Adapting direction selective neurons hyperpolarize due to long duration intracellular sodium and calcium accumulation; and trigger an increase in brain tissue excitability; which spreads via ionic diffusion in the extracellular space and glial assisted mechanisms.
This causes extracellular imbalances and an increase in brain tissue excitability; which spreads via ionic diffusion in extracellular space and glial assisted mechanisms. Adapting direction selective neurons hyperpolarize due to long duration intracellular sodium and calcium ion accumulation.
Adapting direction selective neurons hyperpolarize due to long duration intracellular sodium and calcium ion accumulation. This causes extracellular imbalances and an increase in brain tissue excitability; which spreads via ionic diffusion in extracellular space and glial assisted mechanisms.
Adapting direction selective neurons hyperpolarize due to long duration intracellular sodium and calcium ion accumulation. This causes extracellular imbalances and an increase in brain tissue excitability; which spreads via ionic diffusion in extracellular space and glial assisted mechanisms.