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Volumn 41, Issue 1, 2013, Pages 442-445
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An efficient fluorescent sensing platform for biomolecules based on fenton reaction triggered molecular beacon cleavage strategy
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Author keywords
Biosensor; Choline; Fenton reaction; Glucose; Molecular beacons
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Indexed keywords
BIOLOGICAL SAMPLES;
CHOLINE;
DETECTION OF BIOMOLECULES;
ENZYMATIC OXIDATIONS;
FENTON REACTIONS;
FLUORESCENCE INTENSITIES;
FLUORESCENCE SENSING;
FLUORESCENT SENSING;
HIGH SELECTIVITY;
HIGH SENSITIVITY;
HIGH SPECIFICITY;
LOW BACKGROUND;
MOLECULAR BEACON;
QUENCHING EFFICIENCY;
SENSING PLATFORMS;
SENSING SYSTEMS;
SIGNAL-TO-BACKGROUND RATIO;
BIOSENSORS;
FLUORESCENCE;
FLUOROPHORES;
GLUCOSE;
GLUCOSE SENSORS;
QUENCHING;
SENSORS;
BIOMOLECULES;
CHOLINE;
CHOLINE OXIDASE;
FLUOROCHROME;
GLUCOSE;
GLUCOSE OXIDASE;
HYDROGEN PEROXIDE;
HYDROXIDE;
IRON;
BIOPOLYMER;
FENTON'S REAGENT;
FERRIC ION;
ARTICLE;
BIOSENSOR;
BLOOD ANALYSIS;
CHEMICAL PARAMETERS;
CHEMICAL REACTION;
CONTROLLED STUDY;
ENZYME SUBSTRATE COMPLEX;
EQUIPMENT DESIGN;
FEASIBILITY STUDY;
FENTON REACTION;
FLUORESCENCE INTENSITY;
GLUCOSE ASSAY;
HUMAN;
LIMIT OF DETECTION;
MOLECULAR BEACON;
MOLECULAR BEACON BASED FLUORESCENCE SENSING SYSTEM;
MOLECULAR BEACON CLEAVAGE;
PH;
PROCESS OPTIMIZATION;
QUENCHING EFFICIENCY;
SELECTIVITY;
SENSITIVITY AND SPECIFICITY;
STRUCTURE ACTIVITY RELATION;
URINALYSIS;
CHEMISTRY;
EQUIPMENT;
EQUIPMENT FAILURE;
GENETIC PROCEDURES;
REPRODUCIBILITY;
SPECTROFLUOROMETRY;
CATALYSIS;
DECOMPOSITION;
DNA CLEAVAGE;
ENZYME BINDING;
ENZYME METABOLISM;
FLUORESCENCE;
MOLECULAR PROBE;
MOLECULAR RECOGNITION;
OXIDATION;
PHOTOCHEMICAL QUENCHING;
SENSITIVITY ANALYSIS;
SEPARATION TECHNIQUE;
BIOPOLYMERS;
BIOSENSING TECHNIQUES;
EQUIPMENT DESIGN;
EQUIPMENT FAILURE ANALYSIS;
GLUCOSE;
GLUCOSE OXIDASE;
HYDROGEN PEROXIDE;
IRON;
MOLECULAR PROBE TECHNIQUES;
REPRODUCIBILITY OF RESULTS;
SENSITIVITY AND SPECIFICITY;
SPECTROMETRY, FLUORESCENCE;
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EID: 84870836978
PISSN: 09565663
EISSN: 18734235
Source Type: Journal
DOI: 10.1016/j.bios.2012.09.013 Document Type: Article |
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Times cited : (17)
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References (23)
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