Impedance measurements of cell-based sensors are a primary characterization route for
detection and analysis of cellular responses to chemical and biological agents in real time …

Neuroprosthetic devices, such as cochlear and retinal implants, work by directly stimulating
neurons with extracellular electrodes. This is commonly modeled using the cable equation …

The integrative properties of cortical pyramidal dendrites are essential to the neural basis of
cognitive function, but the impact of amyloid beta protein (aβ) on these properties in early …

Objective. The objective of this paper is to present a concrete application of the cellular
composite model for calculating the membrane potential, described in an accompanying …

Non-synaptic interactions among neurons via extracellular electric fields may play functional
roles in the CNS. Previously in a study using voltage-sensitive dye imaging, we reported …

Neurons receive inputs from thousands of synapses distributed across dendritic trees of
complex morphology. It is known that dendritic integration of excitatory and inhibitory …

To find out whether neuronal microtubules could translate and input the information carried
by electric signals entering into the brain cortex, a detailed investigation of the local …

Under physiological and artificial conditions, the dendrites of neurons can be exposed to
electric fields. Recent experimental studies suggested that the membrane resistivity of the …

The dielectric properties of brain tissue are important for understanding how neural activity is
related to local field potentials and electroencephalograms. It is known that the permittivity of …

We propose a data-driven statistical method for extracting nonlinear spatiotemporal
membrane dynamics of active dendrites. We employ a framework of probabilistic information …