Self-assembled peptide and protein amyloid nanostructur es have traditionally been considered only aspathological aggregates implicated in human neurodegenerati
Micrometer-sized pores/channels such as Coulter counter,patch clamp and flow cytometry has shown their power in chemical and biological analysis.When the pore s
Previous research in the area of nanoparticles(NPs) electrochemistry and electrocatalysis has mainly studied the structure-function relationships of NP ensemble
Fluorescent proteins(RFPs) have emerged as valuable biological markers for gene expression and protein tracking in living systems.Developing synthetic materials
Chemical structures of two-dimensional(2D) nanosheet can effectively control the properties thus guiding their applications.However,carbon nitride nanosheets wi
Hydrogen peroxide(H2O2) replaced oxygen(O2) as oxidant has been widely investigated due to its fasterreduction kinetics,easier storage and handling than gaseous
Recently,smart synthetic nanopores have been attracted numerous interest in serving as artificialion channels that can mimic the gating functions of the biologi
Aggregation-induced emission(AIE) and/or aggregation-induceced emission enhancement(AIEE) properties of luminogenic materials have attracted much interest in re
Recently,miRNA was reported to have a close relation with some major diseases of mankind,however,the sensitive detection of it faced a mass of challenges.