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of three parts : a cell body , an axon , and dendrites(passive) are composedneurons
of three main parts : the cell body , the axon , and dendrites(passive) are composedNeurons
a soma , or cell body , a dendritic tree and an axon(passive) are typically composedNeurons
of three main parts : dendrites , a cell body , and an axon the cell body(passive) are composedNeurons
of a soma ( cell body ) , dendrites , axon , and bouton(passive) are composedNeurons
of the cell body ( dendrites ) , axon , and presynaptic terminal(passive) are composedNeurons
of the cell body , the axon and the axon terminal(passive) are composedNeurons
of three essential parts : the cell body , the dendrites and the axon(passive) are composedNeurons
of the cell body , dendrites and axons , and myelin(passive) are composedNeurons
of 3 main compartments : dendrites , a cell body , and an axon(passive) are composedNeurons
of dendrites , cell body with organelles and axon(passive) are composedNeurons
the reduced ability of our brainto createneurons
of a main cell body , a single major axon for outgoing electrical signals , and a varying number of dendrites to conduct(passive) are composedNeurons
of a cell body ( soma , perikaryon ) , dendrites and an axon(passive) are composedNeurons
of 4 main areas : 1 ) Soma - cell body(passive) are composedNeurons
toxic substances that are by - products of inflammatory processes.12(passive) caused byneurons
stem cells in your braincreateneurons
amyloid beta plaques in the brain cortex and hippocampus(passive) caused byneurons
excitatory neurotransmitters ( like Glutamate(passive) caused byneurons
he can massage his braintriggeringneurons
of a cell body decorated with long processes — the dendrites and the axon(passive) are composedNeurons
of a cell body and an axon , a long wire - like tail that carries electrical messages to other neurons(passive) are composedNeurons
traumatic brain injury ( TBI(passive) caused byneurons
disease or injury(passive) caused byneurons
pathological conditions such as Alzheimer ’s disease(passive) caused byneurons
90 Brain would continueto createneurons
amyloid - beta plaques that accumulate in the brain of people with Alzheimer ’s(passive) caused byneurons
of nerve fibers that connect from the cell body to other neurons , muscles , and glands(passive) are composedNeurons
of a nucleus and cell body with one axon and up to 100,000 dendrites(passive) are composedNeurons
Its anti - inflammatory abilitypreventsneurons
an abnormal accumulation of proteins in the brain(passive) caused byneurons
experimental glutathione depletion.(6(passive) caused byneurons
of a cell body , which contains the nucleus and organelles ; Dendrites which are extensions Unit Three(passive) are composedNeurons
of : · Nucleus : The brain or control center of the cell · Dendrites : Bring electrical signals to the cell body(passive) are composedNeurons
Next Document : Multiple telencephalic and extratelencephalic embryonic domainscontributeneurons
Chalasani ’s new methodcan influenceneurons
New Method for MakingCould LeadNeurons
diseases such as Alzheimer ’s or Parkinson(passive) caused byneurons
of three main elements : dendrites that are specialized for receiving signals from other cells , the cell body , and the axon that is specialized for conduction of the neural impulse(passive) are composedNeurons
brain injury as an excess of glutamate(passive) caused byneurons
in cell death and brain shrinkageresultingin cell death and brain shrinkage
to cell death and degenerationleadingto cell death and degeneration
in nerve cell death and brain atrophyresultingin nerve cell death and brain atrophy
to neuronal death and neurodegenerationultimately leadingto neuronal death and neurodegeneration
retrograde neuronal deathto preventretrograde neuronal death
in damage to the brain cellsresultingin damage to the brain cells
to cell death ( Park , 2008leadingto cell death ( Park , 2008
to neuritic damages and cell deathledto neuritic damages and cell death
to accumulation of protein aggregates and cell deathleadingto accumulation of protein aggregates and cell death
in the hypothalamus region of the brainoriginatingin the hypothalamus region of the brain
to neurodegenerative diseases and neuronal deathleadingto neurodegenerative diseases and neuronal death
to Ca2 + influx and eventual cell deathleadingto Ca2 + influx and eventual cell death
massive calcium entry and cell deathtriggeringmassive calcium entry and cell death
to cell death via apoptotic cascadesleadingto cell death via apoptotic cascades
inflammation in the braincreatinginflammation in the brain
memory in the braincreatingmemory in the brain
in the brain during adulthoodare createdin the brain during adulthood
in brain dysfunctionresultingin brain dysfunction
in temporary neuronal dysfunction and apoptotic cell deathresultingin temporary neuronal dysfunction and apoptotic cell death
in delayed neuronal death by phagoptosis after brain ischaemia or inflammationresultingin delayed neuronal death by phagoptosis after brain ischaemia or inflammation
in brain atrophy associated with memory loss or dementiaresultingin brain atrophy associated with memory loss or dementia
to a large brainleadingto a large brain
a more efficient brainthus creatinga more efficient brain
during brain developmentcreatedduring brain development
to cell death in Alzheimer 's , Parkinson 's , and infections of the brain and the CNScan contributeto cell death in Alzheimer 's , Parkinson 's , and infections of the brain and the CNS
in problems in the normal transmission of impulses through neurons and cell deathresultingin problems in the normal transmission of impulses through neurons and cell death
in lower brain activity and memory lossresultingin lower brain activity and memory loss
in the brain stem that descend to the dorsal horn of the spinal cordoriginatingin the brain stem that descend to the dorsal horn of the spinal cord
ischemic brain injuryto causeischemic brain injury
from cell bodies situated in the brain stemoriginatingfrom cell bodies situated in the brain stem
to epileptic seizuresleadingto epileptic seizures
to brain damage and death by about age 5 Silicosis and Asbestosisleadingto brain damage and death by about age 5 Silicosis and Asbestosis
from wild - type and Alzheimer 's mutation knock - in embryonic stem cells by a highly efficient differentiation protocol ' , Journal of Neuroscience , volcreatedfrom wild - type and Alzheimer 's mutation knock - in embryonic stem cells by a highly efficient differentiation protocol ' , Journal of Neuroscience , vol
to an increased brain plasticity4leadingto an increased brain plasticity4
in higher brain functionresultsin higher brain function
the brain to riddle with holescausingthe brain to riddle with holes
to dampen brain wavesdesignedto dampen brain waves
way to brain curesto leadway to brain cures
to improved brain healthleadingto improved brain health
in loss of brain tissueresultsin loss of brain tissue