What Are The Risk Factors For Siderosis?

Siderosis is a form of pneumoconiosis or lung disease caused by the inhalation of mineral and dust particles. Pneumoconiosis is subcategorized into different types characterized by the type of mineral particles that cause them. The mineral and dust particles inhaled end up settling into the individual's lungs and cause lung inflammation that leads to scarring, stiffening, and hardening of the lungs. These changes that occur in affected individual's lungs are irreversible or permanent and can cause them to have long-term general difficulty with breathing. While severe symptom manifestations of siderosis itself are generally uncommon, complications such as chronic obstructive pulmonary disease (COPD) and emphysema can produce severe symptoms. There is no cure for any forms of pneumoconiosis, but treatment can help prevent severe complications and alleviate some problematic symptoms in patients. Individuals who work in certain conditions around materials are at a higher risk of developing siderosis. Learn more now.

Exposure To Iron Oxide Dust

Individuals who work in environments where iron oxide dust is present are at a higher risk than others of developing siderosis. Iron oxide is a title used to characterize a span of numerous chemical compounds formed from oxygen and iron. The most prevalent form of iron oxide on earth is rust, which occurs when moisture reacts with oxygen and iron. Iron oxide dust is an insoluble reddish brown or crystal black powder commonly utilized in the pigments for paints within the orange, black, brown, red, and yellow range. Iron oxide dust is also used as a jewelers rouge to place the final polish on various metallic products. Iron oxide is used in the industry of technology, purification, and production of metals called metallurgy. The iron compound has to go through a number of different processes between its initial mining and the end of the factory line of whichever industry has utilized it. While all workers who come in regular contact with iron oxide particles are at a higher risk for siderosis, those who work specifically with the heating of iron-containing materials are the most susceptible.

Learn about the next risk factor linked to siderosis now.