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)
立项年度
2(略)
立项时间
未(略)
项目编号
2(略) YFA0908903
项目级别
国(略)
研究期限
未(略) (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
上(略)
- (略)