simple cuboidal epithelium
Type Location Function Simple Squamous endothelium (vascular system) mesothelium (body cavities) Bowman's Capsule (kidney) Alveoli (Lungs) Exchange, Barrier Exchange, Lubrication Exchange, Barrier Exchange, Barrier Simple Cuboidal small endocrine ducts ovary kidney tubules Absorption, Conduit Secretion Absorption Simple Columnar small intestine, colon stomach, gastric glands gall bladder Absorption, Secretion Secretion Absorption Pseudostratified trachea, bronchi defernes epididymis Secretion, Conduit Secretion, Conduit Absorption, Conduit Stratified Squamous Epidermis Oral cavity, esophagus vagina Barrier, Protection Stratified Cuboidal Sweat glands, duct Large exocrine ducts anorectal junction Barrier, Conduit Stratified Columnar Largest exocrine ducts anorectal junction Barrier, Conduit Transitional Renal calyces Uterus Bladder, Urethra Barrier (Distensible)
stratified squamos epithelial
Three horizontal lines and two vertical lines create nine regions of the abdomen. “Hypo” refers to “below”, “epi” refers to “above”, “chond-” refers to the cartilage of the rib and “gast-” is in reference to the stomach.The left hypochondrium is the region that the left kidney is located in. This area is one of two regions (left or right) of the abdomen, situated on each side of the epigastrium (above the stomach) and above the lumbar regions.Both are located against the back muscles in the upper abdominal area. They sit opposite each other on both the left and right side of the body; the right kidney, however, sits a little lower than the left to accommodate the size of the liver.Odd enough, this is where the seat of melancholy is supposed to be found.
In the kidney, simple squamous epithelium lines the Bowman's capsule and the glomerulus. In this case, the ability of simple squamous epithelium to provide rapid filtration and diffusion is instrumental to the kidney's function, as the kidney filters about 180 liters of blood per day !
dense fibrous connective tissue
Simple cuboidal epithelium lines the surface of small excretory ducts in various organs and glands in the body and compose some of the kidney tubules in the cortex of the kidney.
Simple cuboidal epithelial tissue lines the surface of the kidney's tubules. These simple cuboidal cells absorb and transport the various substances that are filtered by the kidney.
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).
Transitional epithelium lines the lumen of the ureter. The transitional epithelium is a type of tissue that has multiple layers of epithelial cells that can contract and expand.
T3 and T4
The glands that are found in membranes that line internal body cavities are serous glands.
lines the ducts of some glands and portions of the male urethra
Type Location Function Simple Squamous endothelium (vascular system) mesothelium (body cavities) Bowman's Capsule (kidney) Alveoli (Lungs) Exchange, Barrier Exchange, Lubrication Exchange, Barrier Exchange, Barrier Simple Cuboidal small endocrine ducts ovary kidney tubules Absorption, Conduit Secretion Absorption Simple Columnar small intestine, colon stomach, gastric glands gall bladder Absorption, Secretion Secretion Absorption Pseudostratified trachea, bronchi defernes epididymis Secretion, Conduit Secretion, Conduit Absorption, Conduit Stratified Squamous Epidermis Oral cavity, esophagus vagina Barrier, Protection Stratified Cuboidal Sweat glands, duct Large exocrine ducts anorectal junction Barrier, Conduit Stratified Columnar Largest exocrine ducts anorectal junction Barrier, Conduit Transitional Renal calyces Uterus Bladder, Urethra Barrier (Distensible)
stratified squamos epithelial
It is the endosteum.
Epithelial Tissue are tissue that forms glands, covers surfaces and lines cavities.
Cuboidal epithelium is a type of epithelial tissue that lines the surfaces of small ducts and tubules in various organs of the body. It functions in secretion and absorption, and the cuboidal shape of the cells allows for efficient transport of molecules.