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118 Cards in this Set

  • Front
  • Back

*hypothalamus

autonomics, emotions, and hormones
*multipolar neuron
multi dendrite interneuron for major brain information
70mv
resting stage of a membrane
ACH
parasympathetic chemical
affector
carries sensory information to CNS
Amnesia
consolidation has stopped
amygdaloid body
memory, emotion, and decision center
anaxonic neuron
interneuron of no axon
ANS
involuntary & subconscious contractions
arachnoid mater
Middle protective membrane
arbor vitae
cerebellum motor and sensory center
astigmatism
inability to retinaly focus
astrocytes
form blood brain barrier
astrocytes
form the blood brain barrier
ataxia
cerebellum disorder
autonomic
functions internal organs
autonomic tone
when balance exists
axion
cerebrospinal axis
axion hillock
action potential genrator
axon
impulse conductor process
babinski reflex
extension of big toe
bipolar neuron
specialized sensory neuron
brachial plexus
chest, shoulder, arm
brain stem
interfaces between spinal cord and ceres
cerebellum
repetitive movement center
cerebrum
largest mental functions
ceruminous glands
secretes keratin–type wax
cervical plexus
1st 4 cranial nerve network
choroid plexus
produces CSF
CNS
brain, cranial nerves, and spinal cord
cochlea
perilymph chamber for corti hair transmission
cone cell
color cell
corpus callosum
hemispheric communicator
cortex
highest brain functions
cranial meninges
layers for protection
CSF
protects cortex
dendrite
receives neuron information
depolarization
shift to 0mv
diencephalon
Wakefulness and ANS
dorsal route
afferent entrance
dual innervation
receives entire ANS
dura mater
outer fibrous layer
effector
respons to efferant CNS signal
ependymal
produce CSF
ependymal spinal fluid
lines meninges
epineurium
sheath of peripheral nerve
external meatus
ear canal
exteroceptors
general and special senses
fiber A
140 m/s
fiber B
18 m/s
fiber C
1 m/s
fovea
detail vision center
general senses
temperature, pain, touch, pressure, vibration
grey matter
integrative, unmyelinated
gustification
taste
gyrus
cortex ridge
hippocampus
consolidation center
hyperpolarization
increase in transmembrane potential
hypothalmus
ANS metabolic center
incus
transmits malleus vibrations
information speed
affected by diameter of nerve
infundibulum
connects pituitary and hypothalmus
interneuron
relay neuron
interoceptors
deducts stimulus
Limbic system
establishes emotions, memories, & conscious function
lobe
frontal, parietal, temporal, occipital
malleus
transmits tympanic vibrations
medulla oblongata
autonomic regulator
mesencephalon
maintains consciousness, sight, sound, and reflexes
microglia
macrophage of CNS
microglia
produce phagocytes
monosynaptic reflex
knee–jerking
motor neurons
efferent nerves to produce movement
myelination
lipid based shealth
myopia
near–sighted
neural cortex
interfolded surface area
neuroglia
supports neurons with 4 types of cells
neuromodulator
secreted by neurons for regulation
neuron
sends cognitave thought
neuropathy
appendicular nerve disease
Noepinephrine
hormone involved in heart contractions
olfactory
smell
oligodendrocytes
form myelination in CNS
parasympathetic nerves
involved in rest and digest
pia mater
attached by astrocytes
pituitary gland
interfaces nervous and endocrine system
PNS
connects limbs and organs to CNS
polysynaptic reflex
interneuron withdrawing
pons
learned behaviors & motor control from cerebellum to brain stem
postganglionic
from ganglion to effector organ
preganglionic
from CNS to ganglion
presynaptic agonist
increase of transmitter release
presynaptic inhibitor
decrease of inhibitor release
proprioceptors
movement and positioning
purkinje cell
high powered synapses
referred pain
at location other than stimulus
reflex
sum of autonomic CNS response
repolarization
restoration of polarized state
rod cell
light and depth cell
saltatory propagation
conduction velocity increase along myelinated axons
schwann cells
form myelination in PNS
semicircular canals
involved in balance
SNS
voluntary & involuntary skeletal contractions
special senses
motor, vision, balance, hearing, smell, touch
stapes
transmits incus vibrations
stretch reflex
automatic contracting
sulcus
crevice
sympathetic nerves
involved in fight or flight
synaptic cleft
between membrane and axon terminal
tendon reflex
monosynaptic
thalamus
relays sensory information
transmembrane potential
transmits signals in cell parts
tympanic membrane
converts vibration in air to ripples
vagus nerve
supplies multiple vital organs
ventral route
efferent exit
vestibular window
transmits stapes to cochlea
vestibulocochlear nerve
hearing and acceleration center
white matter

conductive, insulated