From: Boronic acids for sensing and other applications - a mini-review of papers published in 2013
Type of matrix | Transduction | Detection method | Matrix material | Analyte | Ref. |
---|---|---|---|---|---|
Polymer | Optical | Near-infrared | Polyacrylamide | Glucose | [47] |
Fluorescence | Polyacrylamide | Glucose, Oxygen | [49] | ||
Fluorescence | Polyacrylamide | Glucose | [51] | ||
Fluorescence | Sepharose | Glucose, Fructose | [54] | ||
Fluorescence | Polyacrylate | Glucose as effector | [52] | ||
Electrochemical | Potentiometry, Impedance | PVC membrane | NaF | [58] | |
Potentiometry Sequential Injecion Analysis | PVC membrane | Amino acids | [59] | ||
Potentiometry | electrochemically copolymerised phenylboronic acid/thiophene derivatives | Glucose | [57] | ||
Impedance | Electropolymerised 3-aminophenylboronic acid | Dopamine | [56] | ||
Acoustic/mechanic | Viscometry | Polyacrylamide | Glucose | [53] | |
MIP | Electrochemical | Voltammetry | Polyacrylamide | Dopamine | [60] |
Voltammetry | Poly(aniline-co-anthranilic acid) | Dopamine | [61] | ||
Optical | Fluorescence | Polymethacrylate/colloidosomes | Isoproterenol | [62] | |
Acoustic | Quartz crystal microbalance | Polyacrylate | Mannose, Ig M | [63] | |
Photonic crystal | Optical | Diffraction | Poly(acrylamide-co-methacrylate) | Glucose | [64] |
Diffraction | Polystyrene | Fructose | [48] | ||
Vesicles | Optical | Fluorescence | N-Alkyl-3-boronopyridinium surfactants | Monosaccharides | [55] |