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- W2235003889 abstract "This chapter is an attempt being made to develop meaningful electrochemical model techniques, which may contribute toward a clearer understanding of cortical function. Variants of two physical processes are being joined: (1) the Lillie iron-wire nerve model and (2) growth of metallic dendrites by eleclrodeyosition. Particular attention is being directed to systems of filamentary bipolar cells imbedded in a fine closely-packed glass aggregate, which is flooded with electrolyte. Stable, fast response has been obtained by operating at elevated temperatures and pressures. Experiments to date are described that demonstrate the following basic physical and functional characteristics: (1) Control of bulk resistivity of electrolytes containing closely-packed, poorly conducting pellets. (2) Circulation of regenerative waves on closed loops. (3) Strong coupling between isolated excitable sites. (4) Logically-complete wave interactions, including facilitation and annihilation. (5) Dendrite growth by electrodeposition in “closed” excitable systems. (6) Subthreshold distributed field effects, especially in locally-refractory regions. In addition, attention has necessarily been directed to various problems of general experimental technique and choice of materials, especially as related to stability, fast recovery, and long life. However, in order to understand the possible significance of and motivation for such experiments, some basic current concepts of neurophysiology, histology, and psychology are reviewed just briefly. These concepts are respectively: (1) The “fine-structure” of gray matter, (2) Short-term memory, (3) Synaptic transmission, (4) Inhibition, (5) Long-term memory, (6) Field effects and learning." @default.
- W2235003889 created "2016-06-24" @default.
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- W2235003889 date "1965-01-01" @default.
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- W2235003889 title "Fields and Waves in Excitable Cellular Structures" @default.
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- W2235003889 doi "https://doi.org/10.1016/s0079-6123(08)60165-x" @default.
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