CSlide: A. De Palma and G. Pareti, 'Bernstein's Long Path to Membrane Theory: Radical Change and Conservation in Nineteenth-Century Electrophysiology', Journal of the History of the Neurosciences 20 (4) (2011), pp. 306-337.

A. De Palma and G. Pareti, 'Bernstein's Long Path to Membrane Theory: Radical Change and Conservation in Nineteenth-Century Electrophysiology', Journal of the History of the Neurosciences 20 (4) (2011), pp. 306-337.

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External URL: http://dx.doi.org/10.1080/0964704X.2010.532024
Creation: Creators (Definite): Armando De Palma; Germana Pareti

Date: 2011
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Created by Armando De Palma
2011
Created by Germana Pareti
2011
Cited by T. Quick, 'Disciplining Physiological Psychology: Cinematographs as Epistemic Devices, 1897-1922', Science in Context 30 (4), pp. 423-474.
Description:
'At the end of the nineteenth century, Bernstein influentially drew on such contentions to develop a mathematical model of electricity transmission that did not require any expenditure of cell-specific energy: his model rather showed that changes in rates of transmission were due to ionic exchange Bernstein influentially drew on such contentions to develop a mathematical model of electricity transmission that did not require any expenditure of cell-specific energy: his model rather showed that changes in rates of transmission were due to ionic exchange (Lenoir 1986, 39-47; Seyfarth 2006; cf. De Palma and Pareti 2011).'