Product peg-derivatives -peptide-pegs

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Catalog	name	Description	price
R-M2-10571	DMG-PEG-GLFGAIAGFIENGWEGMIDGWYGC(MAL-SH)	DMG-PEG-GLFGAIAGFIGIENGWEGMIDGYGC (MAL-SH) is a PEG peptide coupled polymer. Mainly used for surface modification of nanomedicine delivery systems such as liposomes or LNP.	price>
R-M2-10572	DMG-PEG-LNTPLKSGGC(MAL-SH)	DMG-PEG-LNTPLKSGGC(MAL-SH) is a PEG peptide coupled polymer. Mainly used for surface modification of nanomedicine delivery systems such as liposomes or LNP.	price>
R-M2-10573	DMG-PEG-CATWLPPR(MAL-SH)	DMG-PEG-CATWLPPR (MAL-SH) is a functionalized lipid peptide conjugate designed for targeted nano delivery system construction. It is mainly used for surface functionalization modification of tumor targeted liposome drugs and targeted gene delivery nanoparticles, and is widely used in scientific research scenarios such as tumor targeted therapy and in vivo tracking imaging. It can only be used for scientific research purposes and cannot be directly used in human clinical experiments.	price>
R-M2-10574	DMG-PEG-CGGGSYPYDVPDYA	DMG-PEG-CGGGSYPYDVPDYA is a customized research peptide conjugate that combines lipid delivery and labeling functions. It is mainly used to construct trackable targeted nucleic acid/protein delivery nanocarriers, which are used in scientific research scenarios such as mRNA delivery, recombinant protein targeted tracking, and immunoblotting verification. It can only be used for laboratory research and cannot be directly used in the human body.	price>
R-M2-10575	Chol-PEG-CGGGSYPYDVPDYA	Cholesterol-PEG-CGGGSYPYDVPDYA/CGGGSYPYDVPDYA-PEG-Cholesterol is a functionalized cholesterol peptide conjugate designed for biological nano delivery systems. It is widely used in the construction of traceable long circulating liposome drugs and targeted nucleic acid delivery nanocarriers, and is widely used in scientific research scenarios such as protein subcellular localization tracking and in vivo pharmacokinetic studies. It can only be used for laboratory research and cannot be directly used in human clinical trials.	price>
R-M2-10576	CHOL-PEG-L-Arg	Cholesterol-PEG-L-Arginine/L-Arginine-PEG-Cholesterol is an amphiphilic functionalized derivative targeting the field of biomedical nanodelivery. This type of derivative is widely used in the construction of non viral delivery systems for siRNA and gene drugs, which can effectively improve the cellular uptake efficiency of nucleic acids.	price>
R-M2-10579	DMG-PEG-SGQYASYHCWCVORDPGRSGGSK	DMG-PEG-SGQYASYHCWCVORDPGRGGSK/SGQYASYHCWCVORDPGRGGSK-PEG-DMG is a research derivative designed for targeted delivery to tumors. It is mainly used to construct PD-L1 targeted liposomes and siRNA/mRNA delivery nanocarriers for targeted tumor immunotherapy, and is used in research experiments related to tumor targeted drug development and immunotherapy. It can only be used for laboratory research and cannot be directly used in humans.	price>
R-M2-10580	CHOL-PEG-SGQYASYHCWCVORDPGRSGGSK	SGQYASYHCWCVORDPGRSGGSK-PEG-Cholesterol/Cholesterol-PEG-SGQYASYHCWCVORDPGRSGGSK is a functionalized cholesterol peptide conjugate designed for targeted delivery to tumors. It is commonly used to construct PD-L1 targeted long circulating liposomes and siRNA/mRNA delivery nanocarriers for targeted tumor immunotherapy. It is widely used in tumor targeted drug development and immunotherapy related research experiments, and can only be used for laboratory research, not directly for human clinical trials.	price>
R-M2-10585	KKRGD-PEG-COOH	COOH-PEG-KKRGD is a functionalized polyethylene glycol targeted derivative. It is widely used in biomedical research fields such as tumor targeting drug carrier modification, biochip surface functionalization, tissue engineering hydrogel modification, etc.	price>
R-M2-10586	KKRGD-PEG-CHHHEHEHHEH	CHHHEHEHHEH-PEG-KKRGD/KKRGD-PEG-CHHEHHEH is an amphiphilic block copolymer for scientific research that integrates targeted recognition and pH response functions. It is widely used in the construction of tumor microenvironment responsive intelligent targeted liposomes and polymer micelle drug delivery systems, and is widely used in biomedical research scenarios such as tumor targeted chemotherapy and gene delivery. It can only be used for laboratory research and cannot be directly used in human clinical trials.	price>

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