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irradiation(passive) caused bywhite matter disruption
nicotine use(passive) caused bywhite matter disruptions
This accumulationcausesdemyelination of white matter
a normal waycausingwhite matter matter
Cuprizonecan causedemyelination of white matter
by a variety of factors including ischemia , micro - hemorrhages , gliosis ... damage to small blood vessel walls , breaches of the barrier between the cerebrospinal fluid and the brain , or loss and deformation of the myelin sheath(passive) can be caused byWhite matter hyperintensities
sleep apnea(passive) caused bydamaga to the white matter
by chronic cerebral hypoperfusion in mice(passive) caused bywhite matter degeneration
by chronic cerebral hypoperfusion(passive) caused bywhite matter degeneration
by neurologic diseases(passive) caused bywhite matter degeneration
many circumstances including chronic hypertension(passive) can be caused byWhite matter atrophy
by many circumstances including chronic hypertension as well as old age(passive) can be caused byWhite matter atrophy
many circumstances including chronic hypertension as well as old age(passive) can be caused byWhite matter atrophy
many circumstances including chronic hypertension as well as old age.[3(passive) can be caused byWhite matter atrophy
a variety of factors including ischemia , micro - hemorrhages , gliosis , damage to small blood vessel walls , breaches of the barrier between the barrier between the cerebrospinal fluid and the brain(passive) can be caused byWhite matter hyperintensities
by a variety of factors including ischemia , micro - hemorrhages , gliosis , damage to small blood vessel walls , breaches of the barrier between the barrier between the cerebrospinal fluid and the brain(passive) can be caused byWhite matter hyperintensities
by ' vascular insufficiency(passive) caused bywhite matter atrophy
the braincausingwhite matter hyperintensities and microbleeds
a variety of factors including ischemia , micro - hemorrhages , gliosis , damage to small blood vessel(passive) can be caused byWhite matter hyperintensities
a variety of factors including ischemia , micro - hemorrhages , gliosis(passive) can be caused byWhite matter hyperintensities
a variety of factors including ischemia(passive) can be caused byWhite matter hyperintensities
multiple focal infarctions due to small vessel disease , which occur in dementia , especially Binswanger type(passive) caused byrarification of white matter
chronic ischemia due to CSVD , and that the precise spatial pattern of WMHs may indicate different underlying CSVDs(passive) are caused bywhite matter hyperintensities ( WMHs
Learncauseswhite matter hyperintensities
My teaching of fMRI , surface - based morphometry , andhave ledwhite matter tractography
of bundles of myelinated nerve cell processes ( or axons ) , which connect various gray matter areas ( the locations of nerve cell bodies ) of the brain to each other , and carry nerve impulses between neurons(passive) is composedWhite matter
of bundles of myelinated axons , which connect various gray matter areas ( the locations of nerve cell bodies ) of the brain to each other , and carry nerve impulses between neurons(passive) is composedWhite matter
of bundles of myelinated nerve cell projections ( or axons ) , which connect various gray matter areas ( the locations of nerve cell bodies ) of the brain to each other , and carry nerve impulses between neurons(passive) is composedWhite matter
of bundles of myelinated nerve cell processes ( or axons ) , which connect various grey matter areas ( the locations of nerve cell bodies ) of the brain to each other , and carry nerve impulses between neurons(passive) is composedWhite matter
of bundles of myelinated nerve cell processes ( or axons ) , which connect various gray matter areas ( the locations of nerve cell bodies ) of the brain to each other(passive) is composedWhite matter
of bundles of myelinated nerve cell projections ( or axons ) , which connect various grey matter areas ( the locations of nerve cell bodies ) of the brain to each other , and carry nerve impulses between neurons(passive) is composedWhite matter
of bundles of myelinated nerve cell processes ( or axons ) , which connect various grey matter areas ( the locations of nerve cell bodies ) of the brain to each other(passive) is composedWhite matter
of bundles of myelinated nerve cell processes ( or axons ) , which connect various grey matter areas ( the locations of nerve cell bodies ) of the brain to each(passive) is composedWhite matter
of bundles , which connect various gray matter areas ( the locations of nerve cell bodies ) of the brain to each other , and carry nerve impulses between neurons(passive) is composedWhite matter
of bundles of myelinated nerve cell processes ( or _ _ _ _ _ _ _ _ ) , which connect various grey matter areas ( the locations of nerve cell bodies ) of the brain to each other , and carry nerve impulses between(passive) is composedWhite matter
of bundles of myelinated nerve cell processes ( or axons ) , which connect various gray matter areas(passive) is composedWhite matter
of bundles , which connect various grey matter areas ( the locations of nerve cell bodies ) of the brain to each other , and carry nerve impulses between neurons(passive) is composedWhite matter
of bundles , which connect various grey matter areas ( the locations of nerve cell bodies ) of the brain to each other , and carry between neurons(passive) is composedWhite matter
of bundles , which connect various gray matter areas ( the locations of nerve cell bodies ) of the brain to each other(passive) is composedWhite matter
local inflammation in the brain and loss of particular types of cells that support nerve cell function(passive) may be caused byWhite matter hyperintensities
dementia in Alzheimer 's diseaseto influencedementia in Alzheimer 's disease
in large scale communication failures in the brainresultin large scale communication failures in the brain
in cognitive performancecausingin cognitive performance
improvement in cognitive performancecausingimprovement in cognitive performance
in disconnection phenomenaresultingin disconnection phenomena
mainly of myelinated nerve fibersis composedmainly of myelinated nerve fibers
to severe intellectual deficitsleadingto severe intellectual deficits
to motor and executive dysfunctionleadingto motor and executive dysfunction
to dementiacan leadto dementia
hypotoniacausinghypotonia
Myelin loss(passive) may be caused byMyelin loss
radiation myelopathy(passive) caused byradiation myelopathy
in aberrant fluid accumulationresultingin aberrant fluid accumulation
to brain reserve capacity in humansmay contributeto brain reserve capacity in humans
to that arealeadingto that area
from trauma , hypoxia ( insufficient oxygen ) , or ischemia ( insufficient blood flowcan resultfrom trauma , hypoxia ( insufficient oxygen ) , or ischemia ( insufficient blood flow
to acuteleadingto acute
to the inhibition of remyelination of injured axonscontributeto the inhibition of remyelination of injured axons
in turncan ... contributein turn
movement problems(passive) caused bymovement problems
demyelinationcausingdemyelination
to neurological abnormalitiesthus contributingto neurological abnormalities
to depressionmay contributeto depression
fewer movement problems(passive) caused byfewer movement problems
the problems(passive) caused bythe problems
to lower cognitive functioning and presence of fatiguecontributeto lower cognitive functioning and presence of fatigue
to lower cognitive functioning and presence of fatigue after TBIcontributeto lower cognitive functioning and presence of fatigue after TBI
of bundles of axons with myelin sheathscomposedof bundles of axons with myelin sheaths
of bundles of axons with myelincomposedof bundles of axons with myelin
to demyelination and axonal damageleadingto demyelination and axonal damage
of myelinated axons of nerve fibersis ... composedof myelinated axons of nerve fibers
of myelinated axons and glial cellsis ... composedof myelinated axons and glial cells
information processing in the braininfluencesinformation processing in the brain
of Axons of the neuronsis composedof Axons of the neurons
of nerve fibers , or axonsis composedof nerve fibers , or axons
of axons and glial cellsis ... composedof axons and glial cells
of nerve fibers covered with myelin sheathscomposedof nerve fibers covered with myelin sheaths
largely of myelinated axonsis composedlargely of myelinated axons
in the braincomposedin the brain
to gray matterleadingto gray matter