【摘 要】
：
Organelle-targeted drug delivery for cancer therapy has attracted enormous interests as it can efficiently improve the treatment efficiency and reduce side effects.1 Thein situ fluorescence monitoring
【机 构】
：
Guangdong Innovative Research Team,State Key Laboratory of Luminescent Materials and Devices,South C
【出 处】
：
The 2nd International Symposium on Aggregation-Induced Emiss
论文部分内容阅读
Organelle-targeted drug delivery for cancer therapy has attracted enormous interests as it can efficiently improve the treatment efficiency and reduce side effects.1 Thein situ fluorescence monitoring of drug delivery into organelles can provide precise information on spacial and temporal distribution of drugs in the cell.
其他文献
In the past few decades,detection of nitro-compound based explosives has become an internationally concerned issue for the anti-terrorism and homeland security.
Aggregation-induced emission(enhancement) AIE(E) compound and polyers are a burgeoning class of photoelectric materials,which have no or weak luminescence in their dilute solutions but greatly boost t
Aggregation induced emission(AIE)-based photoswitchable fluorescent nanoparticles represents a new trend in the application of in biological and optical studies because it opens new possibility for de
Luminescent organoboron conjugated polymers have drawn particular interest due to their superior characteristics as advanced functional materials for optical and biological applications.
In π-conjugated optoelectronic functional materials,the excimer in aggregate state drew much attention because of undesired low energy emission and fluorescence quenching.In our previous work,we have
Aggregation-induced emission(AIE) effect,which is exactly opposite to the thorny aggregation-caused emission quenching(ACQ) effect1 and first reported by Tangs group in 2001,2 is a novel abnormal phen
Hyperbranched polymers are of special interest because their easy synthetic accessibility,typically by one-pot syntheses,allows their production in large quantities and their application on an industr
Luminescent metal-organic frameworks(MOFs) combine the merits of large internal surface areas and readable fluorescence signals within a single molecular composite,thus providing for sensing certain s
Polycyclic aromatic hydrocarbons(PAHs) are known as "pieces of graphene" and have been regarded as an important class of materials in recent years.1,2 In particular,PAH-based luminescent materials wit
Second-harmonic generation(SHG) is an important nonlinear optical process,which has been extensively studied.As an even-order nonlinear optical effect,SHG only occurs in mediums with asymmetric struct