Fluorescent Probes and Sensors

© 2019 by the authors; CC BY license

graphene-supported CuFe₂O₄ composite; graphene nanoplates; spinel CuFe₂O₄; arsenic removal; graphene-oxide hybrid material; pH; dissolved oxygen; planar optode; ratiometric; sea-water; rain drops; Cdse-ZnS; core-shell quantum dots; semiconducting; glucose sensing; surface modification; biosensor; fluorescence; liposome; protein; array; interaction; cholesterol; principal component analysis (PCA); fluorescent Hg2+ probe; time-dependent density functional theory; two-photon absorption; portable environmental monitoring systems; metallic ions detection; colorimetric system; spiropyran; metal ion; cyanide sensing; side-group effect; click reaction; pendant group; triazolyl coumarin; chemosensor; aggregate; planarization; aggregation-induced emission; aptamer; adenosine; 1,2-bis[4-(triethylammoniomethyl)phenyl]-1,2-diphenylethenedibromide (TPE-2N+); cadmium; rice; simple analytical method; fluorescence spectroscopy; pretreatment; colorimetric; microfluidic; sensor; LOC; fluorescent boron sensor; BNCT; boron pharmaceutical; boron(III) complex; platinum nanoparticles; peroxidase-mimic activity; colorimetric sensor; silver ions detection; ratiometric fluorescent sensor; Me₄BOPHY; Cd²⁺ ion; ICT; conjugated polymers; explosives detection; trace analysis; optical sensor; luminescence sensor; biosensor; carbon nanotube; fluorescent probe; surface plasmon resonance; virus detection; creatine; creatinine; fluorescent sensing membrane; O17-EC membrane; ratiometric calculation; polymyxins; fluorescent; dansyl; probe; gram-negative; discriminative detection; explosive vapors; sensor array; nanofibrous membranes; quantum dots; photoluminescence; layer-by-layer nano-assembly technique; nanostructured materials; chemical sensing; herbicide stress; phytotoxicity; soybean; chlorophyll fluorescence imaging; dual probes; fluorescent sensors; fluorescence lifetime imaging; FLIM; cellular stress; photoreceptor cells; methionine; gold nanoclusters; fluorescence; enhancing; cadmium ion; water; milk; gold nanoparticles; cyclodextrin; neutral red; nitrite ions; fluorescence sensor; trace detection