[引用][C] Crayfish escape behavior: II. Command-derived inhibition of abdominal extension
JJ Wine - Journal of comparative physiology, 1977 - Springer
Intracellular recordings from neuronal somata and extracellular recordings from peripheral
nerves were used to study the effects of impulses in the giant escape command interneurons …
nerves were used to study the effects of impulses in the giant escape command interneurons …
[引用][C] Crayfish escape behavior: Neurobehavioral analysis of phasic extension reveals dual systems for motor control
H Reichert, JJ Wine, G Hagiwara - Journal of Comparative Physiology, 1981 - Springer
Electromyograms (EMGs) from phasic abdominal muscles of unrestrained and variously
restrained crayfish were used to study the involvement of sensory information in phasic …
restrained crayfish were used to study the involvement of sensory information in phasic …
[引用][C] Crayfish escape behavior: III. Monosynaptic and polysynaptic sensory pathways involved in phasic extension
JJ Wine - Journal of comparative physiology, 1977 - Springer
Intracellular recordings were made from the somata of central neurons in semi-intact
preparations in order to trace sensory pathways in the phasic extensor system. 2. The tonic …
preparations in order to trace sensory pathways in the phasic extensor system. 2. The tonic …
Postsynaptic inhibition of crayfish tonic flexor motor neurones by escape commands
JY Kuwada, G Hagiwara… - Journal of Experimental …, 1980 - journals.biologists.com
The crayfish abdomen contains separate slow and fast neuromuscular systems that mediate
posture and escape tailflips. It was recently demonstrated that impulses in the medial and …
posture and escape tailflips. It was recently demonstrated that impulses in the medial and …
[引用][C] Crayfish escape behavior: I. The structure of efferent and afferent neurons involved in abdominal extension
JJ Wine, G Hagiwara - Journal of comparative physiology, 1977 - Springer
Cobalt staining was used to construct soma maps and study the cellular anatomy of efferent
neurons involved in extension of the crayfish, Procambarus clarkii, abdomen. 2 …
neurons involved in extension of the crayfish, Procambarus clarkii, abdomen. 2 …
Crayfish stretch receptor and motor unit behavior during abdominal extensions
PG Sokolove - Journal of comparative physiology, 1973 - Springer
Using flexible suction electrodes, recordings were made of sensory and motor nerve activity
in a nerve innervating slow extensor muscles in the first abdominal segment of a suspended …
in a nerve innervating slow extensor muscles in the first abdominal segment of a suspended …
Neuronal organization of crayfish escape behavior: inhibition of giant motoneuron via a disynaptic pathway from other motoneurons
JJ Wine - Journal of Neurophysiology, 1977 - journals.physiology.org
1. A circuit that produces a 70-100 ms IPSP in the crayfish giant motoneuron is described.
The IPSP is produced by a disynaptic pathway from the nongiant fast flexor motoneurons to …
The IPSP is produced by a disynaptic pathway from the nongiant fast flexor motoneurons to …
Crayfish escape behaviour: commands for fast movement inhibit postural tone and reflexes, and prevent habituation of slow reflexes
Organized behaviour requires central neural mechanisms to prevent the simultaneous
occurrence of incompatible movements. We investigated neural pathways in crayfish that …
occurrence of incompatible movements. We investigated neural pathways in crayfish that …
[引用][C] Some Features of the Central Co-Ordination of A Fast Movement in the Crayfish*
A Roberts - Journal of Experimental Biology, 1968 - journals.biologists.com
The nervous and muscular activity pattern produced in an abdominal segment by a single
giant-fibre impulse when all peripheral reflexes are abolished is described. This description …
giant-fibre impulse when all peripheral reflexes are abolished is described. This description …
[引用][C] Neural pathways of reflex-evoked behaviors and command systems in the abdomen of the crayfish
BJ Williams, JL Larimer - Journal of comparative physiology, 1981 - Springer
The lifting of a crayfish (Procambarus) clarkii) from the substrate results in reflexive
abdominal extension often accompanied by metachronous swimmeret beating …
abdominal extension often accompanied by metachronous swimmeret beating …