Titlebook: Neurobiology of Invertebrates; János Salánki (Director) Book 1968 Akadémiai Kiadó, Budapest 1968 biology.invertebrates.nervous system.neur

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ing; the paper of A. K. Voskresenskaya included in the Proceedings could not be read because of the tragic death of the author, some weeks before the Symposium. The volume is separated into 4 parts according to the 4 days program, however this division is rather tentative because of over­ lappings in the diff978-1-4615-8620-3978-1-4615-8618-0

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The Structure of the Sympathetic Nervous System of Insectsarzin 1924, 1941; Tsvileneva 1950, 1951, 1966; Kolmogorova 1959). Zawarzin (1924, 1941) proved that in this line insects have the most differentiated part of the vegetative nervous system, i.e., the system of the ventral unpaired nerve (or median nerve) which may be regarded as analogous to the sympathetic nervous system of vertebrates.

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Submicroscopic Organization of Fibers of the Crab’s Leg Nerves and Distribution of a Vital Dye (Heliastructures in the normal state and during physiological excitation. For this purpose, previously described electron-microscopic and cytophotometric methods have been used (Komissarchik and Levin 1964; Levin and Golfand 1964; Komissarchik and Levin 1965; Levin .. 1968).

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Synaptic Properties of Oscillatory Neuronsotential) and its behavior with respect to current changes and to various environmental factors have well established its functional individuality (Arvanitaki and Chalazonitis, this Symposium). The main characteristics defining the functional entity of these neurons may be summarized as follows:

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Structural and Functional Peculiarities of the Synaptic Transmission in InsectsQuestions concerning the role of the cholinergic mechanism in the synaptic transmission in insects have been discussed for a number of years now (Roeder, Kennedy and Sampson 1947; Harlow 1958; Voskresenskaya 1959; Colhoun 1963).

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