transitional
Transitional
The inner lining of the urinary bladder is formed by transitional epithelium. This specialized type of epithelial tissue allows the bladder to stretch and expand to accommodate urine without tearing.
Transitional epithelium tissue is found in stretchy organs like the urinary bladder. This tissue is designed to stretch and recoil as the organ expands and contracts, allowing for flexibility and barrier function.
transitional epithelium
Epithelial tissue,smooth tissue
Transitional epithelium, also known as urothelium, is the type of epithelial tissue found in the bladder lining. It is specialized to accommodate the stretching and recoiling of the bladder as it fills and empties. This tissue is composed of multiple layers of cells that can change shape to accommodate different bladder volumes.
The type of epithelial tissue that lines the urinary tract are a special form of epithelium cells. These cells allow the tract to stretch.
The epithelial tissue is primarily found in the mucosa layer of the digestive tract. This layer consists of epithelial cells that line the inner surface of the tract, providing a protective barrier and facilitating absorption of nutrients.
Pseudostratified. The bladder is the only organ with that type of tissue. The answer above is wrong! the urinary bladder is composed of transitional epithelium with an underlying connective tissue. the transitional epithelium allows the bladder t expand in order to fill it with urine and relax when urine is released.
Some examples of epithelial tissue are: Simple squamous (found lining the blood vessels), simple cuboidal (lines kidney tubules), Pseudostratified columnar (lines the respiratory passage), and transitional (inner lining of urinary bladder).
Yes, you could say so. These cells appear to be square with a rounded surface when the organ or the tube in which they are found is not stretched. When the organ or tube is stretched (e.g. when the bladder is filled with urine), the tissue is compressed and the cells become stretched and more flat.
The bladder is suboptimally distended with no gross abnormalities?