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Nucleolus

This neuron shows a euchromatic nucleus with a well-defined nucleolus.  The nucleolus is the site of ribosomal RNA transcription and the initial assembly of ribosomes.  Nuclei generally have one nucleolus; however, multiple nucleoli are common in highly active cells, such as liver cells.  1000x

Nucleus <p>This neuron shows a euchromatic nucleus with a well-defined nucleolus.  The nucleolus is the site of ribosomal RNA transcription and the initial assembly of ribosomes.  Nuclei generally have one nucleolus; however, multiple nucleoli are common in highly active cells, such as liver cells.  1000x</p>

Nucleus

This neuron shows a euchromatic nucleus with a well-defined nucleolus.  The nucleolus is the site of ribosomal RNA transcription and the initial assembly of ribosomes.  Nuclei generally have one nucleolus; however, multiple nucleoli are common in highly active cells, such as liver cells.  1000x

 - Nucleolus <p>This neuron shows a euchromatic nucleus with a well-defined nucleolus.  The nucleolus is the site of ribosomal RNA transcription and the initial assembly of ribosomes.  Nuclei generally have one nucleolus; however, multiple nucleoli are common in highly active cells, such as liver cells.  1000x</p>

- Nucleolus

This neuron shows a euchromatic nucleus with a well-defined nucleolus.  The nucleolus is the site of ribosomal RNA transcription and the initial assembly of ribosomes.  Nuclei generally have one nucleolus; however, multiple nucleoli are common in highly active cells, such as liver cells.  1000x

Nissl substance > <p>Nissl substance is a unique aggregation of rough endoplasmic reticulum and polysomes in neurons.</p>

Nissl substance >

Nissl substance is a unique aggregation of rough endoplasmic reticulum and polysomes in neurons.

Artifactual space > <p>During fixation, tissue shrinkage occurs; however, different components of the tissue shrink at different rates.  This results in the formation of artifactual spaces which are not present in living tissue.</p>

Artifactual space >

During fixation, tissue shrinkage occurs; however, different components of the tissue shrink at different rates.  This results in the formation of artifactual spaces which are not present in living tissue.