Bipolar neuron
In most cases, special sensory stimuli are transduced by receptor cells and the signal is carried by a dendrite toward the cell body. An axon leaves the cell body from its opposite pole to form a cranial nerve that enters the brain. Axonal and dendritic processes cannot be differentiated in this image. Vestibular ganglion of the ear 1200x
Neuronal cell bodies
In most cases, special sensory stimuli are transduced by receptor cells and the signal is carried by a dendrite toward the cell body. An axon leaves the cell body from its opposite pole to form a cranial nerve that enters the brain. Axonal and dendritic processes cannot be differentiated in this image. Vestibular ganglion of the ear 1200x
Neuronal processes
In most cases, special sensory stimuli are transduced by receptor cells and the signal is carried by a dendrite toward the cell body. An axon leaves the cell body from its opposite pole to form a cranial nerve that enters the brain. Axonal and dendritic processes cannot be differentiated in this image. Vestibular ganglion of the ear 1200x
Schwann cell nuclei
In most cases, special sensory stimuli are transduced by receptor cells and the signal is carried by a dendrite toward the cell body. An axon leaves the cell body from its opposite pole to form a cranial nerve that enters the brain. Axonal and dendritic processes cannot be differentiated in this image. Vestibular ganglion of the ear 1200x
Capillaries
In most cases, special sensory stimuli are transduced by receptor cells and the signal is carried by a dendrite toward the cell body. An axon leaves the cell body from its opposite pole to form a cranial nerve that enters the brain. Axonal and dendritic processes cannot be differentiated in this image. Vestibular ganglion of the ear 1200x
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