![This is blank.](https://digitalhistology.org/wp-content/themes/histology-unified/imgs/trans.png)
Pseudounipolar neuron
Pseudounipolar neurons extend a single stem process that initially forms a twisted glomerulus-like structure. Thereafter, it branches into central and peripheral processes, which are both functionally and structurally axonal. This branching is not visible in this image. Silver stain, 1000x
![Neuronal cell bodies <p>Pseudounipolar neurons extend a single stem process that initially forms a twisted glomerulus-like structure. Thereafter, it branches into central and peripheral processes, which are both functionally and structurally axonal. This branching is not visible in this image. Silver stain, 1000x</p>](https://digitalhistology.org/wp-content/uploads/2022/11/T.N.Type-15-New-1-ping.png)
Neuronal cell bodies
Pseudounipolar neurons extend a single stem process that initially forms a twisted glomerulus-like structure. Thereafter, it branches into central and peripheral processes, which are both functionally and structurally axonal. This branching is not visible in this image. Silver stain, 1000x
![Stem process <p>Pseudounipolar neurons extend a single stem process that initially forms a twisted glomerulus-like structure. Thereafter, it branches into central and peripheral processes, which are both functionally and structurally axonal. This branching is not visible in this image. Silver stain, 1000x</p>](https://digitalhistology.org/wp-content/uploads/2022/11/T.N.Type-15-New-2-ping.png)
Stem process
Pseudounipolar neurons extend a single stem process that initially forms a twisted glomerulus-like structure. Thereafter, it branches into central and peripheral processes, which are both functionally and structurally axonal. This branching is not visible in this image. Silver stain, 1000x
![Glomerulus <p>Pseudounipolar neurons extend a single stem process that initially forms a twisted glomerulus-like structure. Thereafter, it branches into central and peripheral processes, which are both functionally and structurally axonal. This branching is not visible in this image. Silver stain, 1000x</p>](https://digitalhistology.org/wp-content/uploads/2022/11/T.N.Type-15-New-3-ping.png)
Glomerulus
Pseudounipolar neurons extend a single stem process that initially forms a twisted glomerulus-like structure. Thereafter, it branches into central and peripheral processes, which are both functionally and structurally axonal. This branching is not visible in this image. Silver stain, 1000x
![Axons <p>Pseudounipolar neurons extend a single stem process that initially forms a twisted glomerulus-like structure. Thereafter, it branches into central and peripheral processes, which are both functionally and structurally axonal. This branching is not visible in this image. Silver stain, 1000x</p>](https://digitalhistology.org/wp-content/uploads/2022/11/T.N.Type-15-New-4-ping.png)
Axons
Pseudounipolar neurons extend a single stem process that initially forms a twisted glomerulus-like structure. Thereafter, it branches into central and peripheral processes, which are both functionally and structurally axonal. This branching is not visible in this image. Silver stain, 1000x
![Image source > <p>This image is owned by Dr. Jose Luis Calvo and is used under a royalty-free agreement.</p>](https://digitalhistology.org/wp-content/uploads/2022/11/Calvo.png)
Image source >
This image is owned by Dr. Jose Luis Calvo and is used under a royalty-free agreement.