Posts Tagged ‘Asbestos’

Have You Been Exposed to Asbestos?

Have You Been Exposed to Asbestos?

If you or a loved one has been exposed to asbestos fibers (which are commonly found in construction materials), you should read the following information concerning a rare form of cancer called Mesothelioma. Once symptoms appear, your treatment options are greatly reduced. Early diagnosis is the key to prolonging life and increasing the quality of life.

What is Mesothelioma?

• The thin cellular layer that lines our body’s internal organs is known as the mesothelium. Mesothelioma is a rare form of cancer, which occurs in the mesothelium.

• Usually, this type of cancer is concentrated around the patient’s lungs, in the pleural tissue. This type of Mesothelioma is known as Pleural Mesothelioma, and it accounts for 70% of all diagnosed cases.

• Mesothelioma may also appear in the peritoneum (the lining of the abdominal cavity), 25-30% of diagnoses are of this variety.

• When Mesothelioma occurs in the pericardium (the lining around the heart), this is known as Pericardial Mesothelioma. This is the most rare form of the disease and occurs in less than 5% of all cases.

What are the causes of Mesothelioma?

The overwhelmingly primary cause of all varieties of Mesothelioma is exposure to asbestos. From the late 1800′s until very recently, asbestos was a fundamental resource for building materials. This means that people involved in the building process, plumbers, carpenters, and electricians, are the highest risk group for exposure. It is also believe the asbestos fibers which cling to clothing may also have exposed anyone doing the laundry of an exposed worker.

Unlike lung cancer, tobacco smoking does not cause Mesothelioma; however, smoking tobacco does seem to increase the risk or someone who is exposed to asbestos to develop Mesothelioma.

What are the symptoms of Mesothelioma?

Unfortunately, there are virtually no early symptoms of Mesothelioma. Once symptoms do appear, the disease has already progressed to a dire point. For this reason, anyone who has been exposed to asbestos is best served by preemptive x-rays to check for any sign of the disease.

Later Signs of Pleural Mesothelioma:

• Difficulty swallowing

• Night Sweats

• Unexplained Weight Loss (of greater than 10%)

• Fever

• Fatigue

• Chest Pain

• Difficulty, or Pain with Breathing

• Possible Lumps on the Chest

Later Signs of Peritoneal Mesothelioma:

• Night Sweats

• Fever

• Unexplained Weight Loss

• Abdominal Swelling (possibly with pain)

• Anemia

• Fatigue

• Constipation or Diarrhea

• Nausea or Vomiting

• Possible Lumps on the Abdomen

Later Signs of Pericardial Mesothelioma:

• Heart Palpitations

• Irregular Heart Rhythm

• Chest Pain

• Shortness of Breath (or difficulty breathing)

• Fever

• Night Sweats

• Fatigue

What is the treatment for Mesothelioma?

There is no cure for Mesothelioma. The treatment is the same as lung cancer: surgery, radiation, and chemotherapy. There are also new cutting-edge therapies that are attempting to eradicate Mesothelioma. These include: phototherapy, gene therapy, and immunotherapy.

What is the prognosis for Mesothelioma?

While treatment does increase one’s chance of a prolonged life, as well as possibly increasing one’s quality of life, in 2006, the five year survival rate for all persons diagnosed with Mesothelioma, was a mere 5%.

Exposure To Asbestos Results In Mesothelioma Cancer

Exposure To Asbestos Results In Mesothelioma Cancer

Mesothelioma cancer is generally found among those people who have been exposed to asbestos. Asbestos is a naturally-occurring material found in the altered industries. These are useful in certain respects but are also harmful to a great extent. In course of mining and manufacturing fibers may be dislodged from the mineral which get attached to the clothes or hair. Over time, the workers inhale the asbestos and this in turn may lead to the development of cancer.

The amount of asbestos inhalation determines the spread of cancer. This disease is also known as asbestos lung cancer. At times, an exposure of only one or two months can result in Mesothelioma. The fibers reach the lungs and progress rapidly. Slowly they move to the lower portion of the lungs and infect the system. However, the cancer can occur after 30-40 years after the exposure to asbestos because it is in this time when the asbestos spreads and reacts in the body. In some cases, it might also occur after 70 years.

The disease occurs generally to persons who are more than 40 years old. However, through out the year only few cases of Mesothelioma are recorded. Still it is better for the persons who are exposed to asbestos to take proper precautions in order to prevent the occurrence of this disease.

A patient is first diagnosed to detect the Mesothelioma cancer. With the help of a biopsy examination, an abnormal tissue is placed under the microscope to detect the disease.

The disease spreads in the body step by step. As early it is detected, the spread of the disease can be prevented. Mesothelioma is generally present in the right or the left side of the pleura and at times also involves the diaphragm with it. This is actually the stage 1 of the disease. In stage 2, the disease invades the chest wall. At times, it can also involve the esophagus, heart or even the pleura on both the sides. In stage 3, the Mesothelioma cancer penetrates through the diaphragm and reaches the abdominal cavity. In the last stage it spreads into the blood streams and the other organs.  

One should know that Mesothelioma occurs more in men than in women. Majority of the types of Mesothelioma cancer is considered to be fatal. The rates of survival in this type of cancer are very rare. However, if early treatment is done, the patient can be made to survive for some more time.

In order to know the measures in order to prevent from asbestos and the consequent Mesothelioma cancer, one should log on to In this site, they would know how they can prevent themselves from asbestos and know that they have the symptoms of Mesothelioma. In this site they would get a ray of hope and they can solve all their doubts related to the disease.

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World Trade Center Asbestos Exposure

World Trade Center Asbestos Exposure

World Trade Center Ruins


After “9.11″ terrorist attack, Christine who lives not far away from the original World Trade Center in New York breaks asthma for more than twice per night, His wife also suffers from intolerable headache, finally they have to move out.


However, every time on his way back to the old home for fetching letters, he will once again break asthma because of breathing in the metal taste trigger. “I have been suffering from asthma for many years, although sometimes it’s serious, but I had never suffered from so much torture. As long as I smell the weird smell floating from the ruins of the World Trade Center, I would have more asthma”.


World Trade Center Asbestos


After “9.11″ some environmental experts remind the residents living nearby the World Trade Center that they should pay attention to the harmful gases from the ruins, but New York government denied the fact that the World Trade Center ruins badly affect the surrounding environment. After hearing the experts’ advice, Christine increasingly suspects his condition is worsened by the ruins of the World Trade Center. So he invites an independent agency to test the dust floating around his old home building. The test results prove the dust out of the corridor contains World Trade Center asbestos exceeding 555 times than normal. The test also tells the asbestos fiber in the air has reached a dangerous level.


World Trade Center Asbestos Exposure and Mesothelioma

 Plenty of studies on asbestosis approve that individuals who develop the mesothelioma disease after the exposure to asbestos for 40 years or more take account of 90 percent of all cases. There are 75 percent of persons who worked with the toxic mineral for 20-30 years. Those who experienced 10-19 years of exposure take the proportion of 10 to 15 percent. These numbers may also vary based on the level of asbestos individual is exposed to on a daily basis.

Dependent on the Asbestos Exposure

• Individuals with high levels of exposure of a short duration

• Individuals with high levels of exposure of long duration

• Individuals with low levels of exposure of long duration

Please visit the Mesothelioma Rescue official website and know more about the Mesothelioma information and Treatment Options.

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More Mesothelioma Disease Articles

Mesothelioma settlements – Asbestos Related cases – video Pursue your mesothelioma settlement today. Kazan Law will help you understand your rights as a victim of asbestos. Kazan has a long and successful history in asbestos and mesothelioma settlements. Call 877.622.5246 for a no cost evaluation about asbestos-related disease.
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Asbestos Exposure, Malignant Lung Cancer – California Lawyer Asbestos exposure can cause malignant Lung Cancer and other diseases in the California area. These diseases cause victims and their families pain, suffering, and medical expenses. If you or a loved one has been exposed to Asbestos, or is at risk for malignant lung cancer or Mesothelioma, we can help. Find the information you need at our website, or call today 877.622.5246 for a no cost evaluation.
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Exploring the Use of Antioxidant Scavengers and Mesothelioma Asbestos Disease

Exploring the Use of Antioxidant Scavengers and Mesothelioma Asbestos Disease

Comparing and contrasting the various research into Mesothelioma disease brings some startling results.  One interesting study is called, “Oxygen radicals and asbestos-mediated disease.” By T R Quinlan, J P Marsh, Y M Janssen, P A Borm, and B T Mossman – Environ Health Perspect. 1994 December; 102(Suppl 10): 107–110.  Here is an excerpt: ” Abstract – Asbestos fibers are potent elaborators of active oxygen species whether by reactions involving iron on the surface of the fiber, or by attempted phagocytosis of fibers by cell types resident in the lung. The link between production of active oxygen species and the pathogenesis of asbestos-mediated disease has been highlighted by studies outlined here exploring the use of antioxidant scavengers which inhibit the cytotoxic effects of asbestos both in vitro and in vivo. The use of antioxidant enzymes ameliorates the induction of certain genes necessary for cell proliferation, such as ornithine decarboxylase, implicating oxidants as causative factors in some abnormal cell replicative events. Based on these observations, antioxidant enzymes likely represent an important lung defense mechanism in response to oxidative stress. In addition, their gene expression in lung or in cells from bronchoalveolar lavage might be a valuable biomarker of chronic inflammation and pulmonary disease after inhalation of oxidants.”

Another interesting study is called, “Radiographic abnormalities in asbestos insulators: Effects of duration from onset of exposure and smoking. Relationships of dyspnea with parenchymal and pleural fibrosis” by R. Lilis MD, A. Miller MD, J. Godbold PhD, E. Chan MS, I. J. Selikoff MD – American Journal of Industrial Medicine volume 20, issue 1, pages 1-15- 1991 – here is an excerpt: “Abstract – Chest radiographs and spirometry were evaluated in 2,907 active and retired asbestos insulators; most (86.8%) had ≥ 30 years from onset of asbestos exposure. Testing was performed in 19 cities in the United States during 1981–1983. Complete demographic, smoking, clinical, and radiologic data were obtained for 2,790 workers. This is the largest single group of insulators that has been studied. Five hundred forty-eight (19.7%) had never smoked cigarettes, 942 (33.9%) were current cigarette smokers, and 1,300 (46.6%) were ex-smokers. Only 439 (15.7%) workers had no radiographic evidence of asbestos-related disease (normal chest X-ray); 668 (23.9%) had pleural fibrosis only, 325 (11.6%) had parenchymal fibrosis alone, and 1,358 (48.7%) had both parenchymal and pleural fibrosis. The prevalence of radiographic parenchymal changes increased significantly (p < .001) from 38.6% (DURONSET < 30 years) to 70% (≥40 years). For pleural changes the comparative prevalences were 55% and 82%. Those with no history of cigarette smoking were more likely to have normal filMS than those with a history of smoking (19.2% versus 14.4% for current smokers and 15.2% among ex-smokers), and were less likely to have parenchymal fibrosis (44.5% versus 69.7% for current smokers and 60.2% of ex-smokers). Dyspnea, MRC grade 3 and higher, was more prevalent when pleural fibrosis was associated with interstitial pulmonary fibrosis (at all profusion levels of small opacities) than when pleural fibrosis was absent. Logistic regression analysis of factors contributing to such dyspnea showed that the presence of combined parenchymal and pleural abnormalities was a significant explanatory variable, in addition to age, smoking, and body mass (Quetelet index); the presence of parenchymal changes only or of pleural changes only, as factors contributing to dyspnea, did not reach the level of statistical significance in the regression analysis. The results of these examinations show that pleural fibrosis is a frequent finding in asbestos-exposed groups with long-term follow-up and that its functional significance is not negligible. The contribution of cigarette smoking to prevalence and severity of interstitial fibrosis is an additional reason for smoking cessation among asbestos-exposed individuals.”

A third study is called, “Asbestos: a chronology of its origins and health effects.” By R Murray – Br J Ind Med 1990;47:361-365.  Here is an excerpt: “Abstract – The emotionalised subject of asbestos is treated in chronological terms: how the “magic mineral” known in ancient times in Europe and Asia became in the late nineteenth century an important industrial resource of particular interest to the navies of the world; and how its malign effects gradually became apparent during the present century. The media have made asbestos a notorious villain, but it still has properties and applications useful to society if they are properly controlled in the same way as other industrial hazards. One important application is the manufacture of asbestos cement pipes which are a convenient and cheap method of providing water supplies and sewage disposal for developing countries. An appeal is made for prudence and not hysteria in relation to the use of mineral fibres of all types.”

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

Monty Wrobleski is the author of this article, for more information please click on the following links

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Mesothelioma Lawyer


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