Effects of temperature and electromagnetic induction on action potential of Hodgkin–Huxley model

Effect of temperature fluctuation on the localized pattern of action potential in cardiac tissue

“…Changes in temperature can therefore fluctuate electrical behavior of cardiac tissue. This result partly confirms the investigations of Lu et al 41 and Zhao et al 42 , obtained in the case of neuronal electrical activity. As perspective, a more realistic model can be envisaged to include the physical law of electromagnetic induction and radiation 4,31,43 , time delay 44,45 , noise 46 , autapses 47 and the action of chemical synapses 48 .…”

“…Fenton et al 7 through numerical experiments reported that such mechanism is closely linked to thermal effect. Lu et al 41 observed numerically in a network of neurons, the existence of Arnold tongue-like structure in the time series www.nature.com/scientificreports/ of membrane potential dependent on temperature parameter. In this current contribution, we have presented a methodology based on analytical and numerical simulation to account for the physiological changes occurring at the cellular level due to temperature fluctuation.…”

Nonlinear effects in life sciences

“…Chaos control in enzyme-substrate reaction system using recursive backstepping sliding mode control, has been done by the authors of paper [13]. Next three papers investigate different dynamical models of a single neuron [14][15][16]. Paper [14] considers the model based on the Hodgkin-Huxley formalism with bistability between a silent state, which is a rare attractor and oscillatory bursting attractor, the authors demonstrate that the noise-induced switching between these two stable attractors depends on the structure of the phase space and the disposition of the coexisting attractors to each other.…”

“…In paper [15], based on an improved Hodgkin-Huxley neuron model (driven by the electromagnetic induction), the effects of temperature and electromagnetic induction on the action potential of neuron has been investigated by numerical computations. Based on FitzHugh-Nagumo neuron model and by calculating Fourier coefficients for quantitatively characterizing the efficiency of the signal transmission, the authors in paper [16] investigate the effects of autapse with constant or time-periodic coupling intensity on signal transmission.…”

Stochastic analysis of the electromagnetic induction effect on a neuron’s action potential dynamics

“…Authors in [30] have carried out an extensive review of all relevant literature considering dynamics in a neuron and neuronal network, paying special attention to realization of a computational model under the effect of electromagnetic induction and/or radiation in order to better understand the electromagnetic effect in treating neurodegenerative diseases. The dynamics of the action potential of a neuron under the electromagnetic induction is shown to be greatly dependant on the environmental surrounding temperature in [27] using the extended induction-based Hodgkin-Huxley neuron model, similar to that used in this paper. The temperature influence is previously verified in the clinical study, where temperature effects are examined in rat hypothalamic tissue slices [59].…”