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(HO) 7-8ARM-PEG-N3 heterodyne multi armed polyethylene glycol
NegotiableUpdate on 05/06
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Overview
(HO) 7-8ARM-PEG-N3 heterotopic dobby polyethylene glycol $r $n hydrogel construction: azide participates in click reaction to form a three-dimensional network for tissue engineering and drug controlled release. $r $n drug delivery system: Multi site drug delivery with one arm controlling direction, enhancing drug loading and targeting. $r $n biological probe labeling: connected to fluorescent groups or recognition units for cell imaging and diagnosis. $r $n surface modification: used for functionalization and directional connection of nanoparticle or material surfaces. $r $n orthogonal click assembly: rapid coupling under mild conditions, suitable for living environments.
Product Details
(HO) 7-8ARM-PEG-N3 heterodyne multi armed polyethylene glycol
keyProduct Information
Chinese name:Eight arm polyethylene glycol, seven arm hydroxyl, one arm azide
English name:8arm PEG，1arm-Hydroxyl，7arm-Azide
Abbreviation: (HO)7-8ARM-PEG-N3
Brand:MeloPEG Technology
Structure:
Purity:Over 95%
定制：N3and The proportion of OH can be customized at any ratio
Molecular weight: PEG2K、PEG5K、PEG10K、PEG20k， Other molecular weight consultation customer service
Precautions
Keep dry
Storage conditions
-Freezing and drying below 20 ℃
(HO) 7-8ARM-PEG-N3 heterodyne multi armed polyethylene glycol
application
1. Eight arm polyethylene glycol (8-arm PEG)
A star shaped polymer structure with good water solubility and biocompatibility, which can serve as a multifunctional modification platform.
2. One arm hydroxyl group (- OH)
A chemically stable and easily modifiable functional group used to introduce specific functions or control coupling directionality.
3. Seven arm azide (- N ∝)
Highly active and specific click reactive groups are suitable for efficient bioorthogonal coupling with alkynyl molecules.
Typical application scenarios
Hydrogel construction:The azide group participates in click reactions to form a three-dimensional network, which is used for tissue engineering and drug controlled release.
Drug delivery system:Multi site drug delivery, with one arm controlling direction, enhances drug loading and targeting.
Biological probe labeling:Connect fluorescent groups or recognition units for cell imaging and diagnosis.
Surface modification:Used for functionalization and directional connection of nanoparticles or material surfaces.
Orthogonal click assembly:Rapid coupling under mild conditions, suitable for living environments.
Related directories:
(COOH)7-8ARM-PEG-Alkyne Eight arm polyethylene glycol, seven arm carboxyl, one arm alkynyl
(N3)7-8ARM-PEG-AC Eight arm polyethylene glycol, seven arm azide, and one arm acrylic ester
(ACA)7-8ARM-PEG-Biotin Eight arm polyethylene glycol, seven arm acrylamide, and one arm biotin
(NH2)7-8ARM-PEG-COOH Eight arm polyethylene glycol, seven arm amino, one arm carboxyl
(HO)7-8ARM-PEG-N3 Eight arm polyethylene glycol, seven arm hydroxyl, one arm azide
(NH2)7-8ARM-PEG-N3 Eight arm polyethylene glycol, seven arm amino, one arm azide
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