Redes de neuronas

The video explains how tiny cells, or neurons, form the basis of brain activity. Neurons communicate through connections, which are crucial for brain functions and individuality. The complexity of these networks is immense, likened to a mega city with interconnected inhabitants. Neurons are flexible, forming and breaking connections, which allows the brain to remodel itself throughout life. This adaptability is key to learning and memory.

What is the primary role of tiny cells in the brain?

• They regulate emotions.

• They store memories.

• They are the basis of brain activity.

• They produce hormones.

How do connections between neurons contribute to our individuality?

• They control our genetic makeup.

• They dictate our social interactions.

• They influence our unique brain functions.

• They determine our physical appearance.

What analogy is used to describe the complexity of the brain's network?

• New York City with its inhabitants connected by threads.

• A library with countless books.

• A computer with multiple processors.

• A forest with many trees.

What happens to neuron connections that are not used?

• They become stronger.

• They multiply.

• They are stored for future use.

• They are lost.

How does the brain change throughout life?

• It remains static after a certain age.

• It continuously remodels due to neuron connections.

• It only changes during childhood.

• It deteriorates with age.