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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>

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>

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>

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>

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>

Image source >

This image is owned by Dr. Jose Luis Calvo and is used under a royalty-free agreement.

Main Slide Neuronal cell bodies Stem process Glomerulus Axons Image source >