unavailable?
Alternatives include Methyl Thiazolyl Tetrazolium (MTT) or other tetrazolium salts, though they may have different reaction mechanisms.