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Matches in DBpedia 2016-04 for { <http://dbpedia.org/resource/Single-unit_recording> ?p ?o }

• Single-unit_recording abstract "In neuroscience, single-unit recordings provide a method of measuring the electro-physiological responses of single neurons using a microelectrode system. When a neuron generates an action potential, the signal propagates down the neuron as a current which flows in and out of the cell through excitable membrane regions in the soma and axon. A microelectrode is inserted into the brain, where it can record the rate of change in voltage with respect to time. These microelectrodes must be fine-tipped, high-impedance conductors; they are primarily glass micro-pipettes or metal microelectrodes made of platinum or tungsten. Microelectrodes can be carefully placed within (or close to) the cell membrane, allowing the ability to record intracellularly or extracellularly.Single-unit recordings are widely used in cognitive science, where it permits the analysis of human cognition and cortical mapping. This information can then be applied to brain machine interface (BMI) technologies for brain control of external devices.".
• Single-unit_recording wikiPageExternalLink www.braingate2.org.
• Single-unit_recording wikiPageExternalLink eotn.stanford.edu.
• Single-unit_recording wikiPageExternalLink index.php?option=com_content&task=view&id=14&Itemid=29.
• Single-unit_recording wikiPageExternalLink CH005.html.
• Single-unit_recording wikiPageExternalLink Voltage_clamp.
• Single-unit_recording wikiPageID "3581220".
• Single-unit_recording wikiPageLength "31837".
• Single-unit_recording wikiPageOutDegree "76".
• Single-unit_recording wikiPageRevisionID "698584418".
• Single-unit_recording wikiPageWikiLink Action_potential.
• Single-unit_recording wikiPageWikiLink Amplifier.
• Single-unit_recording wikiPageWikiLink Amyotrophic_lateral_sclerosis.
• Single-unit_recording wikiPageWikiLink Analog-to-digital_converter.
• Single-unit_recording wikiPageWikiLink Axon.
• Single-unit_recording wikiPageWikiLink BrainGate.
• Single-unit_recording wikiPageWikiLink Brain_implant.
• Single-unit_recording wikiPageWikiLink Brain–computer_interface.
• Single-unit_recording wikiPageWikiLink Category:Neuroimaging.
• Single-unit_recording wikiPageWikiLink Category:Neurology_procedures.
• Single-unit_recording wikiPageWikiLink Category:Neurophysiology.
• Single-unit_recording wikiPageWikiLink Cell_membrane.
• Single-unit_recording wikiPageWikiLink Cerebral_cortex.
• Single-unit_recording wikiPageWikiLink Chronic_electrode_implants.
• Single-unit_recording wikiPageWikiLink Cognitive_science.
• Single-unit_recording wikiPageWikiLink Cortical_map.
• Single-unit_recording wikiPageWikiLink David_H._Hubel.
• Single-unit_recording wikiPageWikiLink Deep_brain_stimulation.
• Single-unit_recording wikiPageWikiLink Double_layer_(interfacial).
• Single-unit_recording wikiPageWikiLink Edgar_Adrian.
• Single-unit_recording wikiPageWikiLink Electrical_brain_stimulation.
• Single-unit_recording wikiPageWikiLink Electrocorticography.
• Single-unit_recording wikiPageWikiLink Electroencephalography.
• Single-unit_recording wikiPageWikiLink Electronic_data_processing.
• Single-unit_recording wikiPageWikiLink Electrophysiology.
• Single-unit_recording wikiPageWikiLink Epilepsy.
• Single-unit_recording wikiPageWikiLink Evoked_potential.
• Single-unit_recording wikiPageWikiLink Extracellular.
• Single-unit_recording wikiPageWikiLink Functional_magnetic_resonance_imaging.
• Single-unit_recording wikiPageWikiLink Hippocampus.
• Single-unit_recording wikiPageWikiLink Hodgkin–Huxley_model.
• Single-unit_recording wikiPageWikiLink Impedance_matching.
• Single-unit_recording wikiPageWikiLink Intracellular.
• Single-unit_recording wikiPageWikiLink Ion.
• Single-unit_recording wikiPageWikiLink Iridium.
• Single-unit_recording wikiPageWikiLink John_Eccles_(neurophysiologist).
• Single-unit_recording wikiPageWikiLink Lippmann_electrometer.
• Single-unit_recording wikiPageWikiLink Luigi_Galvani.
• Single-unit_recording wikiPageWikiLink Magnetoencephalography.
• Single-unit_recording wikiPageWikiLink Membrane_potential.
• Single-unit_recording wikiPageWikiLink Microelectrode.
• Single-unit_recording wikiPageWikiLink Micromanipulator.
• Single-unit_recording wikiPageWikiLink Molecular_diffusion.
• Single-unit_recording wikiPageWikiLink Multielectrode_array.
• Single-unit_recording wikiPageWikiLink Nervous_system.
• Single-unit_recording wikiPageWikiLink Neuron.
• Single-unit_recording wikiPageWikiLink Neuroscience.
• Single-unit_recording wikiPageWikiLink Neurotrophic_electrode.
• Single-unit_recording wikiPageWikiLink Oscilloscope.
• Single-unit_recording wikiPageWikiLink Paralysis.
• Single-unit_recording wikiPageWikiLink Parkinsons_disease.
• Single-unit_recording wikiPageWikiLink Patch_clamp.
• Single-unit_recording wikiPageWikiLink Platinum.
• Single-unit_recording wikiPageWikiLink Polarizability.
• Single-unit_recording wikiPageWikiLink Potassium_chloride.
• Single-unit_recording wikiPageWikiLink Prosthesis.
• Single-unit_recording wikiPageWikiLink Pyramidal_cell.
• Single-unit_recording wikiPageWikiLink Responsive_neurostimulation_device.
• Single-unit_recording wikiPageWikiLink Resting_potential.
• Single-unit_recording wikiPageWikiLink Santiago_Ramón_y_Cajal.
• Single-unit_recording wikiPageWikiLink Signal-to-noise_ratio.
• Single-unit_recording wikiPageWikiLink Silicon.
• Single-unit_recording wikiPageWikiLink Silver_chloride_electrode.
• Single-unit_recording wikiPageWikiLink Soma_(biology).
• Single-unit_recording wikiPageWikiLink Squid_giant_axon.
• Single-unit_recording wikiPageWikiLink Stainless_steel.
• Single-unit_recording wikiPageWikiLink Torsten_Wiesel.
• Single-unit_recording wikiPageWikiLink Tungsten.
• Single-unit_recording wikiPageWikiLinkText "Single-cell recording".
• Single-unit_recording wikiPageWikiLinkText "Single-unit recording".
• Single-unit_recording wikiPageWikiLinkText "record signals".
• Single-unit_recording wikiPageWikiLinkText "single cells".
• Single-unit_recording wikiPageWikiLinkText "single neurons".
• Single-unit_recording wikiPageWikiLinkText "single unit recording".
• Single-unit_recording wikiPageWikiLinkText "single unit recordings".
• Single-unit_recording wikiPageWikiLinkText "single-cell recordings".
• Single-unit_recording wikiPageWikiLinkText "single-cell".
• Single-unit_recording wikiPageWikiLinkText "single-unit recording".
• Single-unit_recording wikiPageWikiLinkText "spike".
• Single-unit_recording wikiPageUsesTemplate Template:Anchor.
• Single-unit_recording wikiPageUsesTemplate Template:Cite_journal.
• Single-unit_recording wikiPageUsesTemplate Template:Reflist.
• Single-unit_recording subject Category:Neuroimaging.
• Single-unit_recording subject Category:Neurology_procedures.
• Single-unit_recording subject Category:Neurophysiology.
• Single-unit_recording comment "In neuroscience, single-unit recordings provide a method of measuring the electro-physiological responses of single neurons using a microelectrode system. When a neuron generates an action potential, the signal propagates down the neuron as a current which flows in and out of the cell through excitable membrane regions in the soma and axon. A microelectrode is inserted into the brain, where it can record the rate of change in voltage with respect to time.".
• Single-unit_recording label "Single-unit recording".
• Single-unit_recording sameAs Q4392016.
• Single-unit_recording sameAs m.09mxv6.
• Single-unit_recording sameAs Регистрация_отдельных_единиц.

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