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Railroad Aplastic Anemia

The only way to treat severe aplastic ahememia is through a bone marrow transplant. It is necessary to find an uninjured donor with a blood type that is similar typically siblings. Drugs that inhibit the immune system such as anti-thymocyteglobulin or cyclosporine could also be beneficial.

Aplastic anemia is more frequent in Railroad Asthma workers because of exposure to chemicals, such as benzene. It is used in locomotive machinists solvents as well as degreasers for car departments. The condition is often fatal if not treated immediately.

Expositions to the workplace

Over time, many of the chemicals and substances that Railroad Chronic Lymphocytic Leukemia workers use can be toxic for their health. These chemicals can be inhaled, swallowed or absorption through the skin. Certain of these chemicals, such as benzene can cause grave and debilitating ailments, such as leukemia or Aplastic Anemia.

Railroad Throat Cancer workers are frequently exposed to benzene via diesel exhaust. According to the Agency for Toxic Substances & Disease Registry railroad engineers, conductors and yard workers have higher risk of developing aplastic cerebrosis due to the exposure. Benzene can also be found in organic solvents, such as paint thinners, degreasers, and fluids. In addition many herbicides, insecticides and paint removers contain benzene.

Aplastic anemia occurs when the bone marrow ceases to produce new blood cells. Bone marrow, a sponge-like organ within bones that produces stem cells which develop into red blood cells white blood cells, as well as platelets (PLATE-lets). Red blood cells transport oxygen to the tissues of the body. White blood cells aid in fighting infections and platelets join to stop bleeding from tiny cuts or fractures in the blood vessels.

There are a variety of factors that can increase the chance of developing aplastic anemia including prior radiation or chemotherapy treatment, as well as certain autoimmune disorders such as the rheumatoid arthritis. Genetics can make a person more susceptible to the disease.

Symptoms

Red blood cells transport oxygen throughout the entire body. Insufficient numbers of these cells cause anemia, which may cause fatigue (tiredness) and breathing difficulties and chest pains and cold feet or hands, and headaches. Anemia can also be caused due to a low hemoglobin count. It is an iron-rich protein which helps to transport oxygen through blood. Having fewer white blood cells can make you more prone to infections, and a deficiency of platelets could mean that bleeding from minor wounds or cuts might not stop immediately.

The bone marrow creates blood stem cells that give rise to white and red blood cells, as well as to platelets. The damage to the blood stem cells in the bone marrow leads to anemia that is aplastic. This can be caused by cancer treatments, such as chemotherapy or radiation, autoimmune disorders like lupus and eosinophilic fibrosis; or nocturnal hemoglobinuria, an acquired condition that causes the destruction of red blood cells.

Aplastic anemia symptoms are difficult to identify because they may look like those of other medical conditions and could not show up for a long time. A doctor can diagnose aplastic anemia by ordering blood tests and conducting a bone marrow aspiration or Railroad Aplastic Anemia biopsy. A bone marrow transplant can help to treat the condition.

Diagnosis

Aplastic anemia is caused by the destruction of stem cells within your bone marrow. When stem cells are damaged, your body is unable to produce enough healthy blood. This is usually due to autoimmune diseases, in which your immune system attacks your own stem cells and destroys them. Other causes include exposure to harmful chemicals or medications like chemotherapy drugs. Certain inherited diseases, such as Fanconi's anemia, can also lead to this disorder.

If you have aplastic anemia or aplastic anemia, your doctor will order blood tests to check the severity of the condition and to find out the root cause. Your doctor will be looking for a low platelet count and a low red blood cell count. They will also test your blood for vitamin B12 and folate, which are essential nutrients to maintain healthy red blood cells.

Your doctor could prescribe growth factors or colony-stimulating agents, such as sargramostim (Leukine), filgrastim (Neupogen) and pegfilgrastim (Neulasta). These drugs stimulate your bone marrow, so that it will produce more blood cells. These medications are usually combined with immune-suppressing medicines. Your doctor will test your iron levels because excessive iron can cause aplastic aneurysm. If you are suffering from anemia brought on by these signs, your doctor will treat it by blood transfusions containing platelets, red blood cells and possibly folic acid, or vitamin B12. If your anemia is severe your doctor might recommend that you undergo a bone-marrow transfusion.

Treatment

Aplastic anemia occurs when the blood stem cells within the bone marrow (the sponge-like tissue inside your bones) are damaged. The stem cells in these tissues give rise to white blood cells and platelets. Damage to blood stem cells can be caused by a range of illnesses and conditions. This includes some medications, autoimmune diseases like eosinophilic or lupus, diseases such as HIV, hepatitis or Epstein-Barr virus, as well as exposure to chemicals or radiation. Aplastic anemia can be genetic in certain cases.

Aplastic anemia-related symptoms can be similar to the symptoms of other conditions and, therefore, early diagnosis is crucial. Aplastic anemia that is severe if not treated, could cause severe bleeding and infections that are not controlled.

The treatment options for Railroad All aplastic aplastic anemia differ but the most effective treatment is the bone marrow transplant. In this procedure, healthy bone marrow cells replace your damaged marrow and bring your blood cell count to normal. Until this treatment is available, doctors treat the symptoms of aplasticanemia with medications that suppress your immune system and boost the production of blood stem cells. These include immunosuppressants such as azathioprine (Azulfidine(r)), methotrexate (Methotrexate(r)) and Cyclosporine (Gengraf(r)). Bone marrow stimulators such as Neupogen, filgrastim, sargramostim (r) or epoetin (r) can also be employed. In certain situations these treatments can alleviate symptoms of aplastic angiopathy and prevent progression to myelodysplastic disorder or acute leukemia.