Scientists are pretty sure now that memories are made by forging new connections between the brain cells called neurons.

Neural networks are patterned after the brain's nervous system, in which electrical signals travel among million of sensors, called neurons, along particular pathways.

Your nerve cells, also called neurons, send the messages that control these muscles.

The human brain (apart from the cerebellum, which does not seem to be involved in cognitive functions) contains about ten billion switching elements called neurons.

This ultimately results in improved communication between the brain cells, called neurons.

Neuroscientists can explain the brain, on a rough level, as networks of communicating cells called neurons.

A self-organizing map consists of components called nodes or neurons.

But a primary culprit is glutamate, which helps shape the processes of learning and memory by stimulating brain cells called neurons.

These multiple brain systems communicate with each other through about a trillion tiny nerve cells called neurons.

This part of the brain contains cells, called neurons, which are sensitive to different sound frequencies.