What is tissue homeostasis?

To function normally, different types of tissues and organs in the body must work consistently regardless of external conditions. Damage to injuries and normal functions can be repaired within the body chemistry. Optimal health is generally dependent on tissue homeostasis, which can be regulated by genetics and molecular processes in cells. The process is regulated by genes and possibly stem cells that some scientists believe can be distinguished into the tissues of the organs to be repaired. Tissue homeostasis usually includes consistency in blood content, organ activity coordination and normal cell function. The function of the body

is usually influenced by activities that occur at the molecular level. Molecules called glycosaminoglycans (GAG) can play a role in the structure of cellular elements and often regulate activity in cells. These functions are usually controlled by the interaction of gags with other proteins that may include varioameric enzymes, growth factor compounds, receptors and molecules that allow proteins to each otherm to stick. Different processes are often responsible for regulating the function and structure of compounds and for interactions between them. When all these are regulated, then tissue homeostasis is generally maintained.

Homeostasis in the body usually relies on the inner balance, which is maintained regardless of environmental factors such as temperature. Processes that may cause aging, neurological degeneration, cell death and wound healing, often cause tissue homeostasis to throw balance. Many neurological and cardiovascular diseases may occur from the imbalance of the body's regulatory functions.

The internal environment of the body is usually controlled by molecularly, the composition of blood and the presence of normal fluid levels between tissues. Demeal neurological activity and endocrine control usually helps to regulate organ activity and complete systems. The body generally consists of elements such as epithelial tilesand connective, muscle and nerve tissue. The function of organ and organ systems are usually important for tissue homeostasis, as well as for the composition of fluids and the structure of body cavities.

tissue homeostasis may also depend on maintenance of body functions such as digestion, breathing, urination and lymphatic control. Skin health is usually important, along with normal skeletal support, muscle movement and reactions between the nervous system and muscles. Some scientists also believe that stem cells can be restored to maintain tissues. The mechanisms connected to the activation of these cells can be connected to the tissue homeostasis and restoration.