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Spatial synchronization codes from coupled rate-phase neurons

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Category: Data

Description: Data analysis and simulations of hippocampal and subcortical single-unit and LFP theta-phase recordings of foraging rats in an 80-cm cylindrical arena.

License: CC-By Attribution 4.0 International

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Dataset: Phaser cells

The data in this repository supported the findings of two manuscripts describing neurons with coupled firing rate and theta phase, termed 'phaser cells,' that we found in the lateral septum and hippocampus.

First, in 2017, we published a preprint with early iterations of the analysis and simulations:

Monaco, J. D., Blair, H. T., & Zhang, K. (2017). Spatial theta cells in com…

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attractor theorycompetitive learningcomputational neuroscienceGLMinformation theorynavigationneural synchronyoscillationsoscillatory interferencepath integrationphase resettingplace cellsratsseptumsingle-unit recordingsspacespatial mapsspiking networkssynchronizationtemporal codestheta

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