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Terminals

This electron micrograph shows the terminal bouton of a synapse terminating on a dendritic spine.  Dendritic spines provide sites for excitatory input to the neuron.  Note the transmitter vesicles and the well-developed post-synaptic density in the bouton. 25,000x

Dendritic spine <p>This electron micrograph shows the terminal bouton of a synapse terminating on a dendritic spine.  Dendritic spines provide sites for excitatory input to the neuron.  Note the transmitter vesicles and the well-developed post-synaptic density in the bouton.  25,000x</p>

Dendritic spine

This electron micrograph shows the terminal bouton of a synapse terminating on a dendritic spine.  Dendritic spines provide sites for excitatory input to the neuron.  Note the transmitter vesicles and the well-developed post-synaptic density in the bouton.  25,000x

Terminal bouton <p>This electron micrograph shows the terminal bouton of a synapse terminating on a dendritic spine.  Dendritic spines provide sites for excitatory input to the neuron.  Note the transmitter vesicles and the well-developed post-synaptic density in the bouton.  25,000x</p>

Terminal bouton

This electron micrograph shows the terminal bouton of a synapse terminating on a dendritic spine.  Dendritic spines provide sites for excitatory input to the neuron.  Note the transmitter vesicles and the well-developed post-synaptic density in the bouton.  25,000x

 - Neurotransmitter vesicles <p>This electron micrograph shows the terminal bouton of a synapse terminating on a dendritic spine.  Dendritic spines provide sites for excitatory input to the neuron.  Note the transmitter vesicles and the well-developed post-synaptic density in the bouton.  25,000x</p>

- Neurotransmitter vesicles

This electron micrograph shows the terminal bouton of a synapse terminating on a dendritic spine.  Dendritic spines provide sites for excitatory input to the neuron.  Note the transmitter vesicles and the well-developed post-synaptic density in the bouton.  25,000x

Post-synaptic density <p>This electron micrograph shows the terminal bouton of a synapse terminating on a dendritic spine.  Dendritic spines provide sites for excitatory input to the neuron.  Note the transmitter vesicles and the well-developed post-synaptic density in the bouton.  25,000x</p>

Post-synaptic density

This electron micrograph shows the terminal bouton of a synapse terminating on a dendritic spine.  Dendritic spines provide sites for excitatory input to the neuron.  Note the transmitter vesicles and the well-developed post-synaptic density in the bouton.  25,000x

Shaft of the dendrite <p>This electron micrograph shows the terminal bouton of a synapse terminating on a dendritic spine.  Dendritic spines provide sites for excitatory input to the neuron.  Note the transmitter vesicles and the well-developed post-synaptic density in the bouton.  25,000x</p>

Shaft of the dendrite

This electron micrograph shows the terminal bouton of a synapse terminating on a dendritic spine.  Dendritic spines provide sites for excitatory input to the neuron.  Note the transmitter vesicles and the well-developed post-synaptic density in the bouton.  25,000x

Astrocyte processes > <p>Astrocytic processes are frequently seen associated with synapses where they monitor neurotransmitter levels.  Astrocyte processes can be distinguished by the presence of glycogen granules in their cytoplasm.</p>

Astrocyte processes >

Astrocytic processes are frequently seen associated with synapses where they monitor neurotransmitter levels.  Astrocyte processes can be distinguished by the presence of glycogen granules in their cytoplasm.

 - Glycogen granules <p>Astrocytic processes are frequently seen associated with synapses where they monitor neurotransmitter levels.  Astrocyte processes can be distinguished by the presence of glycogen granules in their cytoplasm.</p>

- Glycogen granules

Astrocytic processes are frequently seen associated with synapses where they monitor neurotransmitter levels.  Astrocyte processes can be distinguished by the presence of glycogen granules in their cytoplasm.