sulfo-cy5 azide(Cyananine dye derived from Star Grey).Stability during long-term storage and use is an important consideration, especially for scientific research and biomedical applications, where it is directly related to the reliability of experimental results and the accuracy of data. The following is an introduction to the stability of sulfo-cy5 azide during long-term storage and use
1.Light sensitivity:Sulfo-Cy5 azide is a fluorescent dye that is generally sensitive to light. Therefore, exposure to strong light and ultraviolet rays should be avoided during storage, and it should be kept in a dark condition as much as possible to prevent the reduction of fluorescence intensity.
2.Temperature:High temperature may lead to degradation and decomposition of sulfo-Cy5 azide, which may affect its fluorescence properties. It is generally recommended to store it in a freezer or freezer at low temperatures (-20°C or lower) to ensure its stability over a longer period of time.
3.Humidity:Humidity may cause hydrolysis of sulfo-Cy5 azide, so exposure to high humidity should be avoided during storage.
4.Packing:Proper packaging is also key to ensuring the stability of Sulfo-Cy5 Azide. Store it in a well-sealed container away from air and water.
5.Solvents:When dissolving sulfo-Cy5 azide, it is best to use dry organic solvents and avoid solvents containing water to reduce the possibility of hydrolysis.
Overall, proper storage and use conditions are essential for maintaining the stability and fluorescence properties of sulfo-Cy5 azide. Following proper storage and use methods can ensure the reliability and stability of sulfo-Cy5 azide during long-term storage and use, providing accurate and reliable results for biomedical research and experiments.
sulfo-cy7 azide
cy5 maleimide
icg-bsa
cy3 alkyne
cy7 alkyne
sulfo-cy7 alkyne
cy3 maleimide
cy5 cooh
Stargraydye] The above data are from the literature, and Xinggray has not been independently verified, for reference only!(The above is limited to scientific research experiments and laboratory environments).