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Benzene and Aplastic Anemia

Aplastic anemia is a condition in which the bone marrow is not able to make blood cells. The condition can cause patients to be more susceptible to bleeding and infection. It can be a problem for anyone of any age but the highest incidences are noticed in children and among those between the ages of 20 and 25.

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

Benzene

Inhaling or inhaling the chemical benzene can cause damage to bone marrow cells that produce blood. These cells are the precursors for all blood types of cells. Exposure to benzene for a long time can lead to leukemia as well as other serious blood disorders.

Acute Myelogenous Leukemia (AML), Myelodysplastic Syndrome (MDS), Paroxysmal Nocturnal Hemoglobinuria (PNH) and Aplastic Anemia may all be associated with exposure to benzene. These diseases may not be apparent until a number of years after exposure. Benzene exposure can also lead to other types of cancers and severe damage to the liver, Bnsf railway laryngeal cancer nervous system, and Injury Settlements kidneys.

Benzene is found in petroleum-based substances, such as gasoline, dyes, Injury Settlements paint thinners and removers, degreasers, plastics, resins and insecticides. Workers exposed to these products could be at risk of developing aplastic anemia, depending on genetics as well as other factors like previous radiation or chemotherapy treatments as well as autoimmune diseases like rheumatoidarthritis.

Aplastic anemia is more common in those who are regularly exposed to benzene or other organic solvents such as toluene or toluene acetone as well as methanol. This includes locomotive mechanics and bnsf railway kidney cancer car department workers and those working in oil refineries or steel plants such as fuel stations, rubber plants printing presses, and tanneries. Other people exposed to benzene and other chemical fumes and vapors include firefighters and smokers, alcoholics, those suffering from chronic illnesses like HIV or hepatitis, and women taking certain medications during pregnancy, for example supplements containing folic acid.

Exposure

The bone marrow's condition is the cause of this condition. The bone marrow is a part that produces white and red blood cells. Exposure to benzene in the workplace could increase a person's chance of getting this condition. Genetics and prior chemotherapy or radiation treatments and certain autoimmune diseases like rheumatoid or lupus arthritis are other risk factors. Benzene is found in petroleum-based substances, such as diesel fuel, gasoline and a few industrial solvents. Diesel exhaust can increase the risk of developing this disease in mechanics, locomotive machinists, and railroad car department employees. The use of organic solvents, insecticides or herbicides paint removers or thinners as well as insecticides may increase the risk.

Symptoms

Depending on the degree of your aplastic anemia and your age, you could be treated by blood transfusions, medication or even monitoring. The bone marrow is a soft tissue that is found in bones is the main source of blood-producing cells known as hematopoietic cells. These cells produce red blood cells that carry oxygen and white blood cells that fight germs, Bnsf Railway Copd and platelets which stop bleeding. Severe aplastic anemia is life-threatening and requires immediate hospitalization. Blood transfusions can help raise the count of red blood cells and reduce fatigue and anemia. However, repeated blood transfusions, can lead to an iron overload, which could cause heart failure or organ damage. This issue can be cured by taking medications. A bone marrow transplant -often referred to as a stem-cell transplant -- can rebuild the stem cells that produce blood in your bone marrow. Doctors can receive stem cells from donors whose blood closely matches yours. Other donors that are not related can also be utilized. Other treatments, for instance, medications that suppress your immune system (immunosuppressants) can lower the risk of complications arising from transplants.

Exposure to benzene and other toxic chemicals in the workplace can increase the risk of developing aplastic anemia. People who work with organic solvents, like toluene and turpentine are at particular risk. These solvents are used in cleaning products, paint thinners, and disinfectants. Other risk factors include chemotherapy or radiation, immune-mediated diseases, including Rheumatoid Arthritis, and also viruses like 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 close relative such as a sibling however if there's no one available, doctors can search the National Marrow Donor Program for potential matches. This is usually the only option to treat severe aplasticanemia.

If you suffer from severe Aplastic Anemia, you might require frequent blood transfusions so that you get enough red blood cells and platelets. They can help ease anemia, fatigue, and manage symptoms such as easy bruising and bleed. As time passes your body will develop antibodies against the blood-forming cells, so you need immunosuppressant medications to prevent the rejection of the blood that you donate.

Aplastic anemia may also be caused by autoimmune disorders such as eosinophilic fasitis or lupus, infections like HIV or hepatitis Epstein-Barr, as well as certain bnsf railway bladder cancer treatments such as chemotherapy or radiation therapy. Aplastic anemia can also be found in people with an history of paroxysmal nighttime hemoglobinuria, a rare bone marrow disorder.

Benzene can cause aplastic ahememia, particularly when exposed to high levels. Benzene is present in industries such as maintenance, auto repair and railroad workers. It can also be found in industrial solvents, paint thinners, removers, pesticides, herbicides and fungicides.