Product block-copolymer-custom-synthetic-block-copolymer

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Catalog	name	Description	price
R-PL-0182	Cholesterol-PEG-Ferrocene	Cholesterol-polyethylene glycol-Ferrocene,Cholesterol-PEG-Ferrocene from ruixi Block copolymers Cholesterol-PEG-Ferrocene.The nanoscale structures created from block copolymers could potentially be used for creating devices for use in computer memory, nanoscale-templating and nanoscale separations.Polyglutamic acid is a polymer of the amino acid glutamic acid.	price>
R-PL-0183	Cholesterol-PEG-GA	Cholesterol-polyethylene glycol-glycyrrhetinic acid,Cholesterol-PEG-GA from ruixi Block copolymers Cholesterol-PEG-GA.The nanoscale structures created from block copolymers could potentially be used for creating devices for use in computer memory, nanoscale-templating and nanoscale separations.Polyglutamic acid is a polymer of the amino acid glutamic acid.	price>
R-PL-0185	Cholesterol-PEG-GPC	Cholesterol-polyethylene glycol-Choline Glycerophosphate,Cholesterol-PEG-GPC from ruixi Block copolymers Cholesterol-PEG-GPC.The nanoscale structures created from block copolymers could potentially be used for creating devices for use in computer memory, nanoscale-templating and nanoscale separations.Polyglutamic acid is a polymer of the amino acid glutamic acid.	price>
R-PL-0186	Cholesterol-PEG-SPDP	Cholesterol-polyethylene glycol-N-hydroxysuccinimide 3 - (2-pyridyldithio) propionate,Cholesterol-PEG-SPDP from ruixi SPDP-type reagents have an amine-reactive N-hydroxysuccinimide (NHS) ester at one end and a suflhydryl-reactive 2-pyridyldithio group at the opposite end.	price>
R-PL-0187	Cholesterol-PEG-DOTA	Cholesterol-polyethylene glycol-DOTA,Cholesterol-PEG-DOTA from ruixi Block copolymers Cholesterol-PEG-DOTA .The nanoscale structures created from block copolymers could potentially be used for creating devices for use in computer memory, nanoscale-templating and nanoscale separations.Polyglutamic acid is a polymer of the amino acid glutamic acid.	price>
R-PL-0190	Cholesterol-PEG-Tretinoin	Cholesterol-polyethylene glycol-Tretinoin,Cholesterol-PEG-Tretinoin from ruixi Block copolymers Cholesterol-PEG-Tretinoin .The nanoscale structures created from block copolymers could potentially be used for creating devices for use in computer memory, nanoscale-templating and nanoscale separations.Polyglutamic acid is a polymer of the amino acid glutamic acid.	price>
R-PL-0191	Cholesterol-PEG-Niacin	Cholesterol-polyethylene glycol-Niacin,Cholesterol-PEG-Niacin from ruixi Block copolymers Cholesterol-PEG-Niacin .The nanoscale structures created from block copolymers could potentially be used for creating devices for use in computer memory, nanoscale-templating and nanoscale separations.Polyglutamic acid is a polymer of the amino acid glutamic acid.	price>
R-PL-0192	Cholesterol-PEG-ITC	Cholesterol-polyethylene glycol-Isothiocyanate,Cholesterol-PEG-ITC from ruixi Block copolymers Cholesterol-PEG-Isothiocyanate.The nanoscale structures created from block copolymers could potentially be used for creating devices for use in computer memory, nanoscale-templating and nanoscale separations.Polyglutamic acid is a polymer of the amino acid glutamic acid.	price>
R-PL-0193	Cholesterol-PEG-ISC	Cholesterol-polyethylene glycol-Isocyanate,Cholesterol-PEG-ISC from ruixi Block copolymers Cholesterol-PEG-ISC.The nanoscale structures created from block copolymers could potentially be used for creating devices for use in computer memory, nanoscale-templating and nanoscale separations.Polyglutamic acid is a polymer of the amino acid glutamic acid.	price>
R-OR-546	PAE-PCL	Poly (β - aminoester)-Poly(ε-caprolactone),PAE-PCL from ruixi.Poly (β - aminoester) is a kind of drug carrier with pH sensitivity, low toxicity, simple synthesis method and various structures. It has a broad medical prospect in tumor targeting drug system. The polymer has branched or straight chain structures with different lengths.Polycaprolactone (PCL) is a kind of polymerized polyester, which is formed by the ring opening polymerization of ε - caprolactone with organometallic compounds (such as tetraphenyltin) as catalyst and dihydroxy or trihydroxy as initiator. Its molecular weight and degree of disproportion vary with the type and amount of starting materials.	price>

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