Publication | Closed Access
The conductivity of brain tissues: comparison of results in vivo and in vitro measurements
29
Citations
19
References
2005
Year
Unknown Venue
EngineeringResistivity RatioConductivity ValuesBiomedical EngineeringElectrical PropertiesBrain TissuesNeurological FunctionBiophysicsElectric PropertiesNeurostimulationNervous SystemCerebral Blood FlowElectrical PropertySpecific ResistanceNeurophysiologyPhysiologyBioelectronicsVitro MeasurementsPulsed Electric FieldNeuroscienceElectrophysiologyCentral Nervous SystemBrain ElectrophysiologyMedicineElectrical Insulation
Electric properties of tissues depend on many factors, including measurement frequency and temperature. Properties differ also in vivo and in vitro situations. We have collected conductivity values from several studies and compared the values measured from living tissue and tissue samples. The results show that the resistivity ratio of grey and white matter increases 36% after death, and the resistivity values increase over 100%.
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