학술논문

Tetrapod Limbless Locomotion
Document Type
Reference
Author
Source
eLS. :1-5
Subject
locomotion
undulation
concertina
tetrapods
evolution
Biochemistry
General & Introductory Life Sciences
Anatomy and Physiology
Cell and Molecular Biology
Biology
Developmental
Microbiology and Virology
Plant Science
Genetics
Proteomics
Bioinformatics
Neuroscience
Ecology
Evolution & Diversity of Life
Behavioural Ecology
Evolutionary Ecology
Physiological Ecology
Evolution of Novelty
Macroevolution
Language
English
Abstract
Many tetrapods (four‐legged animals) have lost their limbs during their evolution. They move (locomote) by specific patterns of body muscle contraction and relaxation. Key Concepts Limbless tetrapod locomotion is based on lateral undulation, but has many variations according to taxon, ecology, and behavior. New techniques, such as 3‐D CT‐scanning, x‐ray cine, modeling and robotics have increased our understanding of the functional morphology of limbless locomotion. Gliding, flying, and swimming, as well as terrestrial locomotion, are part of the repertoire of various tetrapods. Study of the development and ecology of locomotor modes is providing new insights into the evolution of limbless locomotion. Robots that mimic limbless tetrapod locomotion are being developed for new medical and environmental uses.

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