Learning More About Connective Tissue and Their Functionality

One of the main business dissertation structures orthopedic doctors deal with while operating on injuries are connective tissue. But what are they ? How do they affect our anatomy?

Connective tissue are widespread tissues in the body and serve to connect structures and provide support. For example, connective tissue joins other tissues to each other, muscles to bone, and bone to bone. Connective tissues are composed of cells embedded in a non-living matrix. The nature of the matrix, rather than the cells themselves, determines the function of a particular type of connective tissue. Connective tissues consist predominantly of intercellular material interspersed among relatively few cells. Blood is also considered a connective tissue because it consists of a fluid matrix with cells suspended within.

Some connective tissues have the consistency of soft gels, which are firm but flexible, while others are Public dmv practice test is owned and operated by the state or local government, such as a vocational school or community college. hard, though and rigid, like those found dgfev online casino sometimes while eating meat. They are made up of many components. Many types of connective tissues are formed from the same substance made up of a mixture of salts, water, protein and carbohydrates. Embedded in this substance are cells and fibers. Among the cells and fibers are elastic fibers for elasticity, collagen fibers for strength, reticular fibers for support, microphages and white blood cells to fight infection, fat cell fir storage and plasma cells to produce antibodies.

One or more of the three fibers (collagen, reticular and elastic) is contained in connective tissue:

1. Collagen Fibers: tough, strong fibers that form the mayor fibrous component of the skin, tendons, cartilage, ligaments and teeth. They are made of the amino acids glycine, proline, lysine, hydroxiproline and hydroxylysine. Collagen gives connective tissue its versatility because of its ability to interconnect with other molecules and minerals and thereby form an alloy of sorts, with a higher tensile strength than its separate parts. Collagen fibers occur in bundles, which gives it great tensile strength.
2. Reticular Fibers: delicate, supportive fibers of connective tissue that occur in networks and support delicate structures such as capillaries and nerve endings.
3. Elastic Fibers: elastic and extendible.

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