Add to ORKGThe escape tail-flip of the crayfish is ‘commanded ’ by two bilaterally paired sets o
The syncarid crustacean Anaspides tasmaniae rapidly flexes its free thoracic and abdominal segments ...
To understand the central nervous control of behaviour it is necessary to inspect cell-to-cell inter...
Several interneurones have been reported to be involved in the control of activity of abdominal post...
The giant fibres of crayfish comprise a pre-motor system that secures rapid con-traction of phasic f...
A crayfish (Pacifastacus leniusculus) thoracic pereiopod promotor motor neurone (PMM) receives direc...
The uropods of decapod crustaceans play a major role in the production of thrust during escape swimm...
The thoracic homologue of the abdominal segmental giant neurone of crayfish Pacifastacus leniusculus...
The anatomy and physiology of the segmental giant (SG) of the crayfish Pacifastacus leniusculus is d...
Invertebrate escape reflexes have long been favoured preparations for investigating neuronal substra...
1. The telson and sixth ganglion of the crayfish contain a fast flexor system that is homologous to ...
Stereotyped responses were evoked in a number of motoneurones in the appendages of semi-intact crayf...
Organized behaviour requires central neural mechanisms to prevent the simultaneous occurrence of inc...
Extrinsic systems were shown to control the excitability of the neurones which mediate tail-flip esc...
Many decapod crustaceans perform escape tailflips with a neural circuit involving giant interneurons...
1. When the crayfish Procambarus is rolled with legs not upon a substratum, uropod opener muscles on...
The syncarid crustacean Anaspides tasmaniae rapidly flexes its free thoracic and abdominal segments ...
To understand the central nervous control of behaviour it is necessary to inspect cell-to-cell inter...
Several interneurones have been reported to be involved in the control of activity of abdominal post...
The giant fibres of crayfish comprise a pre-motor system that secures rapid con-traction of phasic f...
A crayfish (Pacifastacus leniusculus) thoracic pereiopod promotor motor neurone (PMM) receives direc...
The uropods of decapod crustaceans play a major role in the production of thrust during escape swimm...
The thoracic homologue of the abdominal segmental giant neurone of crayfish Pacifastacus leniusculus...
The anatomy and physiology of the segmental giant (SG) of the crayfish Pacifastacus leniusculus is d...
Invertebrate escape reflexes have long been favoured preparations for investigating neuronal substra...
1. The telson and sixth ganglion of the crayfish contain a fast flexor system that is homologous to ...
Stereotyped responses were evoked in a number of motoneurones in the appendages of semi-intact crayf...
Organized behaviour requires central neural mechanisms to prevent the simultaneous occurrence of inc...
Extrinsic systems were shown to control the excitability of the neurones which mediate tail-flip esc...
Many decapod crustaceans perform escape tailflips with a neural circuit involving giant interneurons...
1. When the crayfish Procambarus is rolled with legs not upon a substratum, uropod opener muscles on...
The syncarid crustacean Anaspides tasmaniae rapidly flexes its free thoracic and abdominal segments ...
To understand the central nervous control of behaviour it is necessary to inspect cell-to-cell inter...
Several interneurones have been reported to be involved in the control of activity of abdominal post...