Add to ORKGAnticipatory motor patterns limit muscle stretch during landing in toads. Biol Lett 9
1. 1. In decapitate frogs the response of both gastrocnemius muscles to constant velocity stretch wa...
In a previous paper (Gray & Lissmann, 1946) we have shown that a toad can dis-play a normal diag...
Animals exhibit tremendous diversity in the morphological and physiological components of their musc...
Moving effectively across a wide range of surface conditions is paramount to acquiring food and find...
Animals move across a wide range of surface conditions in real-world environments to acquire resourc...
In toad hopping, the hindlimbs generate the propulsive force for takeoff while the forelimbs resist ...
A major question in neurophysiology has concerned the patterning of motor output —is sensory feedbac...
Data collected from video analysis and electromyography of sighted and blinded cane toads while perf...
Coordinated landing requires anticipating the timing and magnitude of impact, which in turn requires...
Supplemental Figure A. Muscle tuning relationships in individual toads pre-surgery (white symbols) a...
Within anurans (frogs and toads), cane toads (Bufo marinus) perform particularly controlled landings...
Within anurans (frogs and toads), cane toads (Bufo marinus) perform particularly controlled landings...
Locomotor muscles often perform diverse roles, functioning as motors that produce mechanical energy,...
Although landing behaviour in anurans differs significantly among species, a take-off behaviour seem...
Locomotor muscles often perform diverse roles, functioning as motors that produce mechanical energy,...
1. 1. In decapitate frogs the response of both gastrocnemius muscles to constant velocity stretch wa...
In a previous paper (Gray & Lissmann, 1946) we have shown that a toad can dis-play a normal diag...
Animals exhibit tremendous diversity in the morphological and physiological components of their musc...
Moving effectively across a wide range of surface conditions is paramount to acquiring food and find...
Animals move across a wide range of surface conditions in real-world environments to acquire resourc...
In toad hopping, the hindlimbs generate the propulsive force for takeoff while the forelimbs resist ...
A major question in neurophysiology has concerned the patterning of motor output —is sensory feedbac...
Data collected from video analysis and electromyography of sighted and blinded cane toads while perf...
Coordinated landing requires anticipating the timing and magnitude of impact, which in turn requires...
Supplemental Figure A. Muscle tuning relationships in individual toads pre-surgery (white symbols) a...
Within anurans (frogs and toads), cane toads (Bufo marinus) perform particularly controlled landings...
Within anurans (frogs and toads), cane toads (Bufo marinus) perform particularly controlled landings...
Locomotor muscles often perform diverse roles, functioning as motors that produce mechanical energy,...
Although landing behaviour in anurans differs significantly among species, a take-off behaviour seem...
Locomotor muscles often perform diverse roles, functioning as motors that produce mechanical energy,...
1. 1. In decapitate frogs the response of both gastrocnemius muscles to constant velocity stretch wa...
In a previous paper (Gray & Lissmann, 1946) we have shown that a toad can dis-play a normal diag...
Animals exhibit tremendous diversity in the morphological and physiological components of their musc...