What is Hemidiafragm?

Hemidiafragm is the right or left half of the membrane, the muscle intersection of the torso that separates the thoracic cavity on which the heart and lungs are located, from the abdominal cavity, which contains stomach, intestines and other organs of digestion and waste. Because this muscle is shaped as an umbrella, Hemi refers to one semicircular half. When contacting, it facilitates breathing by pulling down and allowing the lung to spread, allowing inhalation to be inhaled. Right hemidiafragma can be stronger than left, which is more susceptible to injury such as muscle rupture. Where both halves meet at the highest point, the membrane connects to the xiphoid chest process, the lowest point on the chest in the center of the chest. It has other side dishes on the lower six ribs hooded inside the surfaces and in the lower spine on the lumbar vertebrae. Here it attaches the spine and on the Lumbocost arches. Immediately on both sides of the spine, each LumboCost arch is a fibrous edge surrounding the hole through which the main muscles of the PSOAS pass through.

The

membrane is pierced at several points along its center, where it passes through structures such as the spine and esophagus, with the right and left hemidiafragm lying on both sides. Yet they act as a unit, withdrawing and expanding every time when breathing is taken. During the inhalation, the membrane closes and pulls out of the thoracic cavity. The suction created by this contraction allows the lungs to be filled with air and expands in the thoracic cavity, while during the exhalation the lungs blow out, the diaphragm is released and the abdominal is pulled and pushed out.

The ALSO membrane contraction put pressure on the abdominal cavity, so this muscle also works to allow vomiting, urination and defecation. However, due to the amount of pressure it can create, the excessive stress of this muscle can lead to injuries, such as hernia or rupture of a muscle in which muscle tearing from the bone or other structure to which it connects. These injuries occur more often in the left hemidiafragm than inThe right side that has liver protection and which has proved stronger, probably due to the way in which the muscle fuse in the uterus.