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Climbing fiber afferent modulation during treadmill locomotion in the cat
J. H. Kim
, J. J. Wang
,
T. J. Ebner
Neuroscience
Research output
:
Contribution to journal
›
Article
›
peer-review
39
Scopus citations
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Keyphrases
Climbing Fiber
100%
Complex Spike
100%
Treadmill Locomotion
100%
Treadmill
66%
Step Cycle
55%
Locomotion
33%
Purkinje Cell
33%
Biceps
33%
Triceps
33%
Forelimb
33%
Treadmill Speed
33%
Braking
33%
Phase Transition
22%
Simple Spike
22%
Spiking Activity
22%
Transition Period
22%
EMG Activity
22%
Perturbed Locomotion
22%
Locomotor
11%
Statistical Analysis
11%
Footpad
11%
Histogram
11%
Motor Activity
11%
Pressure Measurement
11%
Motor Behavior
11%
Long Latency
11%
Cell Complex
11%
Reinitiation
11%
Stance Phase
11%
Decerebration
11%
Velocity Signal
11%
Displacement Velocity
11%
Motorized Treadmill
11%
Neuroscience
Locomotion
100%
Climbing Fiber
100%
Electromyography
33%
Purkinje Cell
33%
Behavior (Neuroscience)
11%
Decerebration
11%