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Bipolar neuron

Bipolar neurons in the adult are found in organs of special sense, such as the cochlea of the inner ear, shown here.  A dendrite originates in the organ of Corti (receptor for hearing) and extends to the cell body of a bipolar neuron in the spiral ganglion.  From the opposite pole of that cell body, an axon emerges to form the cochlear division of cranial nerve VIII.  200x

Organ of Corti <p>Bipolar neurons in the adult are found in organs of special sense, such as the cochlea of the inner ear, shown here.  A dendrite originates in the organ of Corti (receptor for hearing) and extends to the cell body of a bipolar neuron in the spiral ganglion.  From the opposite pole of that cell body, an axon emerges to form the cochlear division of cranial nerve VIII.  200x</p>

Organ of Corti

Bipolar neurons in the adult are found in organs of special sense, such as the cochlea of the inner ear, shown here.  A dendrite originates in the organ of Corti (receptor for hearing) and extends to the cell body of a bipolar neuron in the spiral ganglion.  From the opposite pole of that cell body, an axon emerges to form the cochlear division of cranial nerve VIII.  200x
Dendrites <p>Bipolar neurons in the adult are found in organs of special sense, such as the cochlea of the inner ear, shown here.  A dendrite originates in the organ of Corti (receptor for hearing) and extends to the cell body of a bipolar neuron in the spiral ganglion.  From the opposite pole of that cell body, an axon emerges to form the cochlear division of cranial nerve VIII.  200x</p>

Dendrites

Bipolar neurons in the adult are found in organs of special sense, such as the cochlea of the inner ear, shown here.  A dendrite originates in the organ of Corti (receptor for hearing) and extends to the cell body of a bipolar neuron in the spiral ganglion.  From the opposite pole of that cell body, an axon emerges to form the cochlear division of cranial nerve VIII.  200x
Neuronal cell bodies <p>Bipolar neurons in the adult are found in organs of special sense, such as the cochlea of the inner ear, shown here.  A dendrite originates in the organ of Corti (receptor for hearing) and extends to the cell body of a bipolar neuron in the spiral ganglion.  From the opposite pole of that cell body, an axon emerges to form the cochlear division of cranial nerve VIII.  200x</p>

Neuronal cell bodies

Bipolar neurons in the adult are found in organs of special sense, such as the cochlea of the inner ear, shown here.  A dendrite originates in the organ of Corti (receptor for hearing) and extends to the cell body of a bipolar neuron in the spiral ganglion.  From the opposite pole of that cell body, an axon emerges to form the cochlear division of cranial nerve VIII.  200x
Axons <p>Bipolar neurons in the adult are found in organs of special sense, such as the cochlea of the inner ear, shown here.  A dendrite originates in the organ of Corti (receptor for hearing) and extends to the cell body of a bipolar neuron in the spiral ganglion.  From the opposite pole of that cell body, an axon emerges to form the cochlear division of cranial nerve VIII.  200x</p>

Axons

Bipolar neurons in the adult are found in organs of special sense, such as the cochlea of the inner ear, shown here.  A dendrite originates in the organ of Corti (receptor for hearing) and extends to the cell body of a bipolar neuron in the spiral ganglion.  From the opposite pole of that cell body, an axon emerges to form the cochlear division of cranial nerve VIII.  200x
Cochlear branch of cranial nerve VIII <p>Bipolar neurons in the adult are found in organs of special sense, such as the cochlea of the inner ear, shown here.  A dendrite originates in the organ of Corti (receptor for hearing) and extends to the cell body of a bipolar neuron in the spiral ganglion.  From the opposite pole of that cell body, an axon emerges to form the cochlear division of cranial nerve VIII.  200x</p>

Cochlear branch of cranial nerve VIII

Bipolar neurons in the adult are found in organs of special sense, such as the cochlea of the inner ear, shown here.  A dendrite originates in the organ of Corti (receptor for hearing) and extends to the cell body of a bipolar neuron in the spiral ganglion.  From the opposite pole of that cell body, an axon emerges to form the cochlear division of cranial nerve VIII.  200x
Bone <p>Bipolar neurons in the adult are found in organs of special sense, such as the cochlea of the inner ear, shown here.  A dendrite originates in the organ of Corti (receptor for hearing) and extends to the cell body of a bipolar neuron in the spiral ganglion.  From the opposite pole of that cell body, an axon emerges to form the cochlear division of cranial nerve VIII.  200x</p>

Bone

Bipolar neurons in the adult are found in organs of special sense, such as the cochlea of the inner ear, shown here.  A dendrite originates in the organ of Corti (receptor for hearing) and extends to the cell body of a bipolar neuron in the spiral ganglion.  From the opposite pole of that cell body, an axon emerges to form the cochlear division of cranial nerve VIII.  200x
Main SlideOrgan of CortiDendritesNeuronal cell bodiesAxonsCochlear branch of cranial nerve VIIIBone