reticular lamina
connective tissue *No. of cells are less. * matrix is in large amount * cells donot on basement membrane. *three types:connective tissue skeletal tissue liquid connective tissue Epithelial tissue *A large no. of cells occurs in the tissue *matrix is absent or negligible. *cells rest on basement membrane. *two types:simple epithelium stratified epithelium
Blood is a connective tissue. Blood cells like erythrocytes are cells, while the plasma makes up the matrix. Together, they form the only fluid tissue in your body.
The meninges are a layer of connective tissue that protects the central nervous system from the rest of the body. They surround the brain and continue through the foramen magnum to surround the spinal cord.
72 percent of Oxygen is delivered to tissues at rest in cooperative binding.
Some factors include: the amount of blood flow to the tissue, age, general health, occupation, continued use, lack of protection of the damaged area, lack of rest, adding heat in the first 12 hours, drinking alcohol and massage or rubbing the tissues.
connective tissue *No. of cells are less. * matrix is in large amount * cells donot on basement membrane. *three types:connective tissue skeletal tissue liquid connective tissue Epithelial tissue *A large no. of cells occurs in the tissue *matrix is absent or negligible. *cells rest on basement membrane. *two types:simple epithelium stratified epithelium
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.
Epithelial tissue - generally forms surfaces over and around things. They line ducts, glands, blood vessels, skin, and the GI and reproductive tracts of the body. They generally have protective, secretory/absorptive, and chemical modification functions in the body. Connective tissue - these hold other tissues together. They are composed of a cellular component, a fluid ground substance, and a fibrous protein matrix. Connective tissues are very diverse in form and function. For example, cartilage and bone are connective tissues; so is blood. Muscular tissue - cardiac, striated, and smooth muscle cells. These convert chemical and electrical energy into movement. Muscles as a whole, however, are composed of all four types of tissue. Neural tissue - these are made of neurons and glial cells, and have a role in communication and control of the rest of the body.
Epithelial tissue - generally forms surfaces over and around things. They line ducts, glands, blood vessels, skin, and the GI and reproductive tracts of the body. They generally have protective, secretory/absorptive, and chemical modification functions in the body. Connective tissue - these hold other tissues together. They are composed of a cellular component, a fluid ground substance, and a fibrous protein matrix. Connective tissues are very diverse in form and function. For example, cartilage and bone are connective tissues; so is blood. Muscular tissue - cardiac, striated, and smooth muscle cells. These convert chemical and electrical energy into movement. Muscles as a whole, however, are composed of all four types of tissue. Neural tissue - these are made of neurons and glial cells, and have a role in communication and control of the rest of the body.
The tissues found in the brain are gray matter and white matter. The gray matter is made up of unmyelinated neurons and it is the area of nerve connections and processing. The white matter is made up of myelinated neurons that connect the regions of gray matter to each other and the rest of the body. The white matter acts as the main information path that speeds up connection between the brain and distant parts of the body.
The heart has more than two tissues, and each fulfills a specific function. For instance, the muscle tissue of the heart creates force to move blood. The endocardium provides a smooth surface to decrease the risk of clots. The connective tissue of the chordae tendineae is strong to hold the valve leaflets.
Blood is a connective tissue. Blood cells like erythrocytes are cells, while the plasma makes up the matrix. Together, they form the only fluid tissue in your body.
According to the theory of Tunica-corpus, the dermal tissue is derived from tunica and the rest of the tissues namely ground tissue and vascular tissue systems are derived from the corpus. This theory has been accepted by a large number of botanists.
The tissue lining your inner nasal passages is made from ectoderm. However, the rest of the respiratory tract lining is made of endoderm.
It is made of body cells just like the rest of your body cells-tissues-organs-systoms-your body
Xylem moves water upward and Phloem move food and nutrients downward to the roots.
There are two types of vascular tissue in a plant. Phloem, which conveys food from the leaves to the rest of the plant, and xylem which conveys water from the roots to the rest of the plant.