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Role of pontine tegmentum for locomotor control in mesencephalic cat
S. Mori
,
M. L. Shik
, A. S. Yagodnitsyn
Russian Academy of Sciences
Research output
:
Contribution to journal
›
Article
›
peer-review
107
Scopus citations
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Keyphrases
Direct Electrical Stimulation
11%
Evoked Field Potentials
11%
Field Potential
11%
Four-legged
11%
Hindlimb
11%
Inhibitory Region
22%
Legged Locomotion
11%
Locomotion
55%
Locomotion Control
100%
Locomotor
11%
Locomotor Regions
88%
Longitudinal Strips
11%
Mesencephalic
100%
Mesencephalic Locomotor Region
100%
Minimum Current
11%
Monophasic
11%
Mouth Opening
11%
Negative Components
11%
Negative Potential
11%
Nine-level
11%
Pons
11%
Pontine
100%
Pontine Tegmentum
100%
Rostral
22%
Seven-level
11%
Short Latency
11%
Spasticity
11%
Spinal Cord
11%
Subthreshold
22%
Treadmill
11%
Ventricle
22%
Neuroscience
Locomotion
100%
Pons
16%
Pontine Tegmentum
100%