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Urinary bladder

The mucosa of the bladder has a histologic appearance very similar to that of the ureter. Transitional epithelium has characteristic dome-shaped cells at the surface when the bladder is not distended with urine. Dome cells are often bi-nucleated and become flattened when the bladder is distended. A connective tissue layer (lamina propria continuous with submucosa) underlies this epithelium. 400x

Transitional epithelium <p>The mucosa of the bladder has a histologic appearance very similar to that of the ureter.  Transitional epithelium has characteristic dome-shaped cells at the surface when the bladder is not distended with urine.  Dome cells are often bi-nucleated and become flattened when the bladder is distended.  A connective tissue layer (lamina propria continuous with submucosa) underlies this epithelium.  400x</p>

Transitional epithelium

The mucosa of the bladder has a histologic appearance very similar to that of the ureter. Transitional epithelium has characteristic dome-shaped cells at the surface when the bladder is not distended with urine. Dome cells are often bi-nucleated and become flattened when the bladder is distended. A connective tissue layer (lamina propria continuous with submucosa) underlies this epithelium. 400x

Dome cells <p>The mucosa of the bladder has a histologic appearance very similar to that of the ureter.  Transitional epithelium has characteristic dome-shaped cells at the surface when the bladder is not distended with urine.  Dome cells are often bi-nucleated and become flattened when the bladder is distended.  A connective tissue layer (lamina propria continuous with submucosa) underlies this epithelium.  400x</p>

Dome cells

The mucosa of the bladder has a histologic appearance very similar to that of the ureter. Transitional epithelium has characteristic dome-shaped cells at the surface when the bladder is not distended with urine. Dome cells are often bi-nucleated and become flattened when the bladder is distended. A connective tissue layer (lamina propria continuous with submucosa) underlies this epithelium. 400x

Mitochondria <p>The mucosa of the bladder has a histologic appearance very similar to that of the ureter.  Transitional epithelium has characteristic dome-shaped cells at the surface when the bladder is not distended with urine.  Dome cells are often bi-nucleated and become flattened when the bladder is distended.  A connective tissue layer (lamina propria continuous with submucosa) underlies this epithelium.  400x</p>

Mitochondria

The mucosa of the bladder has a histologic appearance very similar to that of the ureter. Transitional epithelium has characteristic dome-shaped cells at the surface when the bladder is not distended with urine. Dome cells are often bi-nucleated and become flattened when the bladder is distended. A connective tissue layer (lamina propria continuous with submucosa) underlies this epithelium. 400x

Connective tissue <p>The mucosa of the bladder has a histologic appearance very similar to that of the ureter.  Transitional epithelium has characteristic dome-shaped cells at the surface when the bladder is not distended with urine.  Dome cells are often bi-nucleated and become flattened when the bladder is distended.  A connective tissue layer (lamina propria continuous with submucosa) underlies this epithelium.  400x</p>

Connective tissue

The mucosa of the bladder has a histologic appearance very similar to that of the ureter. Transitional epithelium has characteristic dome-shaped cells at the surface when the bladder is not distended with urine. Dome cells are often bi-nucleated and become flattened when the bladder is distended. A connective tissue layer (lamina propria continuous with submucosa) underlies this epithelium. 400x

Image source > <p>This image was taken from a slide in the University of New England College of Osteopathic Medicine slide collection.</p>

Image source >

This image was taken from a slide in the University of New England College of Osteopathic Medicine slide collection.