Statistical Methods for Neuroscience

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

In situ prolyl oligopeptidase activity assay in neural cell cultures

Cognitive Science / Cell Culture / Animals / Neurons / Rats / Cognitive Function / Neurodegenerative Disease / Wistar Rats / Statistical Methods for Neuroscience / Biological Assay / Serine Protease / Neurosciences / Gene expression profiling / Cognitive Function / Neurodegenerative Disease / Wistar Rats / Statistical Methods for Neuroscience / Biological Assay / Serine Protease / Neurosciences / Gene expression profiling

In situ prolyl oligopeptidase activity assay in neural cell cultures

Cognitive Science / Cell Culture / Animals / Neurons / Rats / Cognitive Function / Neurodegenerative Disease / Wistar Rats / Statistical Methods for Neuroscience / Biological Assay / Serine Protease / Neurosciences / Gene expression profiling / Cognitive Function / Neurodegenerative Disease / Wistar Rats / Statistical Methods for Neuroscience / Biological Assay / Serine Protease / Neurosciences / Gene expression profiling

Spatial-temporal analysis of fetal bio-magnetic signals

Cognitive Science / Time Series / Magnetoencephalography / Electroencephalography / Brain / Pregnancy / Humans / Female / Artifacts / Template matching / Human Brain / Quantum Interference / Prenatal Diagnosis / Muscle contraction / Auto Regressive Moving Average / Temporal Analysis / Statistical Methods for Neuroscience / Neurosciences / Fetal Heart / Intervention Analysis / Pregnancy / Humans / Female / Artifacts / Template matching / Human Brain / Quantum Interference / Prenatal Diagnosis / Muscle contraction / Auto Regressive Moving Average / Temporal Analysis / Statistical Methods for Neuroscience / Neurosciences / Fetal Heart / Intervention Analysis

A tissue culture ischemic device to study eicosanoid release by pheochromocytoma PC12 cultures

Cognitive Science / Hypoxia / Cell Differentiation / Tissue culture / Ischemia / Animals / Eicosanoids / Plant tissue Culture Techniques / RIA / Pheochromocytoma / Neurons / Rats / Oxygen / PBS / Statistical Methods for Neuroscience / Neurosciences / Animals / Eicosanoids / Plant tissue Culture Techniques / RIA / Pheochromocytoma / Neurons / Rats / Oxygen / PBS / Statistical Methods for Neuroscience / Neurosciences

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