Microglia
Multipolar cell
Oligodendrocyte
Pseudounipolar
Astrocyte
Astrocytes
Oligodendrocytes
Amphicytes
Schwann cells
Microglia
Astrocytes
Ependymal cells
Both a and b are correct
Neither a nor b are correct
GSE fibers
Dorsal root ganglia
Robinson
Grey Matter of the CNS
White Matter of the PNS
Axons
Dendrites
Astrocytes
A and c
A and d
Gray matter of the CNS
White matter of the CNS
Both a and b are correct
Grey matter of the PNS
White matter of the PNS
None of the above are correct
Boutons
Cell body
Axon
Axonal termini
All of the above
None of the above
Telodendron
Bouton
Axonal terminus
All of the following
Dorsal horn of the spinal cord
Dorsal root ganglion
Dorsal primary ramus
Ventral primary ramus
All of the above
A and b
A, c, and d
None of the above
Anodendritic
Anoaxonal
Somatosomatic
Dendrodendritic
Axosomatic
Sensory neurons
Connector or interneurons
Motor neurons
Goldgi type II neurons
Gray matter of the CNS
White matter of the CNS
Dorsal Root Ganglia
Ventral Ganglia
A and c
None of the above
Robinson
Substantia nigra
Pons
Medulla
Pia matter
Dorsal root ganglia
A and e
None of the above
Dura, arachnoid, pia
Pia, arachnoid, dura
Arachnoid, dura, pia
Arachnoid, pia, dura
Dura, pia, arachnoid
None of the above
Axosomatic
Axoaxonal
Axodendritic
Somatodendritic
Somatosomatic
Oxaloacetate
Acetyl co-enzyme A
ATP
Isocitrate
A nerve tract is the name given to a fiber in the CNS
The supporting cell of a mylenated nerve fiber in the CNS is called an Oligodendrocyte.
A Node of Ranvier are absent from mylenated nerve fibers in the CNS
The major dense line of myelin consists of two inner layers of plasma membrane that are fused together
Multipolar
Bipolar
Unipolar
Pseudounipolar
Microglia
Multipolar cell
Oligodendrocytes
Schwann cell
Astrocytes
True
False
Ask Robinson
Astrocytes
Oligodendrocytes
Amphicytes
Schwann cells
Microglia
Astrocytes
Oligodendrocytes
Microglia
Both a and b are correct
None of the above
Schwann Cells
Oligodendrocytes
Amphicytes
Astrocytes
Smooth ER
Polysomes
Free ribosomes
B and c only
None of the above
Transneuronal degeneration
Chromatolysis
Both and and b are correct
Neither a nor b are correct
Telodendron
Bouton
Axonal terminus
All of the following
Nuclei
Lamina
Ganglia
Both a and b are correct
All of the above are correct
First node of Ranvier
Distal dendrites
Axon hillock
Proximal dendrites
Soma
Neural tube
Neural crest
Both a and b are correct
Neither a and b are correct
Neural tube
Neural crest
Mesodermal edemas
Ependymal cells
Both b and c are correct
Derived from the neuroepithelium on the neural tube
Derived from the neural crest
Both a and b
Neither a nor b
Cerebral cortex
Cerebellar cortex
Dorsal root ganglia
Anterior horn of the spinal cord
Sympathetic ganglia
Schwann cells
Astrocytes
Epineurium
Axons
Myelin sheaths
Fibrous astrocyte
Oligodendrocyte
Microglia
Schwann cell
Protoplasmic astrocyte
Cerebral cortex
Central canal or the spinal cord
Choroids plexus of the capillary network
Ventricular cavities of the cerebral hemispheres
Venticular cavity of the diencephalon
Astrocytes
Nonfenestrated capillaries
Both a and b are correct
Neither a nor b are correct
True
False
Ask Robinson
Is responsible for the synthsis of peptides and proteins
Is activated by RNA
Both a and b are correct
Neither a nor b are correct
Bipolar
Multipolar
Oligodendrocytes
Pseudounipolar
Unipolar
Arachnoid matter
Astrocytes
Both a and b are correct
Neither a nor b are correct
The axon is not covered by glial cells
Axons from other neurons participate to axoaxonic communication
Both a and b are correct
Neither a nor b are correct
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