Microchemistry

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Chromatography / Quantitative analysis / Caffeine / Animals / Cocaine / Male / High Performance Liquid Chromatography / High Pressure Liquid Chromatography / Rats / Rat / Microchemistry / Quantitative Analysis / Drug Stability / Male / High Performance Liquid Chromatography / High Pressure Liquid Chromatography / Rats / Rat / Microchemistry / Quantitative Analysis / Drug Stability

Graphite-epoxy composites as a new transducing material for electrochemical genosensing

Analytical Chemistry / Biomedical Engineering / Electrochemistry / Nanotechnology / Adsorption / DNA / Transducers / Graphite / Staphylococcus aureus / Screen printing / Mass production / Composite Material / Analytic Signal / Enzyme / Reproducibility of Results / Microchemistry / Sensitivity and Specificity / DNA probes / DNA / Transducers / Graphite / Staphylococcus aureus / Screen printing / Mass production / Composite Material / Analytic Signal / Enzyme / Reproducibility of Results / Microchemistry / Sensitivity and Specificity / DNA probes

Graphite-epoxy composites as a new transducing material for electrochemical genosensing

Analytical Chemistry / Biomedical Engineering / Electrochemistry / Nanotechnology / Adsorption / DNA / Transducers / Graphite / Staphylococcus aureus / Screen printing / Mass production / Composite Material / Analytic Signal / Enzyme / Reproducibility of Results / Microchemistry / Sensitivity and Specificity / DNA probes / DNA / Transducers / Graphite / Staphylococcus aureus / Screen printing / Mass production / Composite Material / Analytic Signal / Enzyme / Reproducibility of Results / Microchemistry / Sensitivity and Specificity / DNA probes

DNA self-polymers as microarray probes improve assay sensitivity

Cognitive Science / DNA / Reproducibility of Results / Microchemistry / Sensitivity and Specificity / Statistical Methods for Neuroscience / Equipment Design / Reliability Assessment / Equipment Failure Analysis / Neurosciences / DNA probes / Dimerization / Statistical Methods for Neuroscience / Equipment Design / Reliability Assessment / Equipment Failure Analysis / Neurosciences / DNA probes / Dimerization

DNA self-polymers as microarray probes improve assay sensitivity

Cognitive Science / DNA / Reproducibility of Results / Microchemistry / Sensitivity and Specificity / Statistical Methods for Neuroscience / Equipment Design / Reliability Assessment / Equipment Failure Analysis / Neurosciences / DNA probes / Dimerization / Statistical Methods for Neuroscience / Equipment Design / Reliability Assessment / Equipment Failure Analysis / Neurosciences / DNA probes / Dimerization

Separate enzymatic microassays for aspartate aminotransferase isoenzymes

Kinetics / Fluorescence / Mitochondria / Biological Sciences / Ph / Animals / Male / Physical sciences / Rats / Rat / Isoenzymes / Assay / Microchemistry / Isozyme / Hydrogen-Ion Concentration / Aspartate Aminotransferases / Hot Temperature / Biochemistry and cell biology / Animals / Male / Physical sciences / Rats / Rat / Isoenzymes / Assay / Microchemistry / Isozyme / Hydrogen-Ion Concentration / Aspartate Aminotransferases / Hot Temperature / Biochemistry and cell biology

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