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Simple cuboidal epithelium

The ovary is covered by a simple cuboidal epithelium, composed of a single row of cube-shaped cells.  The nuclei of cuboidal cells are usually spherical, reflecting the equal height and width dimensions of these cells.  This is one of the few examples of a simple cuboidal epithelium that is not lining a tubular structure.  400x, 1000x

Simple cuboidal epithelium <p>The ovary is covered by a simple cuboidal epithelium, composed of a single row of cube-shaped cells.  The nuclei of cuboidal cells are usually spherical, reflecting the equal height and width dimensions of these cells.  This is one of the few examples of a simple cuboidal epithelium that is not lining a tubular structure.  400x, 1000x</p>

Simple cuboidal epithelium

The ovary is covered by a simple cuboidal epithelium, composed of a single row of cube-shaped cells.  The nuclei of cuboidal cells are usually spherical, reflecting the equal height and width dimensions of these cells.  This is one of the few examples of a simple cuboidal epithelium that is not lining a tubular structure.  400x, 1000x
- Nuclei <p>The ovary is covered by a simple cuboidal epithelium, composed of a single row of cube-shaped cells.  The nuclei of cuboidal cells are usually spherical, reflecting the equal height and width dimensions of these cells.  This is one of the few examples of a simple cuboidal epithelium that is not lining a tubular structure.  400x, 1000x</p>

- Nuclei

The ovary is covered by a simple cuboidal epithelium, composed of a single row of cube-shaped cells.  The nuclei of cuboidal cells are usually spherical, reflecting the equal height and width dimensions of these cells.  This is one of the few examples of a simple cuboidal epithelium that is not lining a tubular structure.  400x, 1000x
- Free surface <p>The ovary is covered by a simple cuboidal epithelium, composed of a single row of cube-shaped cells.  The nuclei of cuboidal cells are usually spherical, reflecting the equal height and width dimensions of these cells.  This is one of the few examples of a simple cuboidal epithelium that is not lining a tubular structure.  400x, 1000x</p>

- Free surface

The ovary is covered by a simple cuboidal epithelium, composed of a single row of cube-shaped cells.  The nuclei of cuboidal cells are usually spherical, reflecting the equal height and width dimensions of these cells.  This is one of the few examples of a simple cuboidal epithelium that is not lining a tubular structure.  400x, 1000x
- Basal surface <p>The ovary is covered by a simple cuboidal epithelium, composed of a single row of cube-shaped cells.  The nuclei of cuboidal cells are usually spherical, reflecting the equal height and width dimensions of these cells.  This is one of the few examples of a simple cuboidal epithelium that is not lining a tubular structure.  400x, 1000x</p>

- Basal surface

The ovary is covered by a simple cuboidal epithelium, composed of a single row of cube-shaped cells.  The nuclei of cuboidal cells are usually spherical, reflecting the equal height and width dimensions of these cells.  This is one of the few examples of a simple cuboidal epithelium that is not lining a tubular structure.  400x, 1000x
Connective tissue > <p>All epithelia are underlain by connective tissue. Immediately beneath the cells is a layer of loose connective tissue (red arrows) that can be of variable thickness.  Below the loose connective tissue is a layer of dense irregular connective tissue (black double arrows).</p>

Connective tissue >

All epithelia are underlain by connective tissue. Immediately beneath the cells is a layer of loose connective tissue (red arrows) that can be of variable thickness.  Below the loose connective tissue is a layer of dense irregular connective tissue (black double arrows).
Main SlideSimple cuboidal epithelium - Nuclei - Free surface - Basal surfaceConnective tissue >