Study on stability of mitomycin compatibility
Gao Yan-Li
Abstract
Gao Yan-Li
Abstract
Objective: To study the stability of mitomyxin C in three different pH solutions. Methods: The contents of mitomyxin C in these solutions were determined by UV spectrophotometer and pH values were determined with a pH meter. Results: Accelerating test show that the t 0.9(25℃)of mitomyxin C in the solutions of pH 6.47, pH8.8 and pH 9.2 were 74 hours 371 hours and 552 hours respectively. The contents of mitomyxin C in the three solutions were all over 90% for 8 hours. Conclusion: Mitomyxin C was stable in pH6.47~9.2 solutions. The stability of mitomyxin C in acid solution was lower than in basic solution at room temperature.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Objective: To study the stability of mitomyxin C in three different pH solutions. Methods: The contents of mitomyxin C in these solutions were determined by UV spectrophotometer and pH values were determined with a pH meter. Results: Accelerating test show that the t 0.9(25℃)of mitomyxin C in the solutions of pH 6.47, pH8.8 and pH 9.2 were 74 hours 371 hours and 552 hours respectively. The contents of mitomyxin C in the three solutions were all over 90% for 8 hours. Conclusion: Mitomyxin C was stable in pH6.47~9.2 solutions. The stability of mitomyxin C in acid solution was lower than in basic solution at room temperature.
Key concepts: Compatibility (geochemistry), Mitomycin C, pH meter, Chemistry, Chromatography, Materials science, Surgery, Medicine