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Benzene and Aplastic Anemia

Aplastic anemia occurs when the bone marrow fails to produce blood cells. It can make people more prone to infection and bleeding. It can affect anyone of any age but peaks in incidence are observed in children and those aged between 20 and 25.

People who are exposed to organic pesticides, herbicides and paint thinners or removers are at a higher risk of developing anemia aplastic.

Benzene

Inhaling or absorption of benzene could cause damage to the blood-forming cells of the bone marrow. These cells are precursors to all blood cell kinds. Exposure to benzene over time can cause leukemia or other blood disorders that are serious.

Exposure to benzene can trigger Acute Myelogenous Leukemia, Myelodysplastic Syndrome, Paroxysmal Nonnocturnal Hemoglobinuria and Aplastic Anemia. These illnesses might not be apparent until several years after exposure. Benzene exposure can also cause other types of cancers, as well as severe damage to the liver, nervous system and kidneys.

The chemical is present in petroleum-based items such as dyes, bnsf Railway Interstitial lung disease gasoline paint thinners and removers, degreasers, plastics, resins and insecticides. People exposed to these products are at risk of developing aplastic aplastic encephalopathy, based on genetics and other factors like previous chemotherapy or radiation treatments as well as autoimmune diseases like rheumatoid arthritis.

Workers who are regularly exposed to benzene as well as other organic solvents like toluene and acetone as well as methanol in their work places are more at risk of developing anemia aplastic. This includes locomotive mechanics and Bnsf Railway Interstitial Lung Disease car department workers and workers in oil refineries or steel plants such as rubber plants, fuel stations printing presses or tanneries. Other people exposed to benzene and other chemical fumes and vapors include firefighters, alcoholics, smokers, those suffering from chronic illnesses such as HIV or hepatitis and women taking certain medications during pregnancy, for example supplements with folic acid.

Exposure

The condition is caused by the destruction of bone marrow, a part of the blood which produces white and red blood cells. The exposure to benzene at work can increase the risk of developing this disorder. Other factors to consider are the genetics of the person, previous chemotherapy or radiation treatments, as well as certain autoimmune disorders such as rheumatoid arthritis. Benzene can be found in petroleum-based substances, such as diesel fuel, gasoline, and some industrial solvents. The Mechanics, the locomotive machinists and railroad car department workers are at greater risk of developing this disease from repeated exposure to diesel exhaust. Organic solvents such as insecticides, herbicides, and paint thinners and removers also increase the risk of developing the disorder.

Symptoms

Based on the degree of your aplastic anemia and your age, you may be treated by blood transfusions, medication or even monitoring. The bone-like tissues that spring up (bone bone marrow) typically produces blood-manufacturing cells, also known as hematopoietic stem cell. These cells make red blood cells that transport oxygen and bnsf railway all white blood cells, which fight germs. They also produce platelets that prevent blood clots. Aplastic aemia that is severe can be life-threatening, and requires immediate hospitalization. Blood transfusions are a great way to boost your red blood cells as well as reduce anemia and fatigue. However repeated blood transfusions may result in iron overload within the body, causing heart failure or other organ damage. This issue can be cured with the help of medications. A bone marrow or stem-cell transplant can help build your bone marrow's stem cell population. Doctors can acquire stem cells from donors with blood that closely matches your own. A sibling is the best match, but other donors are also available. Other treatments, such as medications that reduce your immune system (immunosuppressants) can reduce the risk of transplant complications.

Exposure to benzene and other harmful chemicals in the workplace could increase the risk of developing aplastic anemia. Workers who use organic chemicals, such as toluene or turpentine, bnsf railway colon cancer are at risk. These products are used in disinfectants, cleaning supplies and paint thinners and removers. Other risk factors include radiation or chemotherapy, certain autoimmune diseases like Rheumatoid Arthritis, and also viral infections such as Epstein-Barr and Hepatitis.

Treatment

For most people it is a bone marrow transplant -- using healthy donor stem cells to replace damaged ones -- is the best option for treatment. The ideal donor is a relative close to you, such as a sibling, however if there's no one available, doctors can search the National Marrow Donor Program for possible matches. This is usually the only treatment for severe aplasticanemia.

If you suffer from severe aplastic anemia, you may require frequent blood transfusions to get enough red blood cells and platelets. They can reduce anemia, fatigue, and alleviate symptoms such as bleeding and bruising that is easy to treat. Over time, antibodies can be developed against the blood-forming cells. Anti-inflammatory medications are required to stop blood from being rejected.

Other risk factors for aplasticanemia include auto-immune disorders, like the lupus and eosinophilic afflictions and infections, such as HIV, Injuries hepatitis, or Epstein-Barr virus; and certain bnsf railway lung cancer treatments like radiation therapy or chemotherapy. Patients with a history of the rare bone marrow failure condition paroxysmal nocturnal hemoglobinuria are also at higher risk of developing aplastic anemia.

Benzene can cause aplastic ahememia, particularly when exposed to high levels. Exposure to benzene is found in industries that use diesel fuel and equipment, like railroad workers, auto repair and maintenance, as well as painters. It can also be found in industrial solvents, paint thinners and removers Pesticides, bnsf railway interstitial Lung disease herbicides as well as fungicides.