Biosensor

Label-free DNA electrochemical sensor based on a PNA-functionalized conductive polymer

Analytical Chemistry / Water / Electrochemistry / Polymers / DNA / Conducting Polymer / Nucleic acid hybridization / Biosensor / Peptide Nucleic Acids / Quinones / Polymer Solution / Sensitivity / Base Sequence / Electrodes / Electric Conductivity / Square Wave Voltammetry / Biosensing Techniques / Square wave / Nucleic Acid / Conducting Polymer / Nucleic acid hybridization / Biosensor / Peptide Nucleic Acids / Quinones / Polymer Solution / Sensitivity / Base Sequence / Electrodes / Electric Conductivity / Square Wave Voltammetry / Biosensing Techniques / Square wave / Nucleic Acid

A human immunodeficiency virus type 1 protease biosensor assay using bioluminescence resonance energy transfer

Microbiology / Molecular Biology / Medical Microbiology / Virology / Molecular virology / Quantitative Methods / Cell Biology / Fluorescence Resonance Energy Transfer / HIV / Cell line / Humans / Negative Affect / HIV protease / Virus / High throughput screening / Method / Biosensor / Bioluminescence / Green Fluorescent Protein / Journal of Virological Methods / Human immunodeficiency virus / Hiv Aids / Western blot / Microbial Sensitivity Tests / Energy Transfer / Protein Binding / Biosensing Techniques / Quantitative Methods / Cell Biology / Fluorescence Resonance Energy Transfer / HIV / Cell line / Humans / Negative Affect / HIV protease / Virus / High throughput screening / Method / Biosensor / Bioluminescence / Green Fluorescent Protein / Journal of Virological Methods / Human immunodeficiency virus / Hiv Aids / Western blot / Microbial Sensitivity Tests / Energy Transfer / Protein Binding / Biosensing Techniques

DETERMINACIÓN DEL CLORPIRIFOS EN LA INDUSTRIA ALIMENTARIA MEDIANTE EL USO DE BIOSENSORES ENZIMÁTICOS: UNA REVISIÓN BIBLIOGRÁFICA

Biosensors / Pesticides / Biosensor / Plaguicidas / Colinesterasa

A human immunodeficiency virus type 1 protease biosensor assay using bioluminescence resonance energy transfer

Microbiology / Molecular Biology / Medical Microbiology / Virology / Molecular virology / Quantitative Methods / Cell Biology / Fluorescence Resonance Energy Transfer / HIV / Cell line / Humans / Negative Affect / HIV protease / Virus / High throughput screening / Method / Biosensor / Bioluminescence / Green Fluorescent Protein / Journal of Virological Methods / Human immunodeficiency virus / Hiv Aids / Western blot / Microbial Sensitivity Tests / Energy Transfer / Protein Binding / Biosensing Techniques / Quantitative Methods / Cell Biology / Fluorescence Resonance Energy Transfer / HIV / Cell line / Humans / Negative Affect / HIV protease / Virus / High throughput screening / Method / Biosensor / Bioluminescence / Green Fluorescent Protein / Journal of Virological Methods / Human immunodeficiency virus / Hiv Aids / Western blot / Microbial Sensitivity Tests / Energy Transfer / Protein Binding / Biosensing Techniques

Uso de técnicas electroquímicas para evaluar el poder antioxidante en alimentos

Free Radicals / Biosensor / Investigacion Y Ciencia

An oxidative stress-responsive biosensor: responses to hydrogen peroxide generated by an extracellular enzyme

Environmental Monitoring / Environmental Biotechnology / Escherichia coli / Biosensor / Luciferase / Enzyme / Hydrogen Peroxide / Microbial enzyme Technology / LUX / Glucose Oxidase / Proof of Concept / Enzyme / Hydrogen Peroxide / Microbial enzyme Technology / LUX / Glucose Oxidase / Proof of Concept

A DNA biosensor based on peptide nucleic acids on gold surfaces

Analytical Chemistry / Biomedical Engineering / Nanotechnology / Synchrotron Radiation / DNA / Gold / Infrared spectroscopy / Deoxyribonucleic Acid / Biosensor / Peptide Nucleic Acids / DNA hybridization / OR / Surface characterization / Infrared Spectrometry / Self Assembled Monolayer / Biosensing Techniques / Gold / Infrared spectroscopy / Deoxyribonucleic Acid / Biosensor / Peptide Nucleic Acids / DNA hybridization / OR / Surface characterization / Infrared Spectrometry / Self Assembled Monolayer / Biosensing Techniques

How organic molecules can control electronic devices

Engineering / Biochemistry / Biophysics / Technology / Electrochemistry / Biotechnology / Semiconductors / Chemical Biology / Biological Sciences / Biosensor / Electron Transport / Monolayers / Surface Properties / Medical Electronics / Gallium Arsenide / Biological activity / Energy Levels / Biosensing Techniques / Static Electricity / Biotechnology / Semiconductors / Chemical Biology / Biological Sciences / Biosensor / Electron Transport / Monolayers / Surface Properties / Medical Electronics / Gallium Arsenide / Biological activity / Energy Levels / Biosensing Techniques / Static Electricity

Title: Translating nucleic-acid hybridization into universal DNA-reporter sequences

Biosensor / DNA hybridization / DNA Logic Circuit

A tubular graphite-epoxy electrode incorporating horseradish peroxidase as a potentiometric sensor for hydrogen peroxide

Analytical Chemistry / Electroanalysis / Peroxidase / Flow Injection Analysis / Biosensor / CHEMICAL SCIENCES

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