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The speed of a neuron’s action potential is determined by
Whether the axon is myelinated
Sympathetic nervous system
Activates automatic system
Parasympathetic
Restores homeostasis
Endorphin
Released during exercise or excitement producing well being and reducing pain
Afferent neurons
Responsible for carrying information from the outside world to the brain
Activation in the parasympathetic system results in
A decrease heat rate
Broca’s area
speech function
plasticity
The brain ability to adapt after it’s been damage
Myelin sheath
Is a conductor to speed up the electrical impulse as it tracked down the axon
Hippocampus
Memory
Serving the corpus callosum can result in
Epilepsy
EEG Electroencephalogram
Measures electric activity in neurons
MEG
Records magnetic fields from brains natural electrical currents
PET
Glucose in the brain
MRI
Maps out the brain structure
fMRI
Measures blood flow to brain regions
Wernicke’s area
Understanding speech or language
Occipital lobe
Vision
Left hemisphere
Responsible for language
Right hemisphere
Spatial ability
Medula
Heartbeat and breathing
Reticular formation
Muscle reflexes and coordination of autonomic functions
Acetylcholine
Learning
Adrenaline
Fight or flight
GABA
Calms down the nerves
Noradrenaline
Concentration and affects attention and responding action
Dopamine
Pleasure
Glutamate
Memory
Serotonin
Mood
cerebral cortex
Decision making and process information
Thalamus
Relays message between the brain
Amygdala
Emotion
Dendrite
Responsible or receiving signals from other neurons
Hypothalmus
Controls maintenance functions like eating and helps out the endocrine system
Cerebellum
Controls voluntary movement and balance also supports memory
Pons
Helps coordinate movement
Spinal cord
Controls reflexes and sends info to and from the brain
Parietal lobe
Body senses
Temporal lobe
Auditory
Central nervous system
Brain and Spinal cord
Peripheral nervous system
Carries information to and from the brain