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Railroad Lawsuit - Aplastic Anemia

Aplastic anemia railroad lawsuit anemia is a condition in which blood cells cannot be made in the bone marrow. This condition can cause grave and life-threatening effects including infections as well as a weak immune system, and uncontrolled bleeding.

People who are exposed to toxic chemical substances in their work environment could be at greater risk of developing anemia Aplastic anemia railroad cancer settlement. Exposure to benzene, for instance, could trigger the likelihood of having this diagnosis.

Benzene

Benzene is a colorless and sweet-smelling gas that is a naturally occurring component of petroleum products and crude oil. It is also a constituent of tobacco smoke. Benzene is toxic and can cause harm to the body. It is a carcinogen that has no safe exposure level. Benzene exposure can cause blood disorders such as aplastic anemia. It can also cause leukemia and other cancers. Benzene is absorbed through the skin, or inhaled directly into the lung. The chemical can damage DNA and hinder the development of new cells in bone marrow.

Aplastic anemia injuries anemia caused by chronic exposure to benzene can cause severe, life-threatening symptoms. The low levels of platelets, red blood cells, and white blood cell are the most prominent symptoms. The condition can be treated with chemotherapy as well as other drugs.

The Agency for Toxic Substances and Aplastic Anemia Railroad Lawsuit Disease Registry reports that aplastic anemia is often linked to exposure at relatively high levels of benzene. This kind of exposure occurs most often in the workplace.

Workers who regularly use solvents or inks containing benzene frequently are at risk of developing aplastic ahememia. These include locomotive machinists, railroad yard and yard workers, pipefitters and pressmen. They are exposed benzene from disinfectants, cleaning materials as well as degreasers and paint thinners. These chemicals contain benzene, along with other substances that may increase the risk of aplastic anemia.

Diesel Exhaust

Diesel exhaust contains chemicals which can cause illnesses such as leukemia, lung cancer and myelodysplastic Syndrome (MDS). Exposure to this type of pollutant occurs when railroad workers work in engine rooms or yard. The chemicals are released from the exhaust stacks of older trains. They are also taken in by skin from exposure to soot.

Although it is widely acknowledged that diesel particulates can cause lung cancer, lung disease, and other adverse health effects in humans, the precise mechanisms involved are not well identified. Research studies conducted on various occupational groups show that exposure to diesel emissions can increase the risk of developing lung cancer. Epidemiologic data however, do not provide the needed information to quantify that increased risk.

Diesel engine emissions may produce ground-level oxygen, which could harm plants and structures constructed by humans. It also can cause acid rain which affects lakes, soils and streams. Pollutants can be introduced into the food chain and impact the health of humans through drinking water, produce like fish, meat, and even the food chain.

Diesel emissions can cause lung tumors in animals if they are exposed to high levels of diesel over a long period of time. At present, our knowledge of the carcinogenicity of diesel exhaust is hampered due to the lack of human epidemiologic and clinical data as well as the lack of thorough modeling approaches. Nevertheless the HEI Diesel Working Group has identified a series of crucial issues that need be addressed in order to assess the carcinogenicity of diesel exhaust.

Organic Solvents

Organic solvents are volatile, organic chemical compounds that dissolve or suspend other materials in liquid form. They are utilized in the manufacturing processes, cleaning, and processing of leather, textiles, plastic, rubber printing inks, as well as agricultural products (WHO 1985). As mixtures or blends, many organic solvents can be made. These include aliphatic and cycle hydrocarbons as well aromatic hydrocarbons.

Inhalation of solvent vapors could cause irritation to the throat, nose, and eyes. Depending on the concentration of solvent vapors and other factors like skin absorption and blood flow to the lungs, it can cause a variety of symptoms, such as nausea, headache, cough, fatigue and pulmonary congestion. in the most severe cases, even death.

Exposure to organic solvents may affect psychomotor performance. Experimental exposure to methyl chloroform (1,1,1-trichloroethane), styrene, and toluene impaired simple or choice reaction time and perceptual and sensory motor speed in human subjects (Gamberale 1976).

Closed-system operation is recommended whenever practical to store and handle of organic solvents to reduce worker exposure. If open systems are not employed, exhaust ventilation should be designed to prevent the recirculation of solvent vapors. In laboratories that prepare samples for analysis, exhaust ventilation systems should be designed to capture solvent vapors released by pressurized containers. Workers should be taught the proper handling of the equipment and how to utilize it. To minimize direct skin contact with organic solvents, chemically resistant gloves and aprons are required. Clothing that has become dirty should be removed and washed before re-use.

Paint Thinners

myeloma aplastic anemia anemia can be caused by long-term exposure to paint removers and thinners that contain benzene or other organic solvents. These chemicals could be hazardous for railroad yard workers and locomotive engineering when they work around or on trains. Paint thinners used for recreational purposes can also result in addiction. People who abuse this chemical frequently experience withdrawal symptoms that require medical detox and rehabilitation programs to overcome. A high in paint thinners can cause drowsiness, as well as short-lasting sensations of pleasure.