Digital Histology
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Bipolar neuron

A dendrite originates in the organ of Corti and extends to a bipolar, neuronal cell body located in this spiral ganglion.  From the opposite pole of the cell body, an axon emerges which will join other axons to form the cochlear division of cranial nerve VIII.  Ensheathing Schwann cells can also be seen accompanying both processes.  400x

Dendrites <p>A dendrite originates in the organ of Corti and extends to a bipolar, neuronal cell body located in this spiral ganglion.  From the opposite pole of the cell body, an axon emerges which will join other axons to form the cochlear division of cranial nerve VIII.  Ensheathing Schwann cells can also be seen accompanying both processes.  400x</p>

Dendrites

A dendrite originates in the organ of Corti and extends to a bipolar, neuronal cell body located in this spiral ganglion.  From the opposite pole of the cell body, an axon emerges which will join other axons to form the cochlear division of cranial nerve VIII.  Ensheathing Schwann cells can also be seen accompanying both processes.  400x
Neuronal cell bodies <p>A dendrite originates in the organ of Corti and extends to a bipolar, neuronal cell body located in this spiral ganglion.  From the opposite pole of the cell body, an axon emerges which will join other axons to form the cochlear division of cranial nerve VIII.  Ensheathing Schwann cells can also be seen accompanying both processes.  400x</p>

Neuronal cell bodies

A dendrite originates in the organ of Corti and extends to a bipolar, neuronal cell body located in this spiral ganglion.  From the opposite pole of the cell body, an axon emerges which will join other axons to form the cochlear division of cranial nerve VIII.  Ensheathing Schwann cells can also be seen accompanying both processes.  400x
Axons <p>A dendrite originates in the organ of Corti and extends to a bipolar, neuronal cell body located in this spiral ganglion.  From the opposite pole of the cell body, an axon emerges which will join other axons to form the cochlear division of cranial nerve VIII.  Ensheathing Schwann cells can also be seen accompanying both processes.  400x</p>

Axons

A dendrite originates in the organ of Corti and extends to a bipolar, neuronal cell body located in this spiral ganglion.  From the opposite pole of the cell body, an axon emerges which will join other axons to form the cochlear division of cranial nerve VIII.  Ensheathing Schwann cells can also be seen accompanying both processes.  400x
Schwann cells <p>A dendrite originates in the organ of Corti and extends to a bipolar, neuronal cell body located in this spiral ganglion.  From the opposite pole of the cell body, an axon emerges which will join other axons to form the cochlear division of cranial nerve VIII.  Ensheathing Schwann cells can also be seen accompanying both processes.  400x</p>

Schwann cells

A dendrite originates in the organ of Corti and extends to a bipolar, neuronal cell body located in this spiral ganglion.  From the opposite pole of the cell body, an axon emerges which will join other axons to form the cochlear division of cranial nerve VIII.  Ensheathing Schwann cells can also be seen accompanying both processes.  400x
Bone <p>A dendrite originates in the organ of Corti and extends to a bipolar, neuronal cell body located in this spiral ganglion.  From the opposite pole of the cell body, an axon emerges which will join other axons to form the cochlear division of cranial nerve VIII.  Ensheathing Schwann cells can also be seen accompanying both processes.  400x</p>

Bone

A dendrite originates in the organ of Corti and extends to a bipolar, neuronal cell body located in this spiral ganglion.  From the opposite pole of the cell body, an axon emerges which will join other axons to form the cochlear division of cranial nerve VIII.  Ensheathing Schwann cells can also be seen accompanying both processes.  400x
Main SlideDendritesNeuronal cell bodiesAxonsSchwann cellsBone