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19 wrz 2023 · The chest, properly called the thorax, is the superior part of the trunk located between the neck and abdomen. It consists of several components: Thoracic wall. Several cavities. Neurovasculature and lymphatics. Internal organs. Breasts.
- Interchondral Joints
Interchondral joints. Interchondral joints are synovial...
- Major Arteries, Veins and Nerves of The Body
Neurovasculature of the shoulder and arm (diagram) When we...
- Sternocostal Joints
Sternochondral joint (Articulatio sternochondrales)...
- Costochondral Joint
Costochondral joints (Articulationes costochondrales) The...
- Pleura
The pleura is a double-layered serous membrane that covers...
- Bronchial Veins
Bronchial veins (Venae bronchiales) Bronchial veins are...
- Interchondral Joints
20 sty 2018 · The chest is the area of origin for many of the body’s systems as it houses organs such as the heart, esophagus, trachea, lungs, and thoracic diaphragm.
In humans and other hominids, the thorax is the chest region of the body between the neck and the abdomen, along with its internal organs and other contents. It is mostly protected and supported by the rib cage , spine , and shoulder girdle .
The heart is a major organ in the thorax and is situated in the middle mediastinum of the thoracic cavity and is associated with many great vessels. The heart contains four chambers and the wall of the heart itself is made up of 3 separate layers.
Explore the anatomy of the human thorax. This comprehensive guide covers the thoracic cavity's vital structures and their functions. Learn more here.
20 lut 2023 · Your thoracic cavity is a space in your chest that contains organs, blood vessels, nerves and other important body structures. It’s divided into three main parts: right pleural cavity, left pleural cavity and mediastinum.
6 sty 2024 · The lungs are the major organs of respiration. They are located in the chest, either side of the mediastinum. The function of the lungs is to oxygenate blood. They achieve this by bringing inspired air into close contact with oxygen-poor blood in the pulmonary capillaries.
