光热治疗
材料科学
分子内力
光电子学
光热效应
纳米技术
高效能源利用
化学物理
辐照
电压
量子点
分子
纳米棒
合理设计
传热
化学
能量转移
量子效率
辐射传输
工作(物理)
作者
X D Li,Fuping Han,Hongyi Zhang,Kaifeng Wu,Saran Long,Wen Sun,Jianjun Du,Jiangli Fan,Xiaojun Peng
摘要
). Furthermore, it induces disruption of lysosomal structures, and blocks autophagy processes. Upon encapsulation into liposomes, the photothermal agent exhibits specific tumor site targeting, enables fluorescence/photothermal/photoacoustic trimodal deep-tissue imaging, and delivers robust in vivo antitumor therapeutic efficacy. This work presents a generalizable molecular strategy for precisely manipulating quantum energy flow to construct next-generation phototheranostics.
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