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The Left Ventricle of the Heart The left ventricle is one of the four hollow chambers of the heart. Being the largest chamber, it has an ovular form and it occupies the majority of the left anterior and lateral planes of their heart. Additionally, it occupies most of the apex of the heart. The walls of the left ventricle are somewhat thicker and stronger than that of the ideal ventricle. The thicker walls of the left ventricle encourage its massive workload of draining blood in great pressure from the center. As the left atrium contracts, the mitral valve opens, which releases kept oxygen rich blood into the left ventricle. The left ventricle fills on this blood then it contracts forcefully and the aortic valve opens. The left ventricle pushes the blood through the aortic valve to the aorta at which it leaves the heart and can be spread through the entire body. Because of this the left ventricle is a major part of the systemic circulation process. For the center to do correctly, the purposes of the left ventricle should also perform correctly. It ought to relax quickly after every contraction so that the bronchial blood saved at the left atrium can fill it immediately. On the other hand, it should also contract quickly and using a lot of power to push this critical blood to the aorta. The pressure and pressure in the left ventricle needs to be strong enough to overcome the aortic pressure so the blood tends to push forward. The strain of the left ventricle also needs to be strong enough to stretch the aorta to accommodate abrupt increases in blood volume. To keep the needs of their body, the left ventricle has to be able to swiftly accommodate its pumping capability signaled from the nervous system. By way of example, the left ventricle must increase its pumping capacity signaled b.. .