It is called pneumothorax. "Pneumo" is the medical root word for "air" or "lung(s)". "Thorax is the medical root word for "chest" or "chest cavity". Never be intimidated by "medicalese" or "medical technobabble". All those intimidating sounding words are made of simple building blocks, namely medical root words. You can always look them up on Wikipedia or at The National Institute of Health's website: nih.gov/ (-:
This condition is known as pneumothorax, which occurs when air leaks into the space between the lungs and the chest wall, leading to lung collapse and difficulty breathing. It can be caused by trauma, lung disease, or medical procedures. Treatment may involve draining the air and allowing the lung to re-expand.
The thoracic cavity is the anatomical region with the lungs being situated inside the right and left pleural cavities that flank the pericardial cavity .
The cavity inside the trunk of the body is called the thoracic cavity. It houses the heart and lungs and is surrounded by the ribs and chest muscles. The diaphragm separates the thoracic cavity from the abdominal cavity below.
Those in the Thoracic Cavity are the heart and lungs. ' The Abdominal Cavity holds the digestive organs.
When the diaphragm is pulled down, the volume of the thoracic cavity increases, and the air pressure in the thoracic cavity decreases. This causes inhalation.
Neither. The main cavity is called the abdominopelvic cavity. A sub-cavity inside that is the pelvic cavity. That is where you will find the organs of reproduction. The dorsal cavity is along your back and skull. The thoracic is where your heart and lungs are. The abdominal cavity is a sub-cavity of the abdominopelvic cavity, its where your stomach and other related organs are.
reduces intra-thoracic pressure which creates suction that draws air into lungs
No, the heart is placed more towards the left lung, anterior to the vertebral column and posterior to the sternum. That is why in 95% of the world population there are only two lobes on the left lung and three on the right.
Increasing the size of the thoracic cavity allows for the lungs to expand, creating negative pressure inside the chest cavity. This negative pressure pulls air into the lungs, facilitating inhalation. Additionally, it helps to maintain airflow and efficient gas exchange in the respiratory system.
When the volume of the thoracic cage decreases, the pressure inside the thoracic cavity increases. This increased pressure aids in exhalation by forcing air out of the lungs.
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The term for organs inside the ventral body cavity is visceral organs. These organs are located within the thoracic and abdominal cavities and include the heart, lungs, stomach, liver, and intestines.