Semiconductor theory of ion transport in thin lipid membranes: II. Surface recombination

Woo, B. Y.; Wei, Lan

doi:10.1007/bf02461327

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1976

2022

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Cited by 2 publications

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“…and induces an electromotive force in it, in accordance with the Faraday-Henry law. [32] Saleh etal. [33] have studied the conductivity tensor and Hall effect in magnetic conductors.…”

Section: Physical Derivation Of the Modelmentioning

confidence: 99%

The effect of exogenously induced magnetic fields on neurotransmitter dynamics

Rivas

Martínez-García

2022

Preprint

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Over the past decades, there has been significant controversy regarding the role of exogenous electromagnetic (EM) fields on the dynamics of molecules in living cells. Here we present a model of electromagnetic forces in the synaptic cleft using the bidomain theory as a framework and the averaged field theory as the theoretical basis, suggesting that the exogenously induced magnetic field may modify the neurotransmitter dynamics. Our model is based on a voltage cell membrane amplification due to the Hall effect principle and the hypothesis that synaptic cleft electric conductivity is represented by tensors with non-zero off-diagonal terms. The physical interpretation of the off-diagonal components is explained, and analytical expressions for the induced magnetic field and conductivity tensor are derived.

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“…and induces an electromotive force in it, in accordance with the Faraday-Henry law. [32] Saleh etal. [33] have studied the conductivity tensor and Hall effect in magnetic conductors.…”

Section: Physical Derivation Of the Modelmentioning

confidence: 99%