Transitional Epithelium permits expansion and recoil after stretching without damage. It's found in the urinary bladder, renal pelvis, and ureters. It's called transitional because the appearance of the epithelium changes as stretching occurs.
Transitional epithelium cells can stretch. They can be found in organs that have the ability to stretch such as the bladder.
Squamous epithelium is also called as the pavement epithelium.
The urinary bladder and ureters are lined with transitional epithelium. This tissue allows the bladder to stretch when full and contract when empty. It looks like cuboidal epithelium when the bladder is contracted, and like stratified epithelium when distended.
simple squamous epithelium
glandular epithelium are specialized for secretion. lining epithelium simply line organs like the stomach.
Transitional epithelium stretches and recoils would be found in lines of the ureters, urinary bladder, as well as part of the urethra.
Transitional epithelium cells can stretch. They can be found in organs that have the ability to stretch such as the bladder.
transitional epithelium
Probably Rope. As it elongates, it stretches like muscles. Then it relaxes as it is not forced..
Transitional epithelium cells can stretch. They can be found in organs that have the ability to stretch such as the bladder.
The thin sheet of muscle is called the diaphragm. It relaxes and contracts to help us inhale and exhale.
Stretches are important as it relaxes the muscles, so exercising would be more rewarding and also because pulling a muscle wouldn't be nice thing to go through.
Squamous epithelium is also called as the pavement epithelium.
Relaxes is a verb; the third person singular of the verb to relax (relaxes, relaxing, relaxed).
The urinary bladder and ureters are lined with transitional epithelium. This tissue allows the bladder to stretch when full and contract when empty. It looks like cuboidal epithelium when the bladder is contracted, and like stratified epithelium when distended.
pseudostratified ciliated columnar epithelium
simple squamous epithelium