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The evolution of neural circuits controlling feeding behavior in frogs
Kiisa C. Nishikawa
, Curtis W. Anderson
, Stephen M. Deban
, James C. O’Reilly
Biological Sciences
Research output
:
Contribution to journal
›
Article
›
peer-review
54
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Scopus citations
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Keyphrases
Feeding Behavior
100%
Frog
100%
Neural Circuits
100%
Controlling Feeding
100%
Sensory Feedback
80%
Central Pattern Generator
60%
Tongue
40%
Hypoglossal
40%
Motor System
40%
Descending Control
40%
Sensory Feedback Control
40%
Behavioral Transition
40%
Prey Type
20%
Reticular Formation
20%
Motor Patterns
20%
Evolutionary Change
20%
Cichlid
20%
Outside-in
20%
Morphological Characteristics
20%
Neuromuscular Control
20%
Highly Integrated
20%
Neural Mechanisms
20%
Behavioral Studies
20%
Rana
20%
Visual Sensory
20%
Phylogenesis
20%
Motor Output
20%
Biomechanical Study
20%
Neurobiological Basis
20%
Feedback Circuits
20%
Neurophysiological Studies
20%
Visual Control
20%
Morphological Transition
20%
Glossopharyngeal
20%
Reticle
20%
Biomechanical Mechanisms
20%
Control Feedback
20%
Biochemistry, Genetics and Molecular Biology
Sensory Feedback
100%
Phylogeny
33%
Anura
33%
Prey
16%
Morphology
16%
Neuromuscular Function
16%
Biomechanics
16%
Morphological Trait
16%
Rana
16%
Cichlid
16%
Calcium Oxide
16%
Neuroscience
Feeding Behavior
100%
Neural Circuit
100%
Central Pattern Generator
37%
Phylogenetics
12%
Reticular Formation
12%
Neuromuscular Function
12%
Biomechanics
12%
Psychology
Feeding Behavior
100%
Reticular Formation
20%