Product Name: rhodamine-peg-oh
rb-peg-hydroxyl
Chinese name: rhodamine-polyethylene glycol-hydroxy.
Molecular weight: 1000, 2000, 3400, 5000, 10000, 20000 (can be customized on demand).
Appearance: viscous liquid or solid powder, depending on the molecular weight.
End group substitution rate: 95%.
Solubility: soluble in most organic solvents, such as: DCM, DMF, DMSO, THF, etc.; Soluble in water.
Storage conditions: -20°C, protect from light and moisture.
Structural Formula:
Uses: For non-medical purposes such as scientific research or industrial applications only, non-medicinal, non-edible.
Precautions: Be sure to dry when taking and avoid frequent dissolution and freeze-drying.
Rhodamine B-PEG-OH is a polyethylene glycol derivative with fluorescent properties, which is often used as a fluorescent probe, drug carrier, and bioimaging agent due to its good water solubility and low toxicity.
In terms of fluorescent probes, Rhodamine B-PEG-OH can be used to label biomolecules and cells to monitor the behavior and dynamics of biomolecules and cells through changes in fluorescent signals. This fluorescent labeling technique can be applied to fields such as biology and bioengineering, providing insight into the biological functions and behaviors of biomolecules and cells.
In terms of drug carriers, Rhodamine B-PEG-OH can bind to drugs to form drug carriers with fluorescent properties. This drug carrier can control the release and localization of the drug through the monitoring of the fluorescent signal, and improve the targeting and effectiveness of the drug. This drug carrier technology can be applied to cancer, genes and other fields, helping to improve the efficacy of drugs and reduce them
In terms of bioimaging agents, Rhodamine B-PEG-OH can be used as a fluorescent dye for in vivo imaging and tissue staining, among other things. This imaging technique can be used to study the behavior and dynamics of molecules and cells in living organisms, as well as the diagnosis and development of diseases.
This article was compiled and edited by Xi'an Kaixin Biotechnology***kls.