AbstractÐStudies on the re¯ex modulation of vertebrate locomotion have been conducted in many die... more AbstractÐStudies on the re¯ex modulation of vertebrate locomotion have been conducted in many dierent laboratories and with many dierent preparations: for example, lamprey swimming, bird¯ight, quadrupedal walking in cats and bipedal walking in humans. Emerging concepts are that re¯exes are task-, phase-and context-dependent. To function usefully in a behaviour such as locomotion wherein initial conditions change from step to step, re¯exes would have to show modulation.
AbstractÐStudies on the re¯ex modulation of vertebrate locomotion have been conducted in many die... more AbstractÐStudies on the re¯ex modulation of vertebrate locomotion have been conducted in many dierent laboratories and with many dierent preparations: for example, lamprey swimming, bird¯ight, quadrupedal walking in cats and bipedal walking in humans. Emerging concepts are that re¯exes are task-, phase-and context-dependent. To function usefully in a behaviour such as locomotion wherein initial conditions change from step to step, re¯exes would have to show modulation.
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Papers by Richard Stein