Neuromuscular control of prey capture in frogs

Keyphrases

• Afferent Pathways 10%
• Anatomical Differences 10%
• Biomechanical Constraints 10%
• Catch Mechanism 10%
• Collagen Fibers 10%
• Connective Tissue 10%
• Constant Volume 10%
• Feedback Control 10%
• Feeding Device 10%
• Frog 100%
• Frog Species 10%
• Functional Types 10%
• Inertia 10%
• Inertial Loading 10%
• Jaw Movement 10%
• Joint Coordination 10%
• Mechanical Properties 10%
• Morphological Design 10%
• Motor Unit 10%
• Mouth Opening 10%
• Muscular Hydrostat 10%
• Muscular Loading 10%
• Neural Mechanisms 10%
• Neuromuscular Control 100%
• Non-exclusive 10%
• Physiological Differences 10%
• Prey Capture 100%
• Tongue 100%
• Tongue Movement 20%
• Tongue muscles 10%

Biochemistry, Genetics and Molecular Biology

• Anura 60%
• Biomechanics 60%
• Jaw Movement 20%
• Morphology 40%
• Neuromuscular Function 100%
• Prey Capture 100%
• Tongue Control 20%

Neuroscience

• Afferent Nerve Fiber 20%
• Biomechanics 60%
• Connective Tissue 20%
• Feeding Behavior 40%
• Jaw 40%
• Motor Unit 20%
• Neuromuscular Function 100%
• Tongue Control 20%