Archive for the ‘Asbestos And Cancer’ Category

Arizona mesothelioma lawyer

Arizona mesothelioma lawyer

Mesothelioma is a rare form of cancer, usually caused by exposure to asbestos. When an individual is diagnosed with the disease, there are many questions which will invariably go through their mind. Perhaps the most important one involves the patient’s prognosis. That is, what is the life expectancy for someone diagnosed with mesothelioma? Peritoneal mesothelioma or abdominal pain can be defined as a pain that affects the belly or abdomen. This is also known as the stomach region or belly. The Pain can come from any one of these. Although the pain may start from somewhere else, like the chest. Severe pain may not always mean a serious problem. The abdomen is an anatomical area that is bounded by the lower margin of the ribs above, the pelvic bone below, and the flanks on each side. Abdominal pain can be acute and sudden in onset, or the pain can be chronic and longstanding.

mesothelioma palliative surgery is a procedure that treats symptoms rather than attack the disease aggressively. Pleurodesis above, collision pleuroperitoneal, pleurectomy, and chest tube drainage, is a type of palliative surgery. Pleural effusion is usually the first symptom that sent the patient to the doctor to diagnose.

Treatment includes chemotherapy or radiotherapy or a combination thereof, which has been the response of patients more efficiently, although the degree of toxicity is greater. Surgery can be done to remove the tumor, but currently there are no studies yet its impact on disease-free survival rate of patients. At present, no sure way to curb the spread of the disease when entering the final stage.

Well, that certainly was the case about the asbestos. For all purposes as a miracle material is really amazing, so it seems. And has been applied here is basically used to protect against heat, There is a dig out the ground. Just as a practical fire-resistant buildings and even clothing, used in the engine room.

Overview of mesothelioma lawyers, judgments and settlements in cases before the division if it can be done to ensure that the settlement amount requested. Mesothelioma lawyer chosen to represent the case, which is available immediately and is open to answer specific questions about both. medical bills for cancer treatments, lost time at work, pain and suffering, funeral expenses, or large financial obligations to those affected by asbestos-related cancer. Learn more about cancer, mesothelioma and asbestos lawyers.

The following is a list of five most common symptoms of mesothelioma. Pain in the chest or abdomen mesothelioma cancer can cause pain in various parts of the body. The pain grows stronger as it progresses to cancer.

Asbestos fibers lodged in the lung tissue oxygen is absorbed into the blood. Immune system cells trying to break down the asbestos fibers are damaged and die.

Early diagnosis is the only chance of hope. If your doctor diagnosed you with the early stages , you have to spend heavy chemotherapy and radiation at the same time heavy. Diagnosis is made late, the chance of survival is low.

peritoneal mesothelioma diagnosis of peritoneal mesothelioma begins with a physical examination to discover the cause of the patient’s symptoms persisted. A complete picture of the patient’s history is also taken into account to identify the presence of asbestos exposure. Other diagnostic techniques to obtain images of internal body organs through various imaging techniques.
Connecticut asbestosattorney.

The victims of the disease, and should not suffer unnecessarily, since a number of legal options available now. Copyright (c) 2010 Daniel Voyles K Like anything in life, seeking legal assistance to claim compensation for asbestos injury you want to get the best legal advice.

Cells of younger people who tend to be more vulnerable to carcinogens (cancer causing) agents. Even a few years of delay, the time spent in college or in work involving exposure to asbestos does not, seems to be a protective effect. El military service: mesothelioma patients were more likely to have served in the military. Military service increased the likelihood of exposure to asbestos.

Outlines the first 3 things to keep in mind when choosing a lawyer: Experience first experience in this field if the rent is one of the first things you need to find out if a lawyer. Mesothelioma is a very special case and that the lawyer knows exactly what they are required to be sure. They do not want to leave a margin for error. How to solve the second case, past, and even won the case, but just make sure you do not ask for past experience.

After five years or longer, cut in half the risk of coronary disease, stroke risk is reduced, and that smokers are less than half way to get cancer. Quitting smoking immediately benefits. Taste buds and sense of smell is worse than the best option. Effects of tobacco on teeth and nails yellow ends.

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Pleural Mesothelioma?s Unique Indicator of the Onset of Mesothelioma

Pleural Mesothelioma?s Unique Indicator of the Onset of Mesothelioma

Pleural mesothelioma diagnosis is typically met with the striking news that a patient has less than a year or two to live. Early diagnosis of pleural mesothelioma can increase the likelihood of effective treatment. Identifying a level of protein from a specific gene might just be the key to early mesothelioma treatment.

Pleural mesothelioma is significantly more alarming than other asbestos-caused diseases such as asbestosis because of the high risk of death that comes along with the diagnosis of this cancer. However, the short life span that follows mesothelioma is often a result of its late diagnosis. If this asbestos caused cancer were to be diagnosed earlier, then potentially life-saving treatment could begin earlier.

Pleural mesothelioma and asbestosis are lung diseases that produce symptoms similar to hundreds of other potential respiratory illnesses and cancers. Although a history of working with asbestos is a strong indicator that asbestos may be the cause of a patient’s lung disease, many patients fail to mention their working history to their physicians, and many physicians dismiss the possibility of asbestos related disease because of its low reported statistics. These statistics, however, are vastly under-reported, as many countries do not have the access to the medical knowledge, equipment, or personnel to correctly determine and report asbestos-caused diseases. Asbestos use continues to thrive around the world, and the incidences of asbestos caused cancer and asbestosis will continue to thrive as well.

Medial researchers are trying to prepare for the future epidemic of asbestos illnesses that the asbestos workers of today will be suffering from in the upcoming decades. Although a cure for pleural mesothelioma is far off in the distance, medical researchers have found that a protein gene identified as osteoprontin exists in patients with this disease and their serum osteoprontin levels are six times higher than other lung disease patients. Osteoprontin is typically associated with the bones since it is a protein located in the bones. However, the gene is an active participant and an important player in bone remodeling, wound healing, and the immune system. The University of Bristol in the UK also found that the gene needs to be suppressed to prevent dangerous scarring of internal tissues and have begun to work on a gel to speed up wound healing that facilitates this suppression.

For patients suffering from undiagnosed respiratory illnesses, identifying an increase in serum osteoprontin can distinguish asbestos cancer from asbestosis or lung cancer. This will save years of unnecessary testing and expenses, provide the opportunity for early cancer treatment, and even increase the swiftness of processing asbestos workers’ compensation claims.

Pleural mesothelioma research, medical research on asbestosis, and medical research on other asbestos-related diseases continues to contribute valuable findings that can contribute to improving care and provide valuable medical insights that can be applied within multiple medical fields. Soluble mesothelin-related peptide is similar to osteoprontin, and is also a unique identifier of mesothelioma. Accessible medical access that can test individuals for both of these unique markers can have a significant impact on the health and longevity of today’s asbestos workers. Lung diseases may soon be more easily differentiated. But that isn’t enough. Medical accessibility must be improved around the world so today’s asbestos workers can get the early treatment they need to survive.

Asbestosis-Mesothelioma website provides Asbestosis, Mesothelioma and
asbestos treatments news, law and many other useful information.

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Pleural Thickening and Profusion Resulting From Asbestos Exposure

Pleural Thickening and Profusion Resulting From Asbestos Exposure

Asbestos exposure is a known cause of cancer.  A plethora of research has been done in the past to establish causation.  One interesting study is called, “Asbestos exposure and asbestos-related pleural and parenchymal disease associations with immune imbalance” by Sprince NL, Oliver LC, McLoud TC, Eisen EA, Christiani DC, Ginns LC – Am Rev Respir Dis. 1991 Apr;143(4 Pt 1):822-8. Medical Services Pulmonary and Critical Care Unit, Massachusetts General Hospital, Boston, Massachusetts.  Here is an excerpt: “Abstract – The study hypothesis was that asbestos exposure and asbestos-related pleural plaques and interstitial disease are associated with (1) immune imbalances favoring helper-inducer T-cell subsets in blood and bronchoalveolar lavage (BAL) and (2) T-lymphocyte accumulation in BAL. One hundred twenty-two asbestos-exposed subsets (AES), including 27 nonsmokers (NS), were evaluated and compared with 10 unexposed normal subjects. Data were collected on medical, smoking, and occupational histories, physical examination, spirometry, lung volumes, single-breath DLCO, chest films read by a “B” reader, and T-lymphocyte characterization in blood and BAL using flow cytometry analysis of monoclonal-antibody-treated cells. On average, AES were 47 yr of age and had 23 yr of asbestos exposure. Fifty-eight (48%) had pleural thickening, and seven (6%) had profusion greater than or equal to 1/0. In blood, asbestos-exposed NS had lower total and percent CD8 and lower total CD3 than did normal subjects. In BAL, asbestos-exposed NS had higher total CD3 than did normal subjects. Among AES, increased asbestos exposure was associated with increased percent CD8 in BAL and decreases in both percent lymphocytes and total CD8 in blood. Increase in CD4/CD8 ratio in BAL were associated with pleural thickening. In those seven with profusion greater than or equal to 1/0, there was increased percent CD4 in blood and decreased percent CD8 in BAL. These results suggest immune imbalance favoring helper-inducer T-cell subsets in association with asbestos exposure systemically and with pleural plaques in BAL.”

A second study is called, “Changing attitudes and opinions regarding asbestos and cancer 1934-1965″ by Enterline PE.  Department of Biostatistics, Graduate School of Public Health, University of Pittsburgh, PA 15261.  Am J Ind Med. 1991;20(5):685-700.  Here is an excerpt: “Literature published in the years 1934-1965 was reviewed to determine attitudes and opinions of scientists as to whether asbestos is a cause of cancer. In Germany, the issue was decided in 1943 when the government decreed that lung cancer, when associated with asbestosis (of any degree), was an occupational disease. In the United States, however, there was no consensus on the issue until 1964. Opinions of scientists over a 22 year period are shown and the contributions of various cultural, social, economic and political factors to these opinions are discussed. A lack of experimental and epidemiological evidence played a major role in delaying a consensus. Other important factors included a rejection of science conducted outside of the U.S. during this period, particularly a rejection of German scientific thought during and after WWII, and a rejection of clinical evidence in favor of epidemiological investigations. Individual writers rarely changed their minds on the subject of asbestos as a cause of cancer.”

If you found any of these studies interesting, please read them in their entirety.  We all owe a great deal of thanks to the people who are researching these important issues.

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Asbestos Cancer ? Most Common In The Construction Industry

Asbestos Cancer ? Most Common In The Construction Industry

Asbestos undoubtedly is the most sought after material in the building and construction industry.  It is sturdy and is corrosion free.  Asbestos is one of the components of the silicate family and this is the reason for its high resistance to electricity, chemicals and biodegradation.  Moreover, it is a good insulator and is burn resistant too.  Asbestos is the only material which has all these qualities and hence it is so popular.  However, asbestos can be quite hazardous and has proved to be fatal for people dealing or who are in regular contact with it.  They are made of microscopic fibers which are in bunch.  These fibers get separated when asbestos get damaged and the harmful substances percolate in the air.  They get into your lungs and affect the respiratory organs.  It could lead to serious illnesses. One of the most common diseases which affect people working in construction sites is that of asbestos cancer.

This cancer plays havoc on your digestive organs as it would affect and disturb the process of digestion.  There is an inability to process the food and when this happens, the essential nutrients do not get absorbed in the blood stream leading to lower immunity to fight the disorder.  Gastrointestinal cancer is another major disorder caused by asbestos.  Asbestos cancer affects the colon which is the longest organs of the large intestine which plays a major role in absorption of nutrients which is not absorbed by the small intestine.  Colon helps the body to stay hydrated as it absorbs the moisture and water content from our food.  When the cells lining the colon become cancerous, it leads to blockage in the intestinal system.  The rectum is affected due to this disorder.  The body stores the waste matter in the rectum before it is thrown out.  This condition not only affects your intestines but your digestive tract as well.  When the worker or contract labourer inhales asbestos, it permanently rests in the body and the body is incapable of processing these cancer producing fibers.  When these fibers or particles pass through the abdominal system, they get deposited in the tissues surrounding the rectum and colon causing cancerous growth.

This cancer is more prominent in men who are exposed for longer stretches of time.  Construction workers are the worst hit in such cases as they have to work for days and months together on the site.  Moreover, a person who attracts this disorder also has a greater risk of developing colorectal cancer as well.  The disorder takes about twenty to thirty five years to develop.  Ignoring signs of asbestos cancer can result in cardiac failure.

Prior to the ban on asbestos, it was so widely used that no construction was complete without it.  However, with the increasing awareness about the ill effects associated with it, construction companies are reducing the use of asbestos.

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Cement Workers Asbestos Fiber Concentrations and Mortality Rates

Cement Workers Asbestos Fiber Concentrations and Mortality Rates

It has been proven that the inhalation of asbestos fibers can lead to a variety of health problems ranging from asthma to cancer.  Another interesting study that explored mesothelioma rates in an asbestos cement factory is called, “Follow up study of workers manufacturing chrysotile asbestos cement products.” By M J Gardner, P D Winter, B Pannett, C A Powell – British Journal of Industrial Medicine 1986;43:726-732.  Here is an excerpt: “A cohort study has been carried out of 2167 subjects employed between 1941 and 1983 at an asbestos cement factory in England. The production process incorporated the use of chrysotile asbestos fibre only, except for a small amount of amosite during four months in 1976. Measured airborne fibre concentrations available since 1970 from personal samplers showed mean levels below 1 fibre/ml, although higher levels had probably occurred previously in certain areas of the factory. No excess of lung cancer was observed in the mortality follow up by comparison with either national or local death rates, and analyses of subgroups of the workforce by job, exposure level, duration of employment, duration since entry, or calendar years of employment gave no real suggestion of an asbestos related excess for this cause of death. There was one death from pleural mesothelioma and one with asbestosis mentioned as an associated cause on the death certificate, but neither is thought to be linked to asbestos exposure at this factory. Other suggested asbestos related cancers, such as laryngeal and gastrointestinal, did not show raised risks. Although the durations of exposure were short in this study, the findings are consistent with two other studies of workers exposed to low concentrations of chrysotile fibre in the manufacture of asbestos cement products which reported no excess mortality.”

Another interesting study is called, “Respiratory function changes after asbestos pleurisy.” By P H Wright, A Hanson, L Kreel, L H Capel – Thorax 1980;35:31-36.  Here is an excerpt: “Abstract – Six patients with radiographic evidence of diffuse pleural thickening after industrial asbestos exposure are described. Five had computed tomography of the thorax. All the scans showed marked circumferential pleural thickening often with calcification, and four showed no significant evidence of intrapulmonary fibrosis (asbestosis). Lung function testing showed reduction of the inspiratory capacity and the single-breath carbon monoxide transfer factor (TLCO). The transfer coefficient, calculated as the TLCO divided by the alveolar volume determined by helium dilution during the measurement of TLCO, was increased.

Pseudo-static compliance curves showed markedly more negative intrapleural pressures at all lung volumes than found in normal people. These results suggest that the circumferential pleural thickening was preventing normal lung expansion despite abnormally great distending pressures. The pattern of lung function tests is sufficiently distinctive for it to be recognised in clinical practice, and suggests that the lungs are held rigidly within an abnormal pleura. The pleural thickening in our patients may have been related to the condition described as “benign asbestos pleurisy” rather than the interstitial fibrosis of asbestosis.”

Another interesting study is called, “Cancer in a Factory Using Amosite Asbestos” by Gardner M J, Winter P D and Bennett C. Cancer in a factory using amosite asbestos. International Journal of Epidemiology 1984; 13: 3–10.   Here is an excerpt: “The paper describes the mortality experience of 5969 men employed in a factory where insulation board was manufactured using amosite asbestos from 1947 to 1979. 422 (7%) of the men were known to have died by the end of 1980. Among the 4820 men engaged in the manufacture of insulation board a doubling of the risk of lung cancer has occurred (57 deaths observed; 29 deaths expected). An excess is present both in men who entered the factory before and after 1960. Among the 2461 for whom smoking information is available a detectable excess risk is limited to current smokers exposed to higher levels of asbestos. Apart from five deaths from mesothelioma no statistically large or significant excesses of mortality from cancers of other sites have occurred, but further follow-up of the cohort is in progress. Nine deaths from asbestosis have been recorded. The results are discussed in the light of other studies of the effects of exposure to amosite asbestos.”

If you found any of these excerpts interesting, please read the studies in their entirety.  We all owe a great debt to these researchers for their important work.

Monty Wrobleski is the author of this article.  For more information please click on the following links  Mesothelioma Lawyer,

Mesothelioma Lawsuit Settlements,

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Have You Been Exposed to Asbestos?

Have You Been Exposed to Asbestos?

We are all exposed to low levels of asbestos in the air we breathe. These levels range from 0.00001 to 0.0001 fibers per milliliter of air and generally are highest in cities and industrial areas.

It is known that breathing asbestos can increase the risk of cancer in people. There are two types of cancer caused by exposure to asbestos: lung cancer and mesothelioma. Mesothelioma is a cancer of the thin lining surrounding the lung (pleural membrane) or abdominal cavity (the peritoneum). Cancer from asbestos does not develop immediately, but shows up after a number of years. Studies of workers also suggest that breathing asbestos can increase chances of getting cancer in other parts of the body (stomach, intestines, esophagus, pancreas, and kidneys), but this is less certain. Early identification and treatment of any cancer can increase an individual’s quality of life and survival.

People working in industries that make or use asbestos products or who are involved in asbestos mining may be exposed to high levels of asbestos. People living near these industries may also be exposed to high levels of asbestos in air.

Asbestos fibers may be released into the air by the disturbance of asbestos-containing material during product use, demolition work, building or home maintenance, repair, and remodeling. In general, exposure may occur only when the asbestos-containing material is disturbed in some way to release particles and fibers into the air.


Asbestos mainly affects the lungs and the membrane that surrounds the lungs. Breathing high levels of asbestos fibers for a long time may result in scar-like tissue in the lungs and in the pleural membrane (lining) that surrounds the lung. This disease is called asbestosis and is usually found in workers exposed to asbestos, but not in the general public. People with asbestosis have difficulty breathing, often a cough, and in severe cases heart enlargement. Asbestosis is a serious disease and can eventually lead to disability and death.

Breathing lower levels of asbestos may result in changes called plaques in the pleural membranes. Pleural plaques can occur in workers and sometimes in people living in areas with high environmental levels of asbestos. Effects on breathing from pleural plaques alone are not usually serious, but higher exposure can lead to a thickening of the pleural membrane that may restrict breathing.

Low levels of asbestos fibers can be measured in urine, feces, mucus, or lung washings of the general public. Higher than average levels of asbestos fibers in tissue can confirm exposure but not determine whether you will experience any health effects.

A thorough history, physical exam, and diagnostic tests are needed to evaluate asbestos-related disease. Chest x-rays are the best screening tool to identify lung changes resulting from asbestos exposure. Lung function tests and CAT scans also assist in the diagnosis of asbestos-related disease.