mPEG-SVA (methoxypolyethylene glycol succinimide valerate) is a functionalized polyethylene glycol (PEG) derivative, the following is a detailed description of its functional groups:

Properties and applications of functional groups

Highly reactive: The presence of the active ester group of succinimide enables mPEG-SVA to be coupled to a variety of biological molecules containing amino groups (such as proteins, antibodies, peptides, nucleic acids, etc.) to form covalent bonds. This coupling reaction has a wide range of applications in the field of biomedicine, such as drug delivery systems, biomolecular coupling, antibody labeling and targeted therapy.

Improved biocompatibility and stability: By coupling with biomolecules, mPEG-SVA is able to significantly improve the biocompatibility and stability of these molecules, reduce immune responses, and improve drug efficacy and safety.

Cell Imaging and biosensor applications: mPEG-SVA's polymer structure and functional properties also make it potentially useful in the field of cell imaging and biosensor applications.

As a synthetic precursor: In addition, mPEG-SVA can also be used as a precursor for the synthesis of other functional materials, such as mPEG-PLA, which further broadens its application range.

Relevant recommendation

mPEG-NH2	3-arm PEG-OH
mPEG-CM	3-arm PEG-NH2
mPEG-SA	3-arm PEG-CM
mPEG-SH	3-arm PEG-SH
mPEG-pALD	3-arm PEG-SC
mPEG-MAL	3-arm PEG-N3
mPEG-SC	3-arm PEG-NH2·HCl
mPEG-NPC	4-arm PEG-OH
mPEG-SS	4-arm PEG-NH2
mPEG-N3	4-arm PEG-CM
mPEG-AA	4-arm PEG-SA
mPEG-MA	4-arm PEG-SH
mPEG-VS	6-arm PEG-OH
mPEG-NH2·HCl	6-arm PEG-NH2
2-arm PEG-OH	6-arm PEG-CM
2-arm PEG-COOH	6-arm PEG-SA
2-arm PEG-NHS	6-arm PEG-SH
2-arm PEG-MAL	8-arm PEG-NH2
2-arm PEG-NH2	8-arm PEG-CM
2-arm PEG-Acetal	8-arm PEG-SA
2-arm PEG-CHO	8-arm PEG-SH
2-arm PEG-N3	8-arm PEG-pALD