complex tissues are made up of more than one type of cell.They are both conducting tissues and constitute a vascular bundle,Where as simple tissues is parenchyma type of permanent tissues in some situations, it contains chlorophyll and performs photosynthesis, and then it is called chlorenchyma.
Their apparent number of layers;simple epithelium with a single-layer offer less protection than Stratified epithelium having multiple layers. Also, simple epithelium functions in moving materials across its surface.
Stratified tissue describes tissue that has more than one layer of cells. This type of tissue is common in areas of the body that require protection or support, such as the skin and lining of the mouth and esophagus.
Kleenex, Puffs, Puffs Plus and so on.
Nervous tissue is not a true stratified tissue. It is composed of neurons and glial cells, and is classified as a specialized type of tissue rather than stratified based on cell layers.
There are four categories: Squamous â?? Cells are flat. Cuboidal â?? Cells are boxlike, with same height as width. Columnar â?? The cells are taller than wide. Transitional epithelium â?? Cells can vary from full/balloon-like to flattened, according to the distention of the organ they line. The three classifications by cell layers are: Simple - one cell thickness; Stratified - by appearance of uppermost cells; Pseudostratified - columnar structure that appears stratified, but isn't, due to the crowding of adjacent cells.
Epithelial tissue is classified as simple (single layer of cells) or stratified (multiple layers of cells). Simple epithelium is found in areas where absorption and filtration occur, while stratified epithelium is found in areas subject to mechanical stress and protection, such as skin.
Their apparent number of layers;simple epithelium with a single-layer offer less protection than Stratified epithelium having multiple layers. Also, simple epithelium functions in moving materials across its surface.
No, Stratified Squamous epithelium tissue lines the esophagus.
Stratified tissue describes tissue that has more than one layer of cells. This type of tissue is common in areas of the body that require protection or support, such as the skin and lining of the mouth and esophagus.
Kleenex, Puffs, Puffs Plus and so on.
simple tissue has only one layer of cells stratified has 2 to 20 or layers of cells the deepest layer attached to the basement membrane
The order of epithelial tissue in terms of increasing protectiveness is simple squamous epithelium, simple cuboidal epithelium, simple columnar epithelium, stratified cuboidal epithelium, stratified columnar epithelium, and finally stratified squamous epithelium. Simple squamous epithelium provides minimal protection, primarily facilitating diffusion and filtration, while stratified squamous epithelium offers the highest level of protection against abrasion and injury. The transition from simple to stratified and the change in cell shape from squamous to columnar also reflect increased protective functions.
Nervous tissue is not a true stratified tissue. It is composed of neurons and glial cells, and is classified as a specialized type of tissue rather than stratified based on cell layers.
The epidermis is made up of stratified squamous epithelium.
"its in the protista family"not true. glands are composed of glandular epithelial tissue and lined with either simple or stratified cuboidal epithelium. glands lined with stratified cuboidal epithelium include: mammary, sweat, and salivary glands and the pancreas.
stratified squamous epithelium
There are four categories: Squamous â?? Cells are flat. Cuboidal â?? Cells are boxlike, with same height as width. Columnar â?? The cells are taller than wide. Transitional epithelium â?? Cells can vary from full/balloon-like to flattened, according to the distention of the organ they line. The three classifications by cell layers are: Simple - one cell thickness; Stratified - by appearance of uppermost cells; Pseudostratified - columnar structure that appears stratified, but isn't, due to the crowding of adjacent cells.