endocrine (where the secretions are put directly into the bloodstream) or exocrine (where the secretions are carried to the epithelial surfaces)
Epithelial tissue can be classified by their shape and how they are layered.
Their different shapes are squamous, which is thin and flat. Cuboidal, which is short, cylindrical, and somewhat cube-shaped. And the last shape is called columnar, which looks like columns or cylinders.
Their different layering arrangements consist of simple, which is made of one layer of cells. The other is stratified, which is in two or more layers, one stacked above the other, or on the basement layer. And the last one is pseudostratified, which is made of one layer with irregular lengths.
stratified epithelia,glandular epithelium,simple epithelium
I believe it's the arrangement of cells into layers and the shapes if the cells
By cell layer one or more than one,and shape.
Simple and compound epithelial tissues
simple and stratified yea :)
endocrine (where the secretions are put directly into the bloodstream) or exocrine (where the secretions are carried to the epithelial surfaces)
The cells of an epithelial tissue is arrange in two ways. It is organized in sheets in a single layer called simple epithelia or arrange in layers called stratified epithelia.
They are generally classified by size and shapeEpithelial tissue is classified according to:1. The number of cell layersSimplePseudostratifiedStratified2. The shape of the cellsSquamousCuboidalColumnarMixed/Varied3. Whether the cells are ciliated or unciliatedSo examples of epithelial tissue using this classification would beSimple squamous (found in the lungs and kidneys)Simple cuboidal (found in the lining of the stomach and fallopian tubes)Ciliated pseudostratified columnar (found lining the nasal cavity)
No. All epithelial sheets rest upon and are supported by connective tissue Just deep to the basal lamina is the reticular lamina a layer of extracellular material containing a fine network of collagen protein fiber that belongs to the underlying connective tissue. Together the two laminae form the basement membrane.
dense irregular connective tissue which makes up the dermis and epithelial tissue which makes up the epidermis
Simple and compound epithelial tissues
Nerve tissue and Epithelial tissue would be my guess. But I am no expert, just a homeschooling mom.
Epithelial, for it has a glandular subdivisions.Epithelial TissueEpithelial Tissue's main purpose is to cover surfaces, and line the cavities. This means it also works with glands, glands are groups of cells specialized to produce a substance that is sent out to other parts of the body.There are two types of glands that go with Epithelial Tissue:1) Exocrine glands: these are the ducts that carry out the secretion, such as sweat, or oil for your hair follicles.2) Endocrine Glands: This depends on the blood flowing through the duct to carry the secretions to another organ. These secretions are hormones.Thus meaning that since the Endocrine Glands go with the Epithelial tissue it means that Epithelial tissue forms hormones.
endocrine (where the secretions are put directly into the bloodstream) or exocrine (where the secretions are carried to the epithelial surfaces)
The cells of an epithelial tissue is arrange in two ways. It is organized in sheets in a single layer called simple epithelia or arrange in layers called stratified epithelia.
It consists of two cells. The epidermal cells and the guard cells.
Two ways are by temperature and brightness
The two ways are: Heterogeneous Homogeneous
They are generally classified by size and shapeEpithelial tissue is classified according to:1. The number of cell layersSimplePseudostratifiedStratified2. The shape of the cellsSquamousCuboidalColumnarMixed/Varied3. Whether the cells are ciliated or unciliatedSo examples of epithelial tissue using this classification would beSimple squamous (found in the lungs and kidneys)Simple cuboidal (found in the lining of the stomach and fallopian tubes)Ciliated pseudostratified columnar (found lining the nasal cavity)
Speed and distance
Two ways are by temperature and brightness
No. All epithelial sheets rest upon and are supported by connective tissue Just deep to the basal lamina is the reticular lamina a layer of extracellular material containing a fine network of collagen protein fiber that belongs to the underlying connective tissue. Together the two laminae form the basement membrane.