Search results for "Membrane Electrophysiology"

showing 2 items of 2 documents

Deviance sensitivity in the auditory cortex of freely moving rats.

2018

Deviance sensitivity is the specific response to a surprising stimulus, one that violates expectations set by the past stimulation stream. In audition, deviance sensitivity is often conflated with stimulus-specific adaptation (SSA), the decrease in responses to a common stimulus that only partially generalizes to other, rare stimuli. SSA is usually measured using oddball sequences, where a common (standard) tone and a rare (deviant) tone are randomly intermixed. However, the larger responses to a tone when deviant does not necessarily represent deviance sensitivity. Deviance sensitivity is commonly tested using a control sequence in which many different tones serve as the standard, eliminat…

0301 basic medicinePhysiologySensory Physiologylcsh:MedicineStimulationElectrode RecordingLocal field potentialAudiologyTetrodes0302 clinical medicineAnesthesiologyMedicine and Health SciencesAnesthesiaAudio Equipmentlcsh:ScienceMembrane ElectrophysiologyMultidisciplinaryPharmaceuticsBrainAdaptation PhysiologicalSensory SystemsLaboratory EquipmentSignal FilteringBioassays and Physiological AnalysisAuditory SystemVacuum ApparatusAuditory PerceptionEvoked Potentials AuditoryEngineering and TechnologyWakefulnessAnatomyPsychologyMicrophonesResearch ArticleAuditory perceptionmedicine.medical_specialtyComputer and Information SciencesHistologyEquipmentStimulus (physiology)Auditory cortexResearch and Analysis Methods03 medical and health sciencesDrug TherapymedicineAnimalsWakefulnessAuditory CortexControl Sequenceslcsh:RElectrophysiological TechniquesBiology and Life SciencesComputing MethodsRats030104 developmental biologyAcoustic StimulationSignal Processinglcsh:Q030217 neurology & neurosurgeryNeurosciencePloS one
researchProduct

Dorsal root ganglia neurite outgrowth measured as a function of changes in microelectrode array resistance

2017

Current research in prosthetic device design aims to mimic natural movements using a feedback system that connects to the patient's own nerves to control the device. The first step in using neurons to control motion is to make and maintain contact between neurons and the feedback sensors. Therefore, the goal of this project was to determine if changes in electrode resistance could be detected when a neuron extended a neurite to contact a sensor. Dorsal root ganglia (DRG) were harvested from chick embryos and cultured on a collagen-coated carbon nanotube microelectrode array for two days. The DRG were seeded along one side of the array so the processes extended across the array, contacting a…

EmbryologyDistribution CurvesCell Culture Techniqueslcsh:MedicineElectrode Recording02 engineering and technologyChick Embryolaw.invention0302 clinical medicinelawAnimal CellsGanglia SpinalMedicine and Health SciencesElectric Impedancelcsh:ScienceMembrane ElectrophysiologyCells CulturedNeuronsProstheticsMultidisciplinaryChemistryMultielectrode arraymedicine.anatomical_structureBioassays and Physiological AnalysisElectrodePhysical SciencesEngineering and TechnologyCellular TypesResearch ArticleStatistical DistributionsBiotechnologyDorsumNeuritePhase contrast microscopy0206 medical engineeringNeuronal OutgrowthResearch and Analysis Methods03 medical and health sciencesmedicineNeuritesAnimalsElectrodeslcsh:RElectrophysiological TechniquesEmbryosBiology and Life SciencesCell BiologyNeuronal DendritesChick embryosProbability Theory020601 biomedical engineeringAssistive Technologiesnervous systemReference ElectrodesCellular Neurosciencelcsh:QMedical Devices and EquipmentNeuronElectronicsMicroelectrodes030217 neurology & neurosurgeryMathematicsBiomedical engineeringNeuroscienceDevelopmental BiologyPLoS ONE
researchProduct