Neurons
Structures of the brain
Hemispheres of the cerebral cortex
Brain plasticity
100

A nerve cell that receives, processes and transmits information in the nervous system

Neuron

100

The first structure of the brain to be developed

Hindbrain

100

Connects the two hemispheres of the brain

Corpus Callosum

100

The brain can change and grow in response to the environment, this is known as...

Neuroplasticity

200

Contains the nucleus

Soma (cell body)

200

Contains the cerebrum, thalamus and hypothalamus

Forebrain

200

If this area of the brain was damaged you might speak in long sentences that didn't make any sense

Wernicke's area

200

The type of plasticity that occurs in response to ageing and maturation

Developmental Plasticity

300

The space between neurons

Synaptic gap

300

Involved in balance and muscle coordination

Cerebellum

300

Responsible for receiving sensory information such touch, temperature and pain and from the body (bonus: what lobe is it in?) 

Primary somatosensory cortex in the parietal lobe

300

The elimination of underused synapses

Synaptic pruning

400

A fatty substance that protects the axon and helps to speed up transmission of the action potential

Myelin (sheath)

400

Three structures of the hindbrain

Pons

Medulla

Cerebellum

400

This hemisphere is more responsible for language and logic tasks

Left

400

a neuron’s ability to form a new connection with another undamaged neuron

Rerouting

500

The three structures that make up the synapse

Axon terminals of the presynaptic neuron

Synaptic gap

Dendrites of the postsynaptic neuron

500

Structure found in the midbrain

Reticular Formation

500

The four lobes of the brain and their functions

Frontal - motor (+personality, higher order)

Parietal - sensory 

Occipital - vision

Temporal - hearing (+facial recognition)

500

The brain's ability to restore adequate neural functioning over time, after sustaining an injury

Adaptive plasticity

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