Published May 7, 2024 | Version v1
Poster Open

An in silico investigation of corticostriatal oscillatory entrainment

Description

  • Oscillatory entrainment of SPNs and FS is higher for low frequencies, as measured
    by the synchronization index.
  • SPNs are weakly entrained by FS oscillations.
  • With a low cortical drive gap junctions (GJ) shunt away FS spikes, whereas with an
    increased input they increase the number of spikes. Thus, GJ increase the signal-
    to-noise ratio of FS populations, conveying the oscillations more effectively.

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Dates

Available
2024-05-07