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Pancreatic Cancer and Railroad Lawsuits

Every day railroad workers are exposed to harmful chemicals such as Creosote and benzene. They could be affected by asbestosis, lung cancer, and other serious diseases.

Researchers hope that their work can help doctors recognize early signs of pancreatic cancer so they can diagnose the disease before it becomes spread. This could help improve survival rates.

Lung Cancer

Railroad workers are frequently exposed to carcinogens that can cause cancer. This includes asbestos, benzene silica sand, coal dust as well as diesel exhaust fumes. other industrial chemicals. These hazardous chemicals can cause cancers that are difficult to treat, and life-altering for railroad employees and their families. A railroad lawyer with experience can assist victims to prove that their cancer was caused by their work on the railroad. A successful claim under FELA demands that the victim show that their employer knew of the dangers, but failed to take appropriate safety measures to prevent exposure.

Depending on the nature of their work, railroad workers are at increased risk of developing lung cancer. According to a study, engineers and conductors are at greater risk of developing the disease than other workers employed. The disease is extremely difficult to treat, and can be fatal within a few minutes after the diagnosis.

A Georgia woman says that the negligence of Amtrak led to her husband's lung cancer after railway work. She filed an FELA claim on behalf of him in October 2014. She claims that her husband's long-term railroad job as a service attendant for Amtrak from 1973 until 2007 exposed them to "excessive amounts of toxic substances, such as diesel exhaust or asbestos". Lawyers can look over the work history of a railroad employee and other documents to determine if their illness was caused by their workplace conditions or negligence by their employer.

Mesothelioma

Mesothelioma, a type of cancer, occurs in the linings of a person's cavities. It is usually caused by exposure to asbestos, which is a carcinogen that was utilized in a variety of occupations including railroad work.

The most common forms are pleural and the peritoneal mesothelioma. Individuals who have the field that exposed them to asbestos like shipbuilding, electrical work, construction and auto repair are at the highest risk for developing mesothelioma. This type of cancer is most prevalent among men who are 55 years old or older. It takes between 20 to 60 years after the exposure for symptoms to manifest.

Symptoms can include breathing difficulties and chest pain. The doctor diagnoses mesothelioma on the basis of the patient's medical history, imaging scans and physical exam. These tests may include the use of a CT scan (computer tomography) or an MRI scan (magnetic imaging) and a PET scan (positron emission scan) or Pancreatic Cancer X-rays.

When mesothelioma has been diagnosed and treated, doctors will collect an x-ray of the affected area for further testing in the laboratory. This sample can be obtained through a biopsy which involves inserting a needle into the area of concern or surgery. The procedure examines the tissue for signs of cancer cells and assesses how fast the tumor is growing. Doctors also classify mesothelioma into four stages based on how much the cancer has spread. The initial two stages of mesothelioma could be treated more easily than later stages.

Head and Neck Cancer

Railroad workers are exposed a variety of harmful chemicals like diesel exhaust and asbest. Some of these toxins can increase the risk of developing cancer. Railroad workers are also recognized to develop blood cancers, such as leukemia.

In the neck area the neck area, tumors can form around or within the thyroid gland, salivary glands sinuses and mouth (pharynx) or voice box (larynx). Most neck and head tumors begin in the moist linings of these structures. The majority of these cancers are squamous cells, however, some originate in glandular cells and are called Adenocarcinomas.

Many head and neck cancers can be treated through surgery, radiation or chemotherapy. Surgery eliminates cancerous tissues while preserving the normal functions of breathing and eating. Radiation therapy is used to treat head-and-neck cancer by using radiation. This is done to kill cancerous cancer cells or reduce the size of them. Chemotherapy is the process of using drugs that kill cancerous cells and slow their growth.

Certain types of head and throat cancers are caused by an infection with a virus, most commonly HPV-16 type. This is one of the main causes of head and throat cancers in young people. Researchers are trying to discover new methods to diagnose, prevent and treat these cancers.

Pancreatic Cancer

Pancreas cancers are triggered when cells begin to multiply uncontrollably, and then continue to live even after they have died. The cells that accumulate can grow to distant organs, blood vessels or tissues. Adenocarcinoma is by far the most prevalent type of Pancreatic cancer railroad cancer settlements cancer. It is a cancer that develops in the linings surrounding the ducts that produce digestive enzymes. This type of cancer accounts for more than 90 percent of all pancreatic cancer diagnosed.

Another type of pancreatic cancer is called squamous cell carcinoma, which develops in the cells that constitute the majority of the pancreas' exocrine pancreas. This cancer has a more aggressive behavior and a worse prognosis than Adenocarcinoma.

Pancreatic cancer can be diagnosed with tests and procedures that produce images of the pancreas and the area around it. This is known as staging. It helps doctors know whether the cancer is resectable or not.

Surgery could provide the best chance of cure for Pancreatic cancer railroad settlements cancer. However, it is very difficult to locate and eliminate all cancerous cells from the Pancreatic cancer injuries cancer. Many patients who have had their tumors surgically removed will suffer recurrence. This is especially true for resectable stage I and II tumors. This type of cancer may also develop around the pancreas (peritoneum) and in the lungs.