Coding noxious cold signals, such as the magnitude and rate of temperature change, play
essential roles in the survival of organisms. We combined electrophysiological and …

Bifurcations and enhancement of neuronal firing induced by negative feedback from an
inhibitory autapse are investigated. A slow inhibitory autapse model that can exhibit …

Many of the well-known neuron models are continuous time systems with complex
mathematical definitions. Literatures have shown that a discrete mathematical model can …

We construct an electronic circuit for mimicking a single neuron's behavior in connection
with the dynamics of the Hodgkin–Huxley mathematical model. Our results show that the …

Here we examine a class of neurons that have been recently explored, the somatosensory
neuronal subclass of cold thermosensors. We create a mathematical model of a cold …

Various dynamical properties of four-dimensional mammalian cold receptor model have
been discussed widely in the literature considering noise and temperature as important …

The dynamics of neurons is characterized by a variety of different spiking patterns in
response to external stimuli. One of the most important transitions in neuronal response …

Temperature sensation involves thermosensitive TRP (thermoTRP) and non-TRP channels.
Drosophila larval Class III (CIII) neurons serve as the primary cold nociceptors and express …

In this work, we study the phase synchronization of a neural network and explore how the
heterogeneity in the neurons' dynamics can lead their phases to intermittently phase-lock …

Central pattern generators are neuron networks that produce vital rhythmic motor outputs
such as those observed in mastication, walking and breathing. Their activity patterns depend …