Abstract

Isolated Helix aspersa neurons under strong enough static magnetic fields B (0.07–0.7 T) show a decrease of the spike depolarization voltage of the form ∼exp(αB2), with α dependent on neuron parameters. A tentative model is proposed which explains such behaviour through a deactivation of Na+K+-ATP-ase pumps due to protein superdiamagnetic rotation. Values for the cluster and protein in cluster numbers are estimated.

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