Add to ORKGThe giant fibres of crayfish comprise a pre-motor system that secures rapid con-traction of phasic flexor muscles in the abdomen. The result of their activation is a sudden flexion of all abdominal segments that propels the animal backward in an 'escape ' response; repeated sequences of similar tail-flips, with intervening fas
Many behavior patterns of the crayfish involve the positioning of the abdomen by the tonic motor sys...
The crayfish abdomen contains separate slow and fast neuromuscular systems that mediate posture and ...
1. The reflex activity elicited by movement of the mero-carpopodite (M-C) joint in the cheliped of t...
In the crayfish abdomen most of the power for the flexor twitches employed in swimming is supplied b...
The escape tail-flip of the crayfish is ‘commanded ’ by two bilaterally paired sets o
Organized behaviour requires central neural mechanisms to prevent the simultaneous occurrence of inc...
Sense organs responsive to the changes produced by an animal's own musculature are common in co...
Crayfish commonly evade capture by darting backwards when one tries to pick them up or otherwise dis...
To understand the central nervous control of behaviour it is necessary to inspect cell-to-cell inter...
Invertebrate escape reflexes have long been favoured preparations for investigating neuronal substra...
Measurements of acceleration performance of crayfish (mean mass o-o 18 kg) were made during lateral ...
Extrinsic systems were shown to control the excitability of the neurones which mediate tail-flip esc...
Crayfish exhibit complex cyclical adjustments in abdominal posture during certain forms of backward ...
The syncarid crustacean Anaspides tasmaniae rapidly flexes its free thoracic and abdominal segments ...
The uropods of decapod crustaceans play a major role in the production of thrust during escape swimm...
Many behavior patterns of the crayfish involve the positioning of the abdomen by the tonic motor sys...
The crayfish abdomen contains separate slow and fast neuromuscular systems that mediate posture and ...
1. The reflex activity elicited by movement of the mero-carpopodite (M-C) joint in the cheliped of t...
In the crayfish abdomen most of the power for the flexor twitches employed in swimming is supplied b...
The escape tail-flip of the crayfish is ‘commanded ’ by two bilaterally paired sets o
Organized behaviour requires central neural mechanisms to prevent the simultaneous occurrence of inc...
Sense organs responsive to the changes produced by an animal's own musculature are common in co...
Crayfish commonly evade capture by darting backwards when one tries to pick them up or otherwise dis...
To understand the central nervous control of behaviour it is necessary to inspect cell-to-cell inter...
Invertebrate escape reflexes have long been favoured preparations for investigating neuronal substra...
Measurements of acceleration performance of crayfish (mean mass o-o 18 kg) were made during lateral ...
Extrinsic systems were shown to control the excitability of the neurones which mediate tail-flip esc...
Crayfish exhibit complex cyclical adjustments in abdominal posture during certain forms of backward ...
The syncarid crustacean Anaspides tasmaniae rapidly flexes its free thoracic and abdominal segments ...
The uropods of decapod crustaceans play a major role in the production of thrust during escape swimm...
Many behavior patterns of the crayfish involve the positioning of the abdomen by the tonic motor sys...
The crayfish abdomen contains separate slow and fast neuromuscular systems that mediate posture and ...
1. The reflex activity elicited by movement of the mero-carpopodite (M-C) joint in the cheliped of t...