CORDIS Project
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This project explores the role of temporal coding in neuronal communication during learning, particularly in the cerebellum. By manipulating specific neuron types in mice, it aims to clarify how neurons utilize both rate and timing of spikes to enhance information transfer.
Spike trains transfer information to and from neurons.
Most studies so far assume that the average firing rate or “rate coding” is the predominant way of information coding.
However, spikes occur at millisecond precision, and their actual timing or “temporal coding” can in principle strongly increase the information content of spike trains.
The two coding mechanisms are not mutually exclusive.
Neurons may switch between rate and temporal coding, or use a combination of both coding mechanisms at…
ERASMUS UNIVERSITAIR MEDISCH CENTRUM ROTTERDAM
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