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Restrictive lung diseases are a category of extrapulmonary, pleural, or parenchymal respiratory diseases that restrict lung expansion, [2] resulting in a decreased lung volume, an increased work of breathing, and inadequate ventilation and/or oxygenation. Pulmonary function test demonstrates a decrease in the forced vital capacity.
It is the main cause of restrictive lung disease that is intrinsic to the lung parenchyma. In contrast, quadriplegia [16] and kyphosis [17] are examples of causes of restrictive lung disease that do not necessarily involve pulmonary fibrosis.
Extrapulmonary restriction is a type of restrictive lung disease, indicated by decreased alveolar ventilation with accompanying hypercapnia.It is characterized as an inhibition to the drive to breathe, or an ineffective restoration of the drive to breathe.
Aluminosis (also known as aluminium lung) is a restrictive lung disease caused by exposure to aluminum-bearing dust. [1] Aluminosis is a form of pneumoconiosis that can lead to pulmonary fibrosis. [2] First cases of lung damage from aluminium exposure were reported in the 1930s in Germany. It can be detected by using high-resolution computed ...
Signs of the underlying disease causing the fibrothorax are also occasionally seen on the X-ray. [6] A CT scan may show features similar to those seen on a plain X-ray. [7] Lung function testing typically demonstrates findings consistent with restrictive lung disease. [6]
Conditions that limit the ability of the lung tissue to exchange oxygen and carbon dioxide between the blood and the air within the lungs. Any disease which can damage the lung tissue can fit into this category. The most common causes are (in no particular order) infections, interstitial lung disease, and pulmonary edema. Causes of respiratory ...
Exposure to coal dust is the cause of coalworker's pneumoconiosis, also called "black lung disease", is an interstitial lung disease caused by long-term exposure (over 10 years) to coal dust. Symptoms include shortness of breath and lowered pulmonary function. It can be fatal when advanced.
Chest Imaging: either chest x-ray or CT scan, must show bilateral opacities that cannot be fully explained by other conditions such as effusion, lung/lobar collapse, or lung nodules. Origin of Edema: respiratory failure that cannot be fully explained by cardiac failure or fluid overload, this needs objective assessment such as an echocardiogram .