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A kinematic synergy for terrestrial locomotion shared by mammals and birds.

ABSTRACT: Locomotion of tetrapods on land adapted to different environments and needs resulting in a variety of different gait styles. However, comparative analyses reveal common principles of limb movement control. Here, we report that a kinematic synergy involving the planar covariation of limb segment motion holds in 54 different animal species (10 birds and 44 mammals), despite large differences in body size, mass (ranging from 30 g to 4 tonnes), limb configuration, and amplitude of movements. This kinematic synergy lies at the interface between the neural command signals output by locomotor pattern generators, the mechanics of the body center of mass and the external environment, and it may represent one neuromechanical principle conserved in evolution to save mechanical energy.

SUBMITTER: Catavitello G

PROVIDER: S-EPMC6257815 | biostudies-literature | 2018 Oct

REPOSITORIES: biostudies-literature

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A kinematic synergy for terrestrial locomotion shared by mammals and birds.

Catavitello Giovanna G Ivanenko Yury Y Lacquaniti Francesco F

eLife 20181030

Locomotion of tetrapods on land adapted to different environments and needs resulting in a variety of different gait styles. However, comparative analyses reveal common principles of limb movement control. Here, we report that a kinematic synergy involving the planar covariation of limb segment motion holds in 54 different animal species (10 birds and 44 mammals), despite large differences in body size, mass (ranging from 30 g to 4 tonnes), limb configuration, and amplitude of movements. This ki ...[more]

PMID: 30376448

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