What is the coronary circulation?
It is easy to think of the heart as an organ that gives blood to all other organs. It helps to circulate the blood around the body so that all tissues in the body receive oxygenated blood. While the heart works, it is equally easy to forget that the heart muscle tissue needs blood to succeed and work as well. Fortunately, the body has a solution, coronary circulation. Basically, this describes the function of coronary arteries and veins while maintaining a strong and healthy muscle of the heart through an exposure of oxygen and blood distribution.
A simple explanation of coronary circulation is difficult to find. Most people basically have two coronary arteries that are responsible for oxygenating all heart tissues. They give the surface, muscles and walls of the heart structure and may have areas where they turn or are thinner or larger depending on the supplied structure. Both tend to come from aorta or valve that comes directly from the hearts sends blood -rich blood to the body and are usually divided into left and right coronary arteriesy.
Every artery (and in some cases has third people) is responsible for supplying oxygen to some part of the heart. The heart must also have a mechanism to get rid of blood that now has a low oxygen content after the tissue supply. This is done through coronary veins that carry the blood away, directly back to the heart. It will then be drawn into the lungs for re -oxygenation before it becomes part of the coronary circulation.
Another way of thinking about coronary circulation is that oxygenated blood completes the circle in the heart and directly in front of the heart. After the blood reaches the aorta, the coronary artery lifts something and redistributes it into the heart tissues. The coronary vein catches and folds blood right back to the right side of Heart on a quick trip to the lungs.
No matter how scientifically it is described, people should not underestimate the importance of coronary circulation. Lack of oxygen to tissue results in deathTissues and when tissues in the heart begin to die, all types of heart function can be significantly disturbed. Narrow or blocked coronary arteries can create a constant source of heart damage and death of the heart muscle or tissue and immediately need to repair the whole body to work better. It is therefore necessary to maintain coronary circulation of the highest possible function to maintain integrity in the organ, which gives the entire body with oxygenated blood.