By sectioning a progressive disease into stages, doctors can evaluate mesothelioma treatment options that have been proven successful. By defining mesothelioma stages in a universal staging system, international mesothelioma life expectancy statistics can be gathered. When a staging system gains international acceptance, it contributes greatly to the advancement of mesothelioma treatment options. Grouping similar variables for evaluation is beneficial to developing mesothelioma treatment options for different mesothelioma stages.

In 1976 the Butchart staging system identified four mesothelioma stages for diffuse pleural malignant mesothelioma by location. At stage one, the tumor is in one side of the pleural lining. At stage two, the tumor is malignant and has entered both lungs, and has the potential to spread. In stage three of Butchart’s mesothelioma stages, the tumor has entered the peritoneum (abdomen region), and at stage four, the cancer has spread through the blood stream.

It was simple, thus gained acceptance. However, it fails to address crucial issues. Medical experts suggest it fails to make survival correlations with mesothelioma stages. The Butchart mesothelioma staging system in its originality is obsolete for mesothelioma life expectancy statistics, however other mesothelioma stages have been developed from it, and many cancer institutions modify it for their evaluative purposes.

In the 1980s Chahinian added detailed tumor stages, lymph node stages and metastases stages to the pleural mesothelioma staging system. This staging system is referred to as TNM and is used within elaborative staging systems. In 1990 the UICC (Union Internationale Contre le Cancer) expounded on Chahinian’s mesothelioma stages. The Butchart, Chahinian and UICC mesothelioma staging systems were based on specific institution experience.

In 1999 the Bingham Hospital introduced a pleural mesothelioma surgical staging system in the Journal of Thoracic and Cardiovascular Surgery. The IMIG (International Mesothelioma Interest Group) in a 1995 Journal of Chest from the American College of Chest Physicians proposed international acceptance for a detailed universal staging system. This staging system demands precise tumor location, and is based on TNM and the International Lung Cancer Staging System.

Medical institutions will use the mesothelioma stages and staging system practical for their internal evaluative purposes. But the mesothelioma patient should be aware when discussing mesothelioma life expectancy and prognosis that mesothelioma staging systems differ, and staging systems still undergo scrutiny. No staging system includes all variables for treatment and prognosis. Factors such as tumor subtypes can make a significant difference in prognosis.

In its basic form, mesothelioma has two stages – localized and advanced. In most staging systems, localized mesothelioma is considered stage one. Stages two through four are advanced mesothelioma stages. Mesothelioma stages are generally defined by location, the severity of the tumor, or surgical needs. The stages of mesothelioma are dependent on the staging system used.

Mesothelioma stages are important considerations in treatment and prognosis. An accepted universal mesothelioma staging system can expedite medical research to find effective mesothelioma treatment options. Advances in clinical research will continue to contribute to the development of defining mesothelioma stages until precise correlations can be made. Until then, staging systems are a universal answer to evaluating mesothelioma treatment.

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Researchers at the University of Victoria in British Columbia did a careful follow up on 200 persons who underwent a “spontaneous remission of cancer”. They found that 87% of those persons had switched diets, usually to a vegetarian diet.

Recently a link between excessive meat eating and cancer has been explained by Dr. Williard J. Visek a research scientist at Cornell University. The problem, according to Dr. Visek, is ammonia the carcinogenic by-product of meat digestion.

Although cancer is increasing at an alarming rate and it can be prevented, by keeping our body’s immune system up. Much poisoning of the body has been caused by the use of improper foods, such as meat, dairy products, white sugar, white flour, white rice, along with the use of liquor, tobacco, coffee, soda and all other denatured foods. Good wholesome food builds good blood, where as unwholesome foods builds a poor quality of blood. Cancer will not develop where there is a pure blood stream and the body’s immune system is functioning at its optimum.

For years the National Cancer Institute held fast to the principal that diet had nothing to do with cancer. Recent overwhelming evidence has forced them to change their mind. They now even recommend that one consume certain fruits and vegetables in order to prevent cancer. “Fruits, such as oranges and bananas, and leafy green and yellow vegetables, including carrots and broccoli, all contain cancer preventing vitamins and fiber, and should be a part of everyone’s daily diet”, says the National Cancer Institute.

To prevent and cure cancer we must keep our body’s immune system high. This is done by following eight simple rules that I will briefly cover here. Lots of fresh air, using lots of pure water, eating lots of wholesome natural foods, getting sufficient rest, moderate daily exercise, getting outside in the sun everyday, being temperate in all we eat and do and having faith in God.

Every one of us has cancer cells within us. Cancer has to be treated by building the body’s immune system then the body’s white blood cells, etc. will attack and destroy the cancer from within. Cancer cells are weaker than normal cells and will not get out of control if our immune system is high.

A leading pathologist says lung cancer caused by exposure to asbestos may be far more prevalent than previously thought.

Flinders University director of pathology Douglas Henderson says his research shows asbestosis, or scarring of the lungs, is not required to cause lung cancer.

He will present his findings to a Royal College of Pathologists conference in Brisbane this week.

Dr Henderson says lung cancers previously attributed to smoking may in fact have been caused by asbestos.

“The simple fact is we tend to grossly under-estimate the numbers of asbestos-related lung cancers,” he said.

“In the United Kingdom, for example, when you look at compensation payments for lung cancer disablement we know they are under-recognising those asbestos-associated lung cancers by a factor of as least 10, that is 90 per cent of them are escaping recognition.”

Getting tested by a mesothelioma specialist is crucial for recognising the cause. 

Mesothelioma is a form of cancer that occurs in individuals exposed to asbestos. Mesothelioma victims inhaled or swallowed asbestos fibers which then became lodged in the body. Because asbestos fibers are essentially indestructible, the body’s immune system is powerless to break them down. Mesothelioma, like all asbestos-related diseases, is a progressive disorder that, once it takes hold, severely compromises the body’s immune system as well as the particular areas where the malignancy originates from.

The most common site for development of mesothelioma is the pleura, which is the membrane that surrounds and protects the lung. Upwards of three-quarters of all mesothelioma cases are pleural mesotheliomas. Mesothelioma can also develop in other parts of the body, with the abdominal (peritoneal) area of the body the next most common origin site. Mesotheliomas of the pericardium (the protective lining around the heart) and the reproductive organs are also possible, but are quite rare.

The only known cause of mesothelioma is exposure to asbestos. Even small amounts of asbestos and infrequent exposure can lead to the development of asbestos-related disease.

While a rare disease in the general population, with between two thousand and three thousand new diagnoses every year, mesothelioma is not rare among the workers, and their families, of certain trades and industries, such as the construction or maritime industries. Those at the highest risk for developing mesothelioma include workers handling or installing insulation, roofers, electricians, miners, and others (more about occupational hazards). However, asbestos fibers are so toxic that industrial and trade worker’s families are also at risk for developing mesothelioma through particles that cling to the worker’s clothing, shoes, skin and hair. This type of “second-hand” exposure to asbestos is known as para-occupational exposure.

Exposure to asbestos can also occur in the home. Asbestos exposure in the home could have occurred when renovation or repair work was performed. The majority of building products manufactured today do not contain asbestos, however those frequently used prior to 1970 do carry exposure risks. Products such as joint compounds, wallboards, gaskets, fireproofing, pipe covering, cements, floor tiles, ceiling tiles and boiler insulation often contained asbestos. If these products were mixed, grinded, cut, sawed, sprayed, removed or otherwise manipulated, banged or damaged, they could have released significant asbestos fibers into your home. The inhalation of these airborne fibers can create the risk of developing mesothelioma, even 10-70 years later.