Motor control by precisely timed spike patterns.

Srivastava, Kyle; Holmes, Caroline; Vellema, Michiel; Pack, Andrea; P. H. Elemans, Coen; Nemenman, Ilya; J. Sober, Samuel

doi:10.6084/m9.figshare.4546486.v1

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Motor control by precisely timed spike patterns.

journal contribution

posted on 2017-01-13, 14:57 authored by Kyle Srivastava, Caroline HolmesCaroline Holmes, Michiel Vellema, Andrea Pack, Coen P. H. Elemans, Ilya NemenmanIlya Nemenman, Samuel J. Sober

This data contains: large recordings of pressure in the air sacs of unstimulated anesthetized finches along with corresponding spike timings in a single expiratory muscle motor unit, spike timings of motor units in awake freely breathing birds, force responses to stimulation patterns in vitro, and pressure responses to stimulation patterns in vivo.

Funding

This work was supported by National Institutes of Health grants P30NS069250, R01NS084844, F31DC013753, and 5R90DA033462, National Science Foundation grants 1208126 and 1456912, James S. McDonnell Foundation grant 220020321, Danish Research Council (FNU) a

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respiration bengalese finch spike timing motor control muscle stimulation Neuroscience

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Motor control by precisely timed spike patterns.

Funding

This work was supported by National Institutes of Health grants P30NS069250, R01NS084844, F31DC013753, and 5R90DA033462, National Science Foundation grants 1208126 and 1456912, James S. McDonnell Foundation grant 220020321, Danish Research Council (FNU) a

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