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of the cell bodies of neurons which carry out the and spinal cord(passive) is composedthe gray matter
mainly of nerve cell bodies(passive) is composedThe gray matter
primarily of nerve cell bodies(passive) is composedGrey matter
of neurons and connections(passive) is composedGrey matter
of unmyelinated neurons(passive) is composedGrey matter
the cortical neuronscomposingthe gray matter
of interneurons , which connect two neurons each located in different parts of the body(passive) is also composedGray matter
of the neuronal cell bodies ( see module , “ Neurons(passive) is composedThe gray matter
of neurons and their supporting cells(passive) is composedThe gray matter
of Neurons , ( Nerve Cells(passive) is composedGray Matter
mainly of neuron cell bodies(passive) is composedGray matter
of neuronal cell bodies and unmyelinated axons(passive) is mainly composedGrey matter
of neuronal cell bodies , dendrites , glial cells , and capillaries(passive) is primarily composedGray matter
of nerve cell bodies ( soma ) that hold the nuclei ( the “ engines ” ) of each nerve cell(passive) is composedGray matter
of the cell bodies , dendrites and nonmyelinated axons of neurons(passive) is composedGray matter
largely(passive) is composedGray matter
that stressful events appearedto causegray matter
of cell bodies , dendrites , unmyelinated axons , protoplasmic astrocytes ( astrocyte subtype ) , satellite oligodendrocytes ( non - myelinating oligodendrocyte subtype ) , microglia , and very few myelinated axons(passive) is composedGrey matter
of neuronal cell bodies and dendrites concentrated in the outer layers of the cortex(passive) is composedGrey matter
of neurons , the brain cells that store information(passive) is composedGrey matter
of densely packed nerve cells { neurons(passive) is mostly composedGrey matter
of billions of neurons with trillions of synaptic connections(passive) is composedThe gray matter
of the neurons with branches called axons and dendrites(passive) is composedGray matter
of the actual neurons ( nerve cell bodies ) which are capable of generating and maintaining the electrical impulses / signals that are the basis for the proper functioning of the nervous system(passive) is composedGrey matter
of what 3 structures : 1)nerve cell bodies 2)their dendritic processes 3 ) glial cells(passive) is composedThe gray matter
of neuronal cell bodies , dendritic extensions , and(passive) is composedGrey matter
of nerve cell bodies and white matter of fibres that connect various parts of the grey matter together(passive) is composedGrey matter
of glial cell processes interweaving complexly with neurons(passive) is composedGray matter
of glial cells that provide energy and nutrients to neurons(passive) is composedGray matter
translated into reex responses without neurons which carry out the(passive) is composedthe gray matter
of neuronal cell bodies , glial cells , and capillaries(passive) is composedGray matter
of neuronal cell bodies , capillaries , glial bodies , and neuropil(passive) is composedGray matter
of neurons that pertain to motor or sensory function and is located on the inside of the cord(passive) is composedGray matter
of neural cell bodies(passive) is composedGrey matter
of neurones that communicate with each other by releasing a number of different chemical transmitters onto and between other neurons(passive) is composedGray matter
of about 100 billion neuronal cells that are interconnected via trillions of synapses(passive) is composedThe gray matter
of cell bodies of nerves in the brain(passive) is composedGray matter
of the main cell bodies in the cortices(passive) is composedThe gray matter
of cell bodies , interneurons , and unmyelinated fibers(passive) is composed primarilyThe gray matter
of brain cell bodies and related matter(passive) is composedGray matter
of neuronal cell bodies , dendrites , and synapsesis composedof neuronal cell bodies , dendrites , and synapses
of neuronal cell bodies and gliaprimarily composedof neuronal cell bodies and glia
of cell bodies of neurons ( nerve cellsis composedof cell bodies of neurons ( nerve cells
of neuron cell bodies located deep within the white matter of the cerebrum ( fig . 8.11composedof neuron cell bodies located deep within the white matter of the cerebrum ( fig . 8.11
primarily of neuronal cell bodies , dendrites , and glial cellscomposedprimarily of neuronal cell bodies , dendrites , and glial cells
of dead neurons and synapsescomposedof dead neurons and synapses
of neurons and other brain cellscomposedof neurons and other brain cells
of Neurons & Cell BodiesComposedof Neurons & Cell Bodies
of neuronal cell bodies located deep within white mattercomposedof neuronal cell bodies located deep within white matter
of neuron cell bodies and synapsesis composedof neuron cell bodies and synapses
mostly of neuron cell bodiescomposedmostly of neuron cell bodies
largely of neuronal cell bodies and plays a significant role in muscle control and sensory perceptionis composedlargely of neuronal cell bodies and plays a significant role in muscle control and sensory perception
of aggregations of neuronsis composedof aggregations of neurons
in our brains’ve createdin our brains
of neuropils and the cell bodies of neuronscomposedof neuropils and the cell bodies of neurons
in increased brainresultingin increased brain
brain developmentcontributesbrain development
nerves and braincomposesnerves and brain
a healthier braincreatinga healthier brain
grey areas when grey areas comes to explicitly tracking how someone converts from a prospect to a customercreatesgrey areas when grey areas comes to explicitly tracking how someone converts from a prospect to a customer
of neurons and helps the brain process informationis ... composedof neurons and helps the brain process information
of cell bodies of neurons and unmyelinated fiberscomposedof cell bodies of neurons and unmyelinated fibers
of cell bodies of interneurons and motor neuronscomposedof cell bodies of interneurons and motor neurons
chiefly of nerve cellscomposedchiefly of nerve cells
of large masses of cell bodies , dendrites and unmyelinated axonsis composedof large masses of cell bodies , dendrites and unmyelinated axons
of brain cells called neurons , and white mattercomposedof brain cells called neurons , and white matter
of cell bodies of neurons , capillaries and glial cellscomposedof cell bodies of neurons , capillaries and glial cells
primarily of nerve cell bodies ... white matter ... however ... mainly from pathwaysis composedprimarily of nerve cell bodies ... white matter ... however ... mainly from pathways
and segmented neuroimaging data , usually from the local or average distance between the white matter surface and the pial surface ( pia = protective membrane surrounding the brainsetand segmented neuroimaging data , usually from the local or average distance between the white matter surface and the pial surface ( pia = protective membrane surrounding the brain
the local circuit neurons that coordinate axial and proximal limb musclesinfluencethe local circuit neurons that coordinate axial and proximal limb muscles
of unmyelinated neurons as opposed to white matter ( myelinated neuronsis composedof unmyelinated neurons as opposed to white matter ( myelinated neurons
to improved muscle control and sensory perceptionleadsto improved muscle control and sensory perception
brain tissue lossis creatingbrain tissue loss
processing centers in the braincreatesprocessing centers in the brain
Approximately 60 % of the brain ’s(passive) is composedApproximately 60 % of the brain ’s
of clusters of cell bodiescomposedof clusters of cell bodies
largely of cell bodiescomposedlargely of cell bodies
of millions up on millions of nerve cellscomposedof millions up on millions of nerve cells
of the cell bodies of cells including motor neurons and interneuronscomposedof the cell bodies of cells including motor neurons and interneurons
of neurons and supportive glial cellscomposedof neurons and supportive glial cells