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the integrative (aka associative) function takes place in the
neurons and glial
FALSE
saltatory conduction
between Schwann cells
have not fully myelinated
a chemical discharge occurs
central nervous system
seeing
nodes of Ranvier, aka neurofibril nodes, are found (among other places)
neurons and glial
FALSE
saltatory conduction
between Schwann cells
have not fully myelinated
a chemical discharge occurs
central nervous system
seeing
when the nerve impulse reaches the synapse
neurons and glial
FALSE
saltatory conduction
between Schwann cells
have not fully myelinated
a chemical discharge occurs
central nervous system
seeing
in myelinated neurons, impulses 'jump' from node to node in a process called
neurons and glial
FALSE
saltatory conduction
between Schwann cells
have not fully myelinated
a chemical discharge occurs
central nervous system
seeing
a nerve is a single neuron that transmits impulses
neurons and glial
FALSE
saltatory conduction
between Schwann cells
have not fully myelinated
a chemical discharge occurs
central nervous system
seeing
infants respond more slowly to stimuli because their neurons
neurons and glial
FALSE
saltatory conduction
between Schwann cells
have not fully myelinated
a chemical discharge occurs
central nervous system
seeing
the two main types of CELLS in the nervous system are
neurons and glial
FALSE
saltatory conduction
between Schwann cells
have not fully myelinated
a chemical discharge occurs
central nervous system
seeing
damage to the occipital lobes of the brain can impair
neurons and glial
FALSE
saltatory conduction
between Schwann cells
have not fully myelinated
a chemical discharge occurs
central nervous system
seeing
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