RB-PLA Rhodamine B modified polylactic acid polymer material RB-PEG-PLA RHODAMINE B polyethylene glycol polylactic acid red fluorescence 81-88-9
RB-PLA is biodegradable, biocompatible, and waterproof, so it is widely used in the medical field for surgical sutures, drug carriers, and plastic surgery materials. For example, PLA-RB can be made into a drug carrier, which can accurately deliver its drug active ingredients to the lesion site, improve the efficacy of the drug and reduce the toxicity
PLA-RB also has excellent mechanical strength and water resistance, so it is widely used in packaging films, bottles and bags. For example, PLA-RB can be made into packaging films, which can effectively protect the contents and extend their shelf life. Due to the degradability of PLA-RB, the impact of white pollution on the environment can also be reduced.
Related materials are recommended:
RB-PLGA rhodamine modified glycolic acid copolymer.
RB-PE-PLGA rhodamine polyethylene glycol hydroxyacetic acid copolymer.
RB-Chitosan rhodamine modified chitosan.
RB-dextran rhodamine modified dextran.
Cy5-chitosan cyanine dye modifies chitosan.
Cy5-dextran cyanine dye modifies dextran.
RB-PEG-DBCO rhodamine, polyethylene glycol, diphenylcyclooctyne.
Cy5-peg-dbco cyanine dye Cy5 polyethylene glycol diphenylcyclooctyne.
cy5.5-Peg-DBCO cyanine dye Cy55 Polyethylene glycol diphenylcyclooctyne.
Cy7-peg-dbco cyanine dye Cy7 polyethylene glycol diphenylcyclooctyne.
cy7.5-Peg-DBCO cyanine dye Cy75 Polyethylene glycol diphenylcyclooctyne.