Abstract
The methods were developed to study the properties of ion-sensitive acceptors of the terminal (gamma) phosphate of ATP in the axon-rich retinal nerve preparation of the squid Loligo pealei. 2. The bulk of ion-sensitive phosphorylation activities were due to CN − (2 mM) and ouabain (10 −4 M)-sensitive systems. 3. By using different ion combinations and neuroactive agents, several types of phosphorylation systems were recognized.
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