Pleurisy is also called pleurisy . Both terms designate the same situation: an inflammation of the thoracic membrane known as the pleura.
The pleura is a thin tissue that lines the lungs and separates them from the chest wall. Actually, the pleura has two parts; one of them is attached to the lung and the other to the chest wall itself.
Between the two laminae of the pleura there is a tiny space. This space is known as virtual because it does not exist or is made evident, unless something occupies it. Air can occupy this space, constituting a pneumothorax. Likewise, a liquid substance can make it, constituting a pleural effusion.
It is not uncommon for pleurisy to be associated with pleural effusion. When the pleura is inflamed it can produce inflammatory fluid that is deposited in the pleural space. This indicates that different disorders of the pleura can respond to the same cause.
Causes of pleurisy
The causes of pleurisy are different. These are some of the disorders that can cause inflammation of the pleura:
Autoimmune diseases: some autoimmune diseases are capable of attacking the pleura. This is the case with rheumatoid arthritis, for example, which is a cause of pleurisy.
Lung cancer: oncological disease of the respiratory system can attack the pleura. Sometimes the pleural membranes become inflamed due to proximity to the primary tumor, and other times because lung cancer metastases lodge in the pleura.
Pneumonia: when suffering from pneumonia, be it of bacterial or viral origin, the pleura becomes inflamed by the same infectious process.
Mycosis: there are fungi that infect humans, precisely in their internal organs, and that can take the pleura as a base. Fungal pleuritis is difficult to treat because antifungals take a long time to use to start working and because the access of drugs to the pleura is not as fast as it happens with other organs.
Chest trauma : trauma to the chest and to the side of the chest wall, more precisely to the ribs, are associated with pleurisy. Inflammation happens out of solidarity and closeness to neighboring structures.
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