Get paper from
Pre-synaptic inhibition of afferent feedback in the macaque spinal cord does not modulate with cycles of peripheral oscillations around 10 Hz
Dec 12, 2014
PMID: 990012583
DOI: 10.1101/012583
Get paper from
Abstract
Spinal interneurons are partially phase-locked to physiological tremor around 10Hz. The phase of spinal interneuron activity is approximately opposite to descending drive to motoneurons, leading to partial phase cancellation and tremor reduction. Pre-synaptic inhibition of afferent feed...read more
Paper Details
- References
- Citations
References currently unavailable
- References
- Citations
No citations available
Related Papers
Pre-Synaptic Inhibition of Afferent Feedback in the Macaque Spinal Cord Does Not Modulate with Cycles of Peripheral Oscillations Around 10 Hz
Reticulospinal actions on primary afferent depolarization of cutaneous and muscle afferents in the isolated frog neuraxis
Pre-synaptic inhibition of afferent feedback in the macaque spinal cord does not modulate with cycles of peripheral oscillations around 10 Hz
Abstract
Spinal interneurons are partially phase-locked to physiological tremor around 10Hz. The phase of spinal interneuron activity is approximately opposite to descending drive to motoneurons, leading to partial phase cancellation and tremor reduction. Pre-synaptic inhibition of afferent feed...read more
Related Papers
Paper Details
- References
- Citations
References currently unavailable
- References
- Citations
No citations available
Get paper from
Hi! We use cookies on this site for analytics purposes. Visit our cookie policy to learn more. By continuing to use our services or closing this banner, you consent to our use of cookies.