Until around 1949, Eccles believed that synaptic transmission was primarily electrical rather than chemical.

These systems help to capitalize on the critical period and organize synaptic transmission.

They affect both the intrinsic excitability of neurons and synaptic transmission.

This is most likely due to more efficient synaptic transmission over time.

Habituation can refer to a decrease in behavior, subjective experience, or synaptic transmission.

This is the case of that provides clue for synaptic transmission.

Each gene has been found to have unique influences on synaptic transmission.

This results in an inhibition of synaptic transmission across the central nervous system.

Later models also provided for excitatory and inhibitory synaptic transmission.

He is credited with several seminal discoveries regarding the molecular basis of synaptic transmission.