微纳生物机器人的定向合成和诊疗应用

项目来源

国(略)研(略)((略)D(略)

项目主持人

吴(略)

项目受资助机构

中(略)院(略)等(略)

项目编号

2(略)Y(略)9(略)0(略)

立项年度

2(略)

立项时间

未(略)

研究期限

未(略) (略)

项目级别

国(略)

受资助金额

7(略)0(略)

学科

合(略)学

学科代码

未(略)

基金类别

未(略)

关键词

D(略)架(略) (略)细(略)境(略)组(略) (略)疗(略)D(略)F(略)e(略)k(略)a(略)m(略)i(略);(略)e(略)e(略)n(略)e(略) (略)c(略) (略)o(略)i(略)o(略) (略) (略)a(略)n(略)

参与者

郭(略)彭(略)

参与机构

华(略)大(略)方(略)学

项目标书摘要:微纳(略)、具有生命特征的诊(略)环境的动态时空特征(略)细胞,实现恶性肿瘤(略)治疗。然而,微纳机(略)分子作用机制仍未阐(略)绕微纳机器人的分子(略)微纳机器人,结合组(略)信号变化与微纳机器(略)对应关系。设计合成(略)信号进行状态切换的(略)器,研究了其在活细(略)化性质变化。开发了(略)受体系统用于编程正(略)互作用,基于此构建(略)实现了无需饲养层细(略)性维持。基于蛋白组(略)对微纳机器在复杂生(略)建两种微纳机器分别(略)肿瘤成像及原位乳腺(略)疗。研究成果将为建(略)微环境中时空调控回(略)发展基于微纳生物机(略)新策略提供基础。

Applicati(略): Micro-n(略)ots,as a (略)ving diag(略)therapeut(略) endowed (略)ike chara(略)hold the (略)perceivin(略)patiotemp(略)es within(略)microenvi(略)cifically(略)g and era(略)mor cells(略)hieving e(略)sis and a(略)cision th(略)alignant (略)rtheless,(略)ar intera(略)nisms of (略)robots un(略) physiolo(略)tions rem(略).Therefor(略)rrent pro(略)he focus (略)olecular (略) mechanis(略)of micro-(略).Various (略)robots ar(略)ed,and in(略)n with om(略)s,the spa(略) correspo(略)een chang(略) microenv(略)gnals and(略)ochemical(略) characte(略)micro-nan(略) elucidat(略)amework s(略)e capable(略)ing to te(略)als for s(略)ing withi(略)lls is de(略)synthesiz(略)mic respo(略)f its str(略)changes i(略)emical pr(略)thin livi(略)e investi(略)-encoded (略)igand-rec(略)m is deve(略)rogrammin(略)l interac(略)en extrac(略)icles and(略)d on this(略)rammed mi(略)ent is co(略)nabling s(略)lf-renewa(略)enance wi(略)eed for a(略)l layer.P(略)rption's (略)he perfor(略)cro-nano (略)omplex ph(略) environm(略)died thro(略)ic analys(略)s of micr(略)ts are co(略)or tumor (略)subcutane(略)ancer xen(略)ls in mic(略)umor phot(略)erapy in (略) cancer t(略)odels.The(略)indings w(略) a founda(略)tablishin(略)poral con(略)ts and mo(略)eraction (略)of micro-(略)bots with(略)r microen(略)urthermor(略)dings wil(略)e to the (略) of novel(略) for prec(略)is and tr(略)tumors ba(略)les deriv(略)ro-nano b(略)

项目受资助省

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