Practice quiz about neuroanatomy exam multiple choice section. Take this quiz and test your knowledge on neuroanatomy.
Basket cells, granule cells, golgi cells, stellate cells
Pyramidal cells, granule cells, basket cellas, golgi cells
Pyramidal cells, cortical spinal cells, stellate cells, golgi cells
Golgi cells, Granule cells
Pyramdial cells, Purkinji cells
Molecular cells, Golgi cells
Spiral wrappings of Schwann cell membranes around axons, interupted periodically by nodes of Ranvier.
Are involved in the axonal guiding but they are not known to have any phagocitic funciton
Princicple output neurons of the cerebral cortex which are excitatory and use the transmitter glutamine.
These cells myelinate axons (help influence conduction), and hold multiple axons together.They contribute to the maintenance of extracellular chemical balance, and are involved in some metabolic processes together with neurons.
Multiply and become phagocytic to dispose of pathogens and neuronal debris. The morphology can change dramatically in reponse to injury.
Line the ventricular system and regulate chemical movement between the CSF and ECF of the CNS
Grey matter tissues
White matter tissues
Membrane of a cell
Microglia
Oligodendrocytes
Ependymal cells
Choroid plexus within the ventricles
Granule cells within the molecular layer
Folia within the ventricles
Subcortical regions
Intercortical regions
Endocortical regions
Located on the lateral surface of the frontal lobe. It contains the primary motor area
Located on the medial surface of the frontal lobe. It contains the somatosensory area
Located on the lateral surface of the frontal lobe. It contains the somatosensory area
3, 1, 2 (The lateral postcentral gyrus)
4 (precentral gyrus)
17 (postcentral gyrus)
Putamen and globus pallidus
Grey matter and globus pallidus
Putamen and grey matter
Striatel cells bridging
Internal capsule white matter tract
Myelineated cells bridging
Hypokinetic disorder involving the basal ganglia; it is a progressive neurological disorder characterised by the death of dopamingeric neurons in the pars compacta of the substantia nigra. Sx ridged, slow and reduced movements
Hypokinetic disorder involving the basal ganglia; it is a progressive neurological disorder characterised by the death of dopamingeric neurons in the pars compacta of the substantia nigra. Sx ridged, slow and reduced movements
Death of dopamingeric neurons in the pars compacta (motor control) of the substantia nigra.
Death of dopamingeric neurons in the pars compacta (motor control) of the substantia nigra.
Contralateral inferior olivary nucleus
Glia of the peripheral nervous system
Contralateral superior nucleus
The pineal gland, habenular nuclei and posterior commisure
The habencular nuclei, anterior commisure and pituatory gland
The posterior commisure, pineal gland and inferior commisure
Medial to VPL/VPM (ventral posteriomedial/ventral postereolateral)
Lateral to VPL/VPM (ventral posteriomedial/ventral posterolateral)
Inferior to VPL/VPM (ventral/posteriomedial/ventral posterolateral)
The mamillary body and the anterior thalamus
The mamillary body and the posterior thalamus
Thr mamillary body and the superior thalamus
Ventral posterior nucleus (VPL/VPM)
Ventral superior nucleus (VPL/VPS)
Hypothalamic nucleus (VPM/VPS)
Medial geniculate nucleus
Lateral genciulate nucleus
Superior geniculate nucleus
The dorsomedial hypothalamic nucleus
The dorsolateral hypothalamic nucleus
The antimedial hypothalamic membrane
Tentorium cerebelli/preoccipital notch
Tentorim cerebelli/postoccipital notch
Preoccipital notch/angular gyrus
Spino-cerebellum (Ant. and Post. Lobe)
The posterior cerebellar lobe
The Anterior cerebellar lobe
The cerebellar tonsils
The cerebrum
The brain stem
Middle cerebellar peduncle
Superior cerebellar peduncle
Inferior cerebellar peduncle
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