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Chapter 2

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getting information back out of our brains
(at the top and to the rear) percieves sensory input for touch and body position.
an area at the rear of the frontal lobes that controls voluntary movement
directs messages to the sensory recieving area in the cortex and transmits replies to the cerebellum and medulla
nerve cells that consist of its cell body and branching fibers (dendrites/axons)
a covering of interconnected neural cells that form a thin surface layer on the cerebral hemispheres.
the body's speedy, electrochemical information network.
enables learning and memory, triggers muscle contraction (not enought leads to Alzheimer's disease)
enables voluntary control of skeletal muscles
recieves messages and conducts impulses towards the cell body.
chemical messengers that are produced in one tissue and effect another.
chemical messengers that traverse the synamptic gaps between neurons, which may or may not generate an impulse.
nerual cables containing many axons. Connects the Central Nervous System with the muscles, glands and sense organs.
controls the muscles and glands of our internal organs.
passes messages to other neurons, muscles, or glands.
automatic response to stimuli (composed of 1 sensory neuron, 1 motor neruon, and 1 interneuron to communicate through)
a set of glands that secretes hormones into the bloodstream
calms you down
arouses you.
'morphine within'; opiate-like neurotransmitters linked to pain control and pleasure.
the gap that separates the axon terminal of one neuron from the recieving neuron.
the level of stimulation required to trigger a neural impulse
regulates growth and controls other endocrine glands, under the influence of the hypothalamus.
the branch of psychology concerned with the links between biology and behavior
where the spinal cord enters the skull and swells; responsible for automatic survival functions.
impairment of language, usually caused by damage to either Broca's or Wernicke's area.
shows brain activity by showing each area of the brain's consumption of glucose.
(sides of the head - above the ears) - includes auditory areas, each of which recieves information from the opposite ear.
cells in the nervous system that protect, nourish, and support neurons.
(located in the left frontal lobe) - controls language expression
a recording of the waves of electrical activity that sweep across the brain's surface.
a condition where the two hemispheres of the brain are isolated, by cutting connecting fibers (mainly those in the corpus callosum) between them.
the brains ability to modify itself after certain types of damage (especially in children)
long band of neural fibers connecting the two brain hemispheres and carrying messages between them.
the base of the brainstem that controls heartbeat and breathing
a pair of endocrine glands that secretes enephrine and nephrine whcih arouse the body in times of stress
brain and spinal cord.
a layer of fatty tissue that insulates the axons of neurons and helps speed their impulses
links the Central Nervous System with the body's sense receptor, muscles and glands.
interconnected neural cells.
a breif electrical charge that travels down the axon, fired when it recieves an impulse from a sense receptor.
an area at the front of the paretial lobes that registers and processes body touch and movement sensations.
(back of your head) - includes visual areas, which recieve visual information from the opposite visual feild.
a finger-shaped network of neurons that extends from the spinal cords right up the thalamus
(behind the forehead) - involved in speaking, muscle movement, making plans and judgment.
(located in the left temporal lobe) - controls language reception
a neural structure in the limbic system, right beneath the thalamus that directs maintnence activities (eating, drinking, body temp. ect)
neural clusters in the limbic system that influence agression and fear.
a donut-shaped system at the border of the brainstem that is associated with emotions and drives (includes hypothalamus, amygdala, and hippocampus)
the 'little brain' - processes sensory input and coordinates movement output and balance
tissue destruction
allows us to see structures within the brain
reveals the brain's functioning as well as its structure.
carry outgoing information from the central nervous system to the muscles and glands.
Central Nervous System Neurons that communicate/interfere with sensory inputs and motor outputs
areas of the cerebral cortext that are involved in higher mental functions like speaking, learning, remembering, and thinking
sends information from the body's tissues and sensory organs to the Central Nervous System

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