Labeled or otherwise identified neurons of the crayfish lateral giant escape reaction circuit
were examined electron microscopically and the findings compared to expectations from …

Unilateral local nonspiking interneurons in the terminal (sixth) abdominal ganglion of
crayfish (Procambarus clarkii Girard) can be classified into two major groups of PL and AL …

1. Spikeless communication between dendrites of crayfish motoneurons was demonstrated
by intracellular current injection. 2. Subthreshold depolarization of one motoneuron (Add …

Premotor interneurons involved in the abdominal positioning behaviors of the crayfish,
Procambarus clarkii, were studied intracellularly, along with motoneuron activity, in semi …

Crustaceans have been used extensively as models for studying the nervous system.
Members of the Order Decapoda, particularly the larger species such as lobsters and …

1. The visual responses and synaptic interactions of a small population of crayfish
interneurons are described. 2. The discharge of optic nerve sustaining fibers (tonic on-cells) …

For insect ganglia, Altman (A dvances in Physiological Science, Vol. 23. Neurobiology of
Invertebrates. New York: Pergamon Press, pp. 537–555,'81) proposed that individual …

The ground-breaking papers of Donald Kennedy and Kimihisa Takeda (Kennedy and
Takeda, 1965b; Kennedy and Takeda, 1965a) on crustacean motor systems established a …

A study of activity recorded with intracellular micropipettes was undertaken in the caudal
abdominal ganglion of the crayfish in order to gain information about central fiber to fiber …

High-speed cinematography was used to analyse the abdominal movements of crayfish in
response to separate stimulation of medial and lateral giant axons. These films showed that …