What is the relationship between the circulatory system and homeostasis?

One of the main ways of the circulatory system and homeostasis is inseparably interconnected is through their interdependence to maintain healthy “set points” in many organ systems and signaling wages of the body. Maintaining the environment in the body depends on the relationship between the circulatory system and homeostasis more direct and apparent way. This important relationship can be seen when basic chemicals, nutrients and other materials are transported from the external environment or other organs and supplied through the blood and plasma of the circulatory system to the places that are needed. On the other hand, it is a circulatory system that transports waste from cells involved in the metabolism of these materials to remove from the body. If any of these primary imports of imports or exports become radically impaired, the body may fail to fulfill their lives or accumulation of toxin to cause pathological disease or metabolic poisoning.

The relationship between the circulatory system and the homeostasis is relevant to every living tissue in the body. Life is supported by blood flow initiated by heart muscle contraction, which must be sufficiently strong and show significant consistency in order to supply the necessary materials in sufficient cells to maintain the homeostatic function of their associated tissue. Perhaps the most important substance that is transported to individual cells is oxygen. The vast majority of cells in the body depend primarily on oxygen to create chemical reactions that maintain a homeostatic balance that includes primary survival functions such as overall body temperature control. After the completion of these cellular chemical reactions, if the circulatory system does not work with the metabolic waste oxide oxide carbon dioxide, body cells, tissues and organs would suffocate and eventually died.

In relation to the circulatory system and homeostasis, many factors are considered. Numerous "setPoints "ensure that the inner environment surrounding every body cell is healthy and permanent, despite the inevitable changes that are introduced into the homeostatic equation. The relationship observed between the circulatory system and homeostasis is largely created by the system capable of changing body fluids; Connection with the central nervous system to adjust the factors such as salinity, acidity and temperature.