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Aplastic Anemia Injury Settlements

As the number of healthy blood cells drops and the patient experiences a variety of symptoms such as fatigue pale skin, breathlessness and a greater risk of getting sick. Treatment could include blood transfusions of red blood cells as well as platelets, hormones that boost bone marrow production of blood cells, and medication to kill viruses, bacteria and fungi.

Benzene Exposures

Benzene has been linked to the development of leukemia as well as blood dyscrasias. In lab animals, a link has been established between benzene exposure and various types of blood cancers which include aplastic anemia. In addition, studies on the epidemiology of those exposed to benzene in the workplace (such as sheet rubber manufacture shoe manufacturing, sheet rubber manufacture, as well as printing using rotogravure) have demonstrated an increased chance of developing leukemia, especially acute myelogenous leukemia.

Inhalation is the most serious hazard from benzene. The bloodstream is contaminated by benzene through the lungs and is then processed by the liver and bone marrow. The Benzene chemical is known to affect the central nervous system. The high concentrations of benzene can cause toxic effects, which manifest as symptoms like nausea, dizziness, or unconsciousness. Benzene can also be taken in through the skin. Exposure to liquids containing benzene could cause pulmonary edema and hemorrhage. Contact with benzene liquid or vapor could cause dermatitis. Benzene is also irritating to the mucous membranes and eyes of the respiratory tract and nose.

A person who develops anaplastic anemia because of exposure to benzene is at a higher chance of developing myelodysplastic syndrome and one of the various types of leukemia. This includes acute myelogenous or chronic lymphocytic leukemia. Leukemia is diagnosed after exposure to benzene typically occurs within 5 to 20 years following the first exposure to benzene.

Vaccines

Vaccines help you protect yourself from diseases by teaching your immune system how to fight against the germs that cause them. The majority of vaccines are administered as shots. Some contain a weak live version of the germ (live attenuated vaccines) and Aplastic Anemia Injury Settlements some contain only one fragment of the bacteria that causes disease (killed or inactivated vaccines).

Traditional vaccines that are killed or inactivated are made from organisms or viruses that have been treated with heat, chemicals or radiation to kill. Then the viruses or organisms are cleaned and mixed with other substances that aid your immune system in recognizing them. Your immune system responds by producing antibodies. These antibodies will attack the germs in the event that they return. Your body will also be able to remember these germs, so it will be able to fight them easily and quickly.

Most vaccines require booster doses or multiple injections to boost immunity. The majority of live vaccines protect for a period of a few months, and require re-injections. However, some vaccines - for instance, the tetanus vaccine - can provide lifetime immunity after one shot.

Researchers are working on new vaccines to treat different illnesses. They are testing vaccines to treat lung cancer, eliminate melanoma cells prior to their spread (melanoma vaccines) and to avoid myeloma relapses for those who have entered the remission phase following a bone-marrow transplant. They are also working on DNA vaccines, which involve introducing viral or bacterial genetic material into your cells so that your immune system develops antibodies against these viruses.

Bone Marrow Transplantation

The replacement of damaged bone marrow cells with healthy stem cells (hematopoietic cells) is a standard procedure. These healthy cells could come from a relative or be genetically match to the patient's DNA by the national bone marrow registry. Bone marrow transplants are autologous, using the patient's own stem cells; allogeneic, using blood-forming cells; or syngeneic, with identical twins.

Patients will undergo extensive testing before a transplant. A potential donor will be assessed for human leukocyte antigens and examined through national bone marrow transplant registries to determine how good of a match is to the patient.

To prepare for the transplant, patients receive conditioning therapy, typically high doses of chemotherapy and radiation. The stem cells or marrow are then collected through the bloodstream by insertion of an instrument, referred to as a central venous catheter into a vein located in the chest.

The transplanted stem cells or marrow are then introduced into the bloodstream of the patient and Aplastic Anemia Injury Settlements begin to produce healthy red blood cells and white blood cells. They also produce platelets. Throughout the course of the transplant, patients will receive medications to prevent infections and medications that inhibit the immune system that is malfunctioning including anti-thymocyteglobulin (ATG) and cyclosporine, or eltrombopag. Patients will also receive medications to treat graft-versus-host disease which is a condition where the new cells transplanted by the patient attack the patient's body, even though they are not his or her own.

Pain and Suffering

Aplastic anemia occurs when blood cells don't produce properly. This can cause fatigue and makes you more vulnerable to infections and blood loss. Depending on the symptoms you are experiencing, you may require regular blood transfusions or medication.

This condition could have a devastating effect on your life, as well as the life of your family members. Your quality of life may be diminished as a result of the constant exhaustion resulting from this disease and you may have to quit your job. The risks of infection could cause you to withdraw yourself and suffer other emotional traumas.

The symptoms differ based on the blood cells affected. For instance low red blood cell counts can lead to chronic fatigue dizziness, weakness, rapid heartbeats, and chest pain. Low white blood cells can result in frequent infections and fever and low platelets could cause nosebleeds or bruising. Severe aplastic anemia can quickly lead to death.

Veterans Affairs provides disability benefits to those who have been identified as suffering from a condition related to the contaminated water at Camp Lejeune. Victims may also sue for compensation for the loss of wages and medical expenses. Maison Law can help you determine your ability to submit a claim. We'll provide a no-cost consultation with you and your family.