This micrograph is showing cells of the peritoneum. In this view, the squamous cells lie flat. The nuclei (N) are stained red. 

This micrograph is showing a small blood vessel. The epithelial lining cells (E) are so thin, they can only be recognized by their nuclei.

This micrograph has two different type of epithelial tissues. 

The micrograph shows the cells lining the tubules of the kidneys.

In this micrograph, we see that simple cuboidal layers of epithelium are arranged as tubes.

The cells surrounding the duct of this salivary gland are stratified cuboidal epithelial cells.  

Simple columnar cells are periodically seperated by large goblet cells. 

The micrograph shows a section of the gallbladder inner lining. 

This micrograph is showing a section of the fallopian tube inner lining.

The cells of interest are the ones surrounding the passageways. 

Though it may appear to be multiple layers, this is a single layer of cells attached to the basement membrane. 

This micrograph is showing a section of a bronchus (large airway) inner lining.  

A goblet cell is present within the cells of interest.

This micrograph shows the layers (strata) of the epidermis.

This micrograph is showing a section of cervix inner lining.  

This micrograph is showing a section of the epidermis (the most superficial layer of the skin).

This micrograph is a portion of the iner lining of the urinary bladder.

Binucleated cells (B) can be viewed at the free surface. 

This micrograph is showing a section of a salivary gland with the exocrine duct in the center.

This micrograph is showing a section of the inner lining of the bladder.

This micrograph is showing cells from the inner lining of the digestive tract.