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Deciphering the impact of PEG antifouling layer on surface attached functional peptides in regulating cell behaviors 被引量:2

Deciphering the impact of PEG antifouling layer on surface attached functional peptides in regulating cell behaviors
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摘要 It is highly desired to have bioactive surfaces for biomaterials and controllable interactions with cells.These functions were widely achieved by attaching functional peptides to the surface of biomaterials.It is well known that an antifouling layer can help reducing the nonspecific cell attachment.However,it is unclear how an antifouling PEG layer affects the function of peptides attached on material surface in controlling cell behavior.This highlight introduced the recent JACS paper from Prof.Liu and coworkers in addressing this question thoroughly. It is highly desired to have bioactive surfaces for biomaterials and controllable interactions with cells.These functions were widely achieved by attaching functional peptides to the surface of biomaterials.It is well known that an antifouling layer can help reducing the nonspecific cell attachment.However,it is unclear how an antifouling PEG layer affects the function of peptides attached on material surface in controlling cell behavior.This highlight introduced the recent JACS paper from Prof.Liu and coworkers in addressing this question thoroughly.
作者 Fu-Jian Xu
出处 《Chinese Chemical Letters》 SCIE CAS CSCD 2019年第12期2051-2052,共2页 中国化学快报(英文版)
关键词 ANTIFOULING PEG BIOMATERIALS Surface modification Cell behaviors Antifouling PEG Biomaterials Surface modification Cell behaviors
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