Saturday, December 8, 2007

Initial asbestos cleanup along Frankfort, NY roadside is nearly complete

An asbestos-contaminated area covering 1.75 acres along Southside Road in Frankfort, New York was discovered accidentally by EPA employees driving the road who witnessed trucks dumping construction debris. Testing showed asbestos in the soil and construction debris. EPA crews have covered up the contaminated soil and fenced the contaminated area as an interim measure to reduce the risk to public health. Asbestos-contaminated debris is piled up to 20 feet high and covers about 50,000 square feet. The asbestos discovered in Frankfort is believed to be “friable,” or easily crumbled and released into the air. Asbestos in the air can be easily inhaled and cause asbestos-related diseases like malignant mesothelioma. The EPA is pursuing legal action against the parties responsible for dumping the contaminated waste, and only after court proceedings are complete will a permanent cleanup be approved. The EPA has paid for the interim cleanup, but they are seeking reimbursement from the responsible parties, as well as funding for a permanent cleanup of the area.

Asbestos found in children's toys and household items

The Asbestos Disease Awareness Organization (ADAO) has reported finding asbestos in a variety of consumer products, including some children’s toys. After spending $165,000 over 18 months to have three government-certified laboratories test hundreds of products, the asbestos victims’ group has reported that at least two labs found asbestos in powdered cleanser, various “do it youself” and construction products like duct tapes, spackling paste, window glazing and roof sealers, some small appliances imported from China like hot plates and hair rollers, two brands of children’s clay and the very popular children’s toy CSI Fingerprint Examination Kit. “Fingerprinting powder” in the CSI Fingerprint Examination Kit, made in China, contained approximately five percent asbestos fibers. The toy distributor, Planet Toys, said that asbestos testing is not required by the safety regulations that govern toys and had not been performed before on the CSI Fingerprint Examination Kit. CBS, which licenses CSI products, has asked Planet Toys to do independent tests, and both CBS and Planet Toys say that the toy will be removed from the market if confirmed to be unsafe. Two brands of children’s clay, imported from Thailand and China, contained asbestos as well. And asbestos was found in certain types of 3M Scotch duct tape, made in Canada. Some of the products had less than one percent asbestos, which would still be permitted under the current version of the partial asbestos ban that was recently approved by the Senate. Public health experts say that asbestos in any amount is dangerous and that a complete ban on asbestos is needed. ADAO will share its testing results with the Consumer Product Safety Commission and the Environmental Protection Agency.

Personal Stories part 3(Grady Lee Eidson)

Grady Lee Eidson, a machine operator from Michigan, passed away in 2004. Asbestos has been found in many materials that Grady used throughout his life: the drywall he used as a general contractor, roofing shingles he used in roofing houses, and bathroom tiles used in his own home. It also was present in the General Motors manufacturing plant where he worked for thirty years.

The companies that used asbestos failed to inform Grady and the public about the hazards of asbestos. Now more than one million people across the country, including Grady Lee Eidson, have died or been injured by this hazardous mineral.

Grady married his wife Shirley twenty-seven years ago. In addition to raising their two children, he took in and cared for her four children as his own. He was always there for Shirley and the family, and nursed Shirley back to health when she had lung cancer that required surgery in both lungs.

After he was diagnosed with mesothelioma, Shirley and the family watched helplessly as Grady's health deteriorated. To this day, they suffer incredible pain with their loss, especially feeling so helpless knowing that there was little, if anything, they could do to help him and stop this disease from strangling the life from him.

Despite endless treatments, medications, surgery, and CAT scans, Grady passed away on January 25, 2004. Grady was a very strong man who fought to the very end. Shirley was with him when he was diagnosed and saw the fear in his eyes as he got down onto his knees. She still remembers his words: "I'm going to fight this, and if I don't win this fight on earth, I will keep fighting from heaven to try to save others from this horrible disease."

Personal Stories part 2 (Elizabeth Clancy)

In the words of her father, 23 year-old Elizabeth Clancy was "beautiful inside and out." She took gymnastics from the time she was three years old until she was eleven. A black belt in tae kwan do, she instructed in that martial art. She finished third in her high school class with a 4.0 average. She attended Colorado State University on scholarship and graduated in 1997 with a business degree. She worked 80-hour work weeks at a Houston investment banking firm; she was being groomed "to go places." Tremendous physical stamina fueled her accomplishments.

Elizabeth sought medical treatment in February, 1998 for right-sided chest pain which she associated with a minor traffic accident from the prior October. Her doctors removed approximately 500 ccs of fluid from the right pleural space.

Her condition worsened. Her doctors scheduled surgery to remove "scar tissue", which they believed resulted from trauma, from the right lung. Shortly after surgery began, Elizabeth's surgeon biopsied tissue for intraoperative frozen section analysis. After diagnosing mesothelioma, the surgeon removed Elizabeth's right lung.

Elizabeth and her parents searched for hope, for effective treatment, and found none. Elizabeth tried to work, to fight her disease. But she developed a violent cough, fatigue, and swelling in her abdominal region. Abandoned by an immature husband who could not handle the terrors of mesothelioma, she died in her parents' home at the age of 23. She leaves her loved ones with unspeakable anguish.

Friday, December 7, 2007

Personal Stories part 1 (Leon "Muscles" Campbell)

Leon "Muscles" Campbell was a former NFL player who earned his nickname after bending a railroad spike shortly after enrolling at the University of Arkansas in 1946. He died at age 75 of malignant mesothelioma at University Hospital in Little Rock on September 2, 2002.

Campbell played for Baltimore, Chicago and Pittsburgh in a six-year NFL career. He scored his only professional touchdownon a 1952 kickoff return. Knee injuries forced him to retire after the 1955 season.

His best year as a pro was in 1953, when he had 659 yards rushing, receiving and on kick returns. After spending 1955 with the Steelers, he retired with 1,306 total yards. He worked for Reynolds Metals Co. in Bauxite for 30 years.

Campbell was a four-year letterman at Arkansas, rushing for 1,335 yards on 295 carries from 1946-49. The fullback-linebacker held the one-game rushing record of 236 yards until 1973.

Teammate Clyde Scott said that when Campbell arrived at Arkansas, he walked into Scott's room with a railroad spike and a towel. He wrapped the towel around the spike and pulled, bending the iron rod.

Campbell leaves behind a wife, Patricia, his family, and many friends and fans.

Thursday, December 6, 2007

Mesothelioma: Chemo Combination Improves Survival In Asbestos-related Cancer

People with mesothelioma -- a form of cancer associated with asbestos exposure -- have a higher survival rate when treated with a combination of two cancer drugs, a large multicenter study finds.

Mesothelioma, a rare but aggressive form of cancer that occurs in the lining of the lungs, heart and abdomen, is associated with exposure to asbestos. There is no known cure.

In the study, patients receiving pemetrexed and cisplatin -- along with the vitamin supplements folic acid and B12 -- survived nearly three months longer than patients getting cisplatin alone.

Researchers led by John Green, M.D., at the Clatterbridge Center for Oncology in England, reviewed a study of 448 patients with advanced mesothelioma who were treated with either the single drug or the combination.

"Pemetrexed used in combination with cisplatin significantly increases the length of survival, when compared with cisplatin alone," the researchers say. "Further research is needed into the optimum treatment regimen for pleural mesothelioma."

The review appears in the current issue of The Cochrane Library, a publication of The Cochrane Collaboration, an international organization that evaluates medical research. Systematic reviews draw evidence-based conclusions about medical practice after considering both the content and quality of existing medical trials on a topic.

The researchers examined data from a clinical trial of 20 treatment centers in Europe, the Americas, Australia and Asia. Eighty-one percent of the patients were men, with an average age of 61. Patients who received the combination treatment survived an average 2.8 months longer.

Patients receiving both medications also reported improved quality of life in terms of fatigue, loss of appetite, pain and cough.

During the early stages of the trial, patients receiving pemetrexed had serious symptoms of toxicity, including drug-related death. Other side effects included blood cell abnormalities, nausea and diarrhea, which decreased in both incidence and severity after the vitamins were added to the treatment. People who work trades such as shipbuilding, railway engineering, construction work and asbestos manufacture have higher rates of mesothelioma than the general public. The cancer may take 10 to 60 years to develop, and the risk does not diminish after exposure to asbestos has stopped. Family members of people exposed to asbestos at work also have an increased risk of developing mesothelioma from asbestos fibers carried home on the clothes of the people they live with.

Daniel Baram, M.D., a pulmonologist at the Lung Cancer Evaluation Center at the State University of New York, said, "Most cases [of mesothelioma] are still from pre-OSHA workplace improvements. I suspect that modern asbestos abatement precautions will avoid most, if not all, future cases. The latency is over 30 years, so we are still diagnosing cases with exposure during World War II and the '40s and '50s."

Mesothelioma is difficult to diagnose, Green said, because "there is a lag of many years between exposure and asbestosis, which is a nonmalignant condition, and a greater lag before the development of overt malignancy."

"There is no way of diagnosing the premalignant phase during the latent period of 15 to 20 years," Green added. "Many of these patients smoke and are in economically disadvantaged communities. Many individuals have moved away from heavy industries and may not admit or know they were exposed to asbestos as young men, with similar issues for their partners."

According to the U.S. Environmental Protection Agency, 10 percent to 15 percent of schools and other public buildings in the United States contain asbestos insulation.

Although safety measures for working with asbestos have been in place since the 1970s, mesothelioma is projected to account for 65,000 deaths between 2001 and 2050 worldwide, peaking between 2012 and 2015, according to background information in the review.

It is a personal matter as to whether the survival increase for patients receiving the two drugs is worthwhile, Baram said. "It depends in large part on the patient. A 2.8-month mean survival increase means that some patients may get even more than that, though some people will get less. Many, if not most, patients when faced with a disease with a very bad prognosis are often willing to undergo aggressive therapy, although the toxicity is serious and potentially life-threatening."

Green J, et al. Pemetrexed disodium in combination with cisplatin versus other cytotoxic agents or supportive care for the treatment of malignant pleural mesothelioma. Cochrane Database of Systematic Reviews 2007, Issue 1.

The Cochrane Collaboration is an international nonprofit, independent organization that produces and disseminates systematic reviews of health care interventions and promotes the search for evidence in the form of clinical trials and other studies of interventions.

Senate Rejects Asbestos Trust Fund

The Senate stood up for the rights of working people throughout America when it struck down a proposed bill that would have established a $140 billion trust fund to compensate victims of asbestos-related diseases.

In the 58-41 vote, an unlikely coalition of liberals and fiscal conservatives united to defeat the bill that would have limited the amount of money that victims of mesothelioma, asbestosis, or other asbestos-related diseases and their families receive in compensation.

As of 2006, there are about 600,000 pending lawsuits against the asbestos industry, and approximately 75,000 new suits are filed each year.

The fund would have been paid for by companies and insurance agencies in order to assure reimbursement of damages to people affected by bankrupt or out of business companies.

The defeat of the bill allows victims and families of victims of asbestos-related diseases to take direct legal action against the companies and industries that caused such profound suffering. The bill would have stifled any legal action directed towards the asbestos industry, and would have severely limited the amount of damages that victims could claim.

The Senate vote was a loud affirmation that the victims of mesothelioma, asbestosis, lung cancer, and other asbestos-related diseases deserve more in order to protect their family, their finances, and their lives.

Treatment: Innovations in Treatment

Doctors and researchers are always on the lookout for new ways to treat malignant mesothelioma. The following innovations in treatment, while not a cure for malignant mesothelioma, show some promise in helping to treat the disease.

Alimta

Alimta, when given with another chemotherapy drug called cisplatin, is a chemotherapy drug recently approved by the FDA for the treatment of patients with malignant pleural mesothelioma.

Photodynamic Therapy

Photodynamic therapy uses special drugs and a special type of light to kill cancer cells during surgery. A drug that makes cancer cells more sensitive to light is injected into the patient’s vein several days before surgery. During surgery, a special light is used to locate the cancer. This treatment is being studied for early stages of malignant mesothelioma.

Immunotherapy

This type of treatment harnesses the power of the body’s own immune system. Immunotherapy is currently being researched as a treatment for malignant mesothelioma.

Gene Therapy

In studies of gene therapy for cancer, the goal is to improve the body’s natural ability to fight malignant mesothelioma directly or to make the cancer cells more sensitive to other kinds of therapy.

Brachytherapy

Brachytherapy is radiation therapy applied from within the body as opposed to from a machine outside the body. Radioactive sources are placed in or near the tumor, giving a high radiation dose to the tumor while reducing the radiation exposure in surrounding healthy tissues. This precision can help to minimize side effects.

Clinical Trials

A clinical trial (also clinical research) is a research study using human volunteers to answer specific health questions. Carefully conducted clinical trials help discover treatments that work in people and ways to improve health. Interventional trials determine whether experimental treatments or new ways of using known therapies are safe and effective under controlled environments. Observational trials address health issues in large groups of people or populations in natural settings. If you are interested in participating in a clinical trial, talk to your doctor about whether a clinical trial may be an appropriate option in your case.

Phase I

Phase I trials are considered the first step in testing the safety and efficacy of a new drug. Doctors and researchers are trying to determine many things about the drug’s effect on the disease and on the patient. Among the things that researchers are trying to determine are correct dosage, safety profile, and any side effects.

Phase II

At this stage, researchers select a relatively small group of patients to study the specific effects of the pre-determined dosage. Phase II studies also typically focus on a specific type of disease.

Phase III

During Phase III testing, researchers compare the effectiveness of the new, experimental drug against already existing therapies. Usually, patients are randomly assigned to therapeutic groups to cut down on the possibility of human bias. Phase III trials can be large, recruiting patients from across the country.

Treatment: Supportive Care or Palliative Therapies

Palliative treatments refer to those procedures that relieve symptoms and help make the patient more comfortable. Here are some palliative therapies that may be used to treat mesothelioma.

  • Pleurodesis
    Pleurodesis is a procedure that is sometimes used to control pleural effusion, or the buildup of fluids between the lungs and the lung lining. Pleurodesis causes the space between the lungs and the lung lining to close, reducing the chance for fluid to accumulate. One method of pleurodesis uses thoracoscopy, whereby a small incision, or a few small incisions are made in the skin and a thoracoscope is passed through the incision to get a better look at the pleura. The sclerosing agent is then applied.
  • Pain Management
    Pain management is another way to treat the discomfort associated with mesothelioma.

Treatment: Radiation

Radiation therapy is an intense X-ray treatment to damage or kill cancer cells. Although not a cure for mesothelioma, radiation therapy nonetheless may be used at different stages of the disease to slow its growth. Radiation is often the main treatment for patients in weak health. Radiation is also used to destroy small clusters of cancer cells that may have been missed in surgery. When used in conjunction with surgery, radiation treatment is referred to as adjuvant radiation.

  • External Beam Radiation
    The form of radiation therapy used most often is external radiation, in which a machine very similar to an X-ray machine directs strong beams of light at the cancerous cells from outside the body, killing the tumor cells underneath.
  • Internal Radiation (Brachytherapy)
    Internal radiation therapy, also called brachytherapy, involves the placement of radiation sources in the body. With mesothelioma patients, the radioactive material is positioned inside the abdomen or the chest.

Treatment: Chemotherapy

Chemotherapy uses certain chemical agents or drugs that are specifically destructive to malignant tissues and cells. Doctors may recommend single agent chemotherapy or a combination chemotherapy treatment. The single agent chemotherapy treatment involves the use one type of chemical or drug. The combination chemotherapy method involves the use of more than one chemical or drug. While it is not a cure for mesothelioma, chemotherapy treatment may slow the progression of the cancer. What follows is a partial listing of the chemotherapy treatments a doctor might recommend to treat mesothelioma:

  • Alimta (Pemetrexed)
    Alimta, when used with Cisplatin is indicated for treatment of malignant pleural mesothelioma and is usually given through an intravenous tube (IV infusion).
  • Onconase (Ranpirnase)
    A new drug that may help slow the growth of mesothelioma tumors.
  • Navelbine (Vinorelbine)
    Like Alimta, when combined with other drugs in chemotherapy, Navelbine is used to treat mesothelioma tumors. Clinical trials are still underway and testing on some patients has begun. Navelbine is usually given intravenously.
  • Carbonplatin (Paraplatin)
    A chemotherapy medication that interferes with the growth of cancer cells. It has been shown to slow the spread of cancer. Some serious side effects have been reported with the use of Carboplatin.
  • Cisplatin (Platinol)
    Cisplatin is a clear fluid given in combination with other drugs in the treatment of certain types of cancer, including mesothelioma. In treatment for mesothelioma, Cisplatin is usually administered with Alimta. As with many chemotherapy drugs, certain side effects may occur. Cisplatin is usually given by IV infusion.
  • Related Drugs and Therapy
    Besides the chemotherapy drugs doctors prescribe for the treatment of malignant mesothelioma, there are other drugs intended for post-chemotherapy use. Doctors will also prescribe drugs intended for use at the same time chemotherapy or radiation is underway, that are meant to minimize the side effects that can accompany these treatments.
    • Taxotere, Taxol
      Tumors can return after chemotherapy in some cases. Taxotere and Taxol are drugs that are used to help rid the body of cancer cells when cancer recurs following a previous chemotherapy treatment. These drugs inhibit the duplication or reproduction of cancerous cells. They are delivered through intravenous infusion.
    • Zofran and Anti Nausea Drugs
      One of the most common side effects of chemotherapy treatment is nausea. Zofran is a drug used to ease nausea. Others are Emeset, Oncoden and Zofron. These drugs can help to control radiation therapy induced nausea, as well as post-op nausea and other kinds of nausea.
    • Endostatin
      A natural protein shown to inhibit the growth of blood vessels. The administration of Endostatin results in cancerous tumors “starving” due to lack of blood. This drug is still in clinical trials and has not been approved for general prescription, however.

Treatment:: Surgery

In some cases, surgery may be indicated to alleviate symptoms or slow the progression of mesothelioma. Surgery may be performed in tandem with other treatments such as chemotherapy and radiation, also known as “multi-modal therapy.”

Whether a surgery is recommended in your case will depend on factors unique to your situation, including the type and location of the cancer, the “stage” of the cancer, and your overall health. Of course, whether your doctor recommends surgery in your case will depend on factors individual to your case.

Thoracentesis

This procedure involves the draining of fluid that may build up (called a “pleural effusion”) in the chest between the lung and the pleura. A tube is placed in the chest in order to drain out the fluid. Thoracentesis is a “palliative” treatment, meaning that its purpose is to help relieve discomfort.

Pleurodesis

Pleurodesis is a surgical procedure to help control pleural effusion, which is the buildup of fluid between the lungs and the lung lining. Pleurodesis closes the space between the lung and the lung lining, reducing the chance for fluid to accumulate.
There are two approaches to performing a pleurodesis. In the first, a tube that is inserted into the chest drains the excess fluid. After this fluid is drained, a schlerosing agent (a substance that causes tissue to scar or harden), such as sterile talc powder, is injected through the chest tube and into the pleural space. The schlerosing agent is allowed to distribute itself through the pleural space, with the patient being asked to move about in order to facilitate the distribution. Once the agent is distributed, suction is applied to the tube in the chest. Similar to collapsing a plastic bag, the suction brings the two pleural surfaces together, allowing them to “scar” together.

The second method of pleurodesis uses thoracoscopy, whereby a small incision, or a series of small incisions, are made in the skin. A thoracoscope is passed through the incision in order to get a better look at the pleura. The schlerosing agent is then applied to the area.

Pleurectomy/Decortication

Pleurectomy/decortication involves removing the pleura, where most of the tumor is located. This procedure may help control pleural effusions (fluid build-up) and help to decrease the pain caused by the tumor. It is a palliative treatment, meaning that its goal is to help to lessen the discomfort caused by mesothelioma.

Pneumonectomy

A pneumonectomy is the removal of all or part of the lung. Your surgeon will make an incision in the side of the chest. When the lung is revealed, the surgeon visually assesses the tumor and decides how much tissue should be removed.

Extrapleural pneumonectomy

This extensive surgery usually involves the removal of the pleura, pericardium, diaphragm, and the whole lung on the side of the cancerous tumor. Your surgeon may decide to remove some of the surrounding tissues, as well.

Paracentesis

Peritoneal mesothelioma can cause fluid to build up in the abdomen in a process called peritoneal effusion. This excess fluid is drained through a needle and tube inserted into the abdomen. Paracentesis (sometimes called an “ascitic tap”) can help take the pressure off the internal organs, and also helps reduce the risk of infection that may be caused by the fluid buildup. This is a “palliative” procedure, meaning that the goal of paracentesis is to help to relieve the discomfort associated with peritoneal mesothelioma.

Peritonectomy

A “peritonectomy” involves removing the peritoneum, the lining of the abdomen where the mesothelioma first develops. This form of surgery is most often used when the cancer is detected in the very early stages of the disease. Your surgeon might recommend that a peritonectomy be performed in tandem with “intraperitoneal hypothermic perfusion,” a form of heated chemotherapy where the chemotherapy drugs are administered directly into the abdomen during and/or after surgery.

Cytoreductive (or “debulking”) surgery

During cytoreductive or debulking surgery, the surgeon opens the abdominal cavity (a procedure known as a “laparotomy”) to look for all signs of cancer and attempt to remove as much of the tumor as possible. This surgery can be quite long in duration because of the amount of detail the surgeon must use to search for and remove signs of cancer in the abdominal area. Your surgeon might recommend that this surgery be performed in tandem with “intraperitoneal hypothermic perfusion,” a form of heated chemotherapy administered into the abdominal cavity.

Pericardiocentesis

This is the process for drawing fluid out of the affected area to help to relieve the discomfort associated with pericardial mesothelioma. For this procedure, a needle is inserted into the pericardium (the sac around the heart) to drain the fluid and relieve circulatory problems. The draining of this fluid can be associated with complications, however.

Extrapleural pneumonectomy

An aggressive surgery also used in appropriate situations to treat pleural mesothelioma, an extrapleural pneumonectomy involves removal of the pleura, diaphragm, pericardium, and the entire lung on the side of the tumor.

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Asbestos Job Sites

Asbestos was commonly used in many trades and occupational settings during the twentieth century. Asbestos insulated steam pipes, boilers and turbines. Gaskets and valves contained asbestos. Asbestos was incorporated into building products such as floor tiles, joint compounds and roofing cement. It was woven into blankets, used in gloves and even in glue.

Certain types of trades experienced very high levels of asbestos exposure. For example, insulators and pipefitters have long been known to be at extremely high risk for developing asbestos-related diseases. Members of the military, workers in the construction trades, such as carpenters, painters and electricians, and many workers in chemical and manufacturing facilities, like the steel mills of Pennsylvania, also experienced occupational asbestos exposure. Shipyard workers, many concentrated along the coast of California, were also exposed to asbestos as ships were built, serviced and overhauled.

Not only people working directly with asbestos products were exposed to the asbestos fibers. When asbestos fibers are released into the air, they can be breathed in by people working nearby. For example, some nurses and teachers have gotten sick because they worked in buildings where asbestos was in the air.

Who's At Risk

The use of asbestos has exposed thousands of unsuspecting workers and their families to this toxic substance. The United States Occupational Safety and Health Administration (OSHA) has stated that it is aware of no instance in which exposure to a toxic substance has more clearly demonstrated deleterious health effects than has asbestos exposure. From 1940 through 1970, approximately 27.5 million individuals had potential asbestos exposure at work. Such a figure is not surprising when one considers that by one estimate, 1.2 billion square feet of asbestos-containing insulation can be found in 190,000 buildings in the United States. It has also been estimated that the number of workers exposed as a consequence of asbestos brake and clutch work is about 900,000.

Workers may be exposed to asbestos in a wide range of job sites and trades, ranging from milling and mining to manufacturing and consumer industries. According to one estimate from the Asbestos Information Association, there are over 3,000 discrete uses of asbestos. These uses have resulted in exposures to through the mining and milling process, in primary and secondary manufacturing of asbestos-containing products, in shipbuilding and repair, and in construction.

Hazardous exposures to asbestos may have also occurred from off-site releases from the mining, milling and manufacture of asbestos products. Such releases may have exposed residents in nearby communities. According to estimates, off-site release from construction sites has resulted in environmental asbestos levels approximately 100 times greater than the levels that naturally occur in the environment.

Additionally, contamination of homes may occur by employees bringing home asbestos contaminated clothing from the workplace. This may expose innocent members of the worker’s family to asbestos. Some believe that the most important current source of non-occupational exposure is the release of fibers from existing asbestos-containing surface materials, such as those in schools, residences and public buildings.

Age Groups

Mesothelioma cancer can have a long latency period between the time of exposure to asbestos fibers and the onset of the actual injury or disease. The latency period can be anywhere between 15 and 50 years, and sometimes even longer. There are also documented cases of mesothelioma cancer with latency periods of less than 15 years. So, a person only recently diagnosed with mesothelioma was probably exposed to asbestos fibers many years ago.

As reported by the National Cancer Institute, there are about 3,000 cases per year of malignant mesothelioma being reported in the USA. The occurrence of mesothelioma appears to be increasing. Mesothelioma is detected in three times as many men than women. For men, the incidence is 10 times higher for men between the ages of 60 and 70 as compared to men between the ages of 30 and 40. Job site exposure to asbestos in America is estimated to have occurred in about eight million workers over the last five decades.

What is Asbestos?

Asbestos is a naturally occurring mineral, which is typically divided into two mineralogical groups, but not all varieties of asbestos are used commercially.

The amphibole family includes crocidilite (also known as “blue asbestos”), amosite (also known as “brown asbestos”), tremolite, anthophyllite and actinolite. Among the various types of amphibole fibers, only crocidilite and amosite were used commercially. However, the “noncommercial” amphibole fibers (tremolite, anthophyllite and actinolite) are present as contaminants in commercially used products that include chrysotile asbestos, vermiculite and talc.

The other mineralogical group of asbestos is the serpentine group, and includes only the chrysotile variety of asbestos. Despite its hazardous properties, chrysotile was immensely popular with industry and accounts for over 90% of the asbestos used commercially in the United States.

Mesothelioma and Asbestos

Mesothelioma is a rare form of cancer caused by exposure to asbestos. Asbestos is a naturally-occurring fiber that, when released into the air, can be inhaled or swallowed. Asbestos has no smell or taste, and asbestos fibers are so small that they are not visible to the naked eye. Asbestos fibers can “stick” in the lung, abdomen and other body tissues and over time, lead to the development of asbestos-related diseases like mesothelioma. There is a long latency period between asbestos exposure and the development of mesothelioma; in other words, decades may pass after a person’s first exposure to asbestos before he or she becomes ill. A person who has been diagnosed with asbestosis (a non-cancerous scarring of the lungs) is at an increased risk of developing mesothelioma in the future.

Millions of people in the U.S. have been exposed to asbestos, and it is estimated that approximately 3,000 people are diagnosed with mesothelioma each year. In these pages, you will read about asbestos and the common ways in which people have been exposed to asbestos.

Pain Management

Here are some suggestions provided to help you work effectively with your health care providers in assessing your pain:

  • Put it in writing. If possible, written notes about your pain (see Pain Diary, below) are valuable in giving accurate and comprehensive information.
  • Plan to ask questions. It’s important that you fully understand what your health care professional says to you about your pain. Ask questions until you are satisfied that you understand.
  • Have a notetaker. Sometimes it’s difficult to talk about your pain, ask questions and take notes on what’s being said to you all at the same time, especially if you are in pain. Bringing a friend or family member to take notes during the discussion about your pain can provide a valuable resource for you once the conversation has ended.
  • Make your views heard. Don’t hesitate to offer an opinion about what may be causing or contributing to your pain. No one knows your body as well as you, and your insights can be valuable to your health care providers.
  • These are points to consider as you prepare to discuss your pain and its management with your health care providers:
    • The location of all of your pains.
    • How the pain feels (use descriptive words such as dull, aching, throbbing, stabbing, piercing, pinching, sharp, aching, burning, tingling).
    • The intensity of your pain (when it is at its worst) and whether the intensity changes throughout the day and night.
    • When you have the pain (all the time or occasionally).
    • How quickly the pain comes on (suddenly or intermittently), how long it lasts (a few minutes or several hours), and how often it occurs.
    • What makes the pain worse? Describe conditions under which the pain becomes more intense, such as moving, walking, talking, coughing, laying down, eating, going to the bathroom, etc.
    • What eases the pain? Be ready to discuss anything that has helped you, including medication(s) you have been using, and the amounts you are taking.
  • Medications you are taking. Tell them about your pain medications, including any over-the-counter pain relievers, any alternative medications like herbs, and any medications you may be taking for other health conditions not related to cancer.
  • Side effects of your pain medications. Tell them what side effects you are experiencing, how the side effects are currently being treated, and if you are satisfied with this treatment.
  • Quality of life issues: What impact does the pain have on your quality of life? Can you work, enjoy your family and friends, eat and sleep well? If not, describe how the pain is limiting your activities. Also, tell your health care provider(s) what you want from pain management in terms of quality of life.
  • To keep an accurate record of what you are experiencing, consider creating a simple pain diary. You can do this in a notebook, recording information such as the date, time of day, level of pain you are feeling, what you did to remedy or alleviate it (i.e., medications taken, use of ice or heat, and so forth), and the outcome of your efforts to control the pain (Did the medication work? For how long? Were there side effects?)

Many health care professionals also use various “pain assessment scales” to record patients’ levels of pain. You can use this system, as well, in conversation with your health care provider. Make sure you always use the SAME scale when describing your pain, for consistency and clarity. One of the simplest involves describing your pain level in terms of numbers: “0″ means “no pain at all,” and “10″ means “the worst possible amount of pain.” The higher the number, the greater the pain. If your health care provider uses a different assessment measuring approach, you may want to use that one. Ask for an explanation of how she or he records patient pain levels.

Mesothelioma and Lung Cancer

Pleural mesothelioma and lung cancer are both serious illnesses, but they are not the same. Pleural mesothelioma – sometimes called “asbestos lung cancer” – is really not a form of lung cancer, but a cancer of the lining that surrounds the lung.

A main difference between lung cancer and mesothelioma is that lung cancer is in the tissue of the lung. By contrast, pleural mesothelioma occurs in the lining around the lung.

Smoking is often considered a primary cause of lung cancer, while asbestos exposure is considered a primary cause of mesothelioma. Asbestos exposure may also be associated with lung cancer. Smoking is not linked to mesothelioma, however. Those exposed to asbestos and who smoke are as much as 90 times more likely to be develop lung cancer than those who don’t smoke.

Diagnosis

Diagnosis is the process of determining the kind of disease that is present. An accurate diagnosis is important because it helps to determine the type of treatment that you will undergo.

Your doctors may use a number of procedures to aid in the diagnosis of mesothelioma. The most common of those procedures are listed here. Whether one or a combination of these tests are conducted in a given patient’s case will depend on factors unique to the patient. Some tests might first be conducted to determine whether a biopsy should be performed. A biopsy is usually necessary to confirm a diagnosis.

For your reference, a word with “-scopy” at the end refers to the use of a scope or viewing instrument that can be used to look directly inside the body at the abnormal or suspected area. A word that ends in “-ectomy” refers to the removal of tissue through surgery.

Pleural Mesothelioma: Diagnosis

Your doctor may perform some of the following procedures to diagnose pleural mesothelioma.

CT scan

This type of X-ray provides a very detailed picture of the size and location of the cancer. The images taken are compiled by a computer to create a more complete image of the disease. The procedure is also called a computerized axial tomography (CAT) scan.

PET scan

A procedure in which a small amount of radioactive glucose (sugar) is injected into a vein, and a scanner is used to make detailed, computerized pictures of areas inside the body where the glucose is used. Because cancer cells often use more glucose than normal cells, the pictures can be used to find cancer cells in the body.

Thoracoscopy

The diagnosis of malignant pleural mesothelioma may involve your doctor looking inside the chest cavity with an instrument called a thoracoscope. For this procedure, an incision is made through the chest wall and the thoracoscope is put into the chest between two ribs. This procedure is usually done in the hospital.

Bronchoscopy

A bronchoscopy involves an examination of the lungs and air passages. The doctor places a lighted tube down the patient’s throat and trachea into the lungs. This procedure is called a bronchoscopy, and the instrument used is called a bronchoscope.

Thoracentesis

Some patients develop fluid in their lungs. This is called a pleural effusion. Your doctor might take a sample of this fluid with a needle injected into the chest and test the fluid for cancer cells. Your doctor may also perform this procedure for draining fluid from the lungs to help relieve pain.

Mediastinoscopy

This is a test that examines the mediastinum. This area is in the center of your chest, between your lungs, and contains the heart, blood vessels and lymph nodes.

Needle Biopsy

For this procedure, the doctor uses a thin needle to take samples of cells for examination under microscope. This test can be uncomfortable but may take only a few minutes. Small pieces of the tissue are taken and then sent to a laboratory for analysis.

The doctor might also use an X-ray, CT scan or fluoroscopy to guide the needle as it is inserted into the tumor. Fluoroscopy is a diagnostic procedure in which X-rays are passed through the body and then projected onto a screen, providing a continuous image of the body’s internal structures.

Wedge Biopsy

For this procedure, a doctor makes an incision through the skin, and a wedge of tissue or tumor is obtained and sent to a laboratory for analysis. A wedge biopsy is often used when other biopsy methods have been unable to confirm a diagnosis.

Cytology and Pathology

Pathology is a study of a disease, which looks at specific cells and types of a disease process to determine the cause. Pathology tests are performed on samples of body fluid or tissue to determine the cell type (cytology) of a specific disease. The process of looking at these samples may include using microscopes, electron microscopes and various stains. This refers to special cell-staining techniques that identify specific types of malignant mesothelioma tumors. Certain types of dyes or coloring are added to the patient’s biopsy samples. Depending on how the tissue responds to the dye, the doctor can make a better estimate about the outcome of the illness. In making the diagnosis, the more information the doctor has about the tumor, the better he or she can recommend appropriate treatment.

After your biopsy, a sample of the tissue or fluid removed may be sent to a hospital laboratory to be analyzed.

  • If fluid is removed during a thorancentesis or thorascopy, it is sent to a Cytology lab for analysis. Your doctor will receive a written report of the results. The doctor may receive an oral report from the lab prior to the written results.
  • If a tissue biopsy from a bronchoscopy, needle biopsy or thorascopy is done, it is sent to a surgical pathology lab for analysis. The final report will be sent to your doctor.
  • Surgical removal of a tumor, pleura or lung is sent to a surgical pathology lab. In the lab the material is analyzed with special stains. The material may be placed under a microscope for magnification and further review to determine the cell type. After analysis is completed, small pieces of any remaining tissue are preserved in paraffin for future us
Peritoneal Mesothelioma: Diagnosis

One way doctors diagnose peritoneal mesothelioma is by looking inside the abdominal cavity with an instrument called a peritoneoscope. In this procedure, a cut is made through the abdomen wall and the peritoneoscope is placed into the abdomen. This test, called a peritoneoscopy, is usually performed in the hospital. Some patients develop excessive fluid in the abdomen. This is called an effusion or ascites. A doctor may take a sample of such fluid to diagnose peritoneal mesothelioma.

Pericardial Mesothelioma: Diagnosis

Pericardial mesothelioma is also known as mesothelioma of the pericardium or cancer of the sac that holds the heart. Your doctor may diagnose pericardial mesothelioma using a thoracoscope to perform a thoracoscopy, which might also involve opening up the chest cavity to remove the tumor.

Patients who develop excessive fluid around the heart, called an effusion, may have a sample of the fluid taken to diagnose pericardial mesothelioma.





New research shows baseline CT screen helps detect early stage lung cancer in people at high risk because of asbestos exposure

A new study by Italian researchers published in the November issue of The Oncologist suggests that CT screening may help in early detection of lung cancer among people with a history of asbestos exposure. Asbestos exposure increases the risk of developing lung cancer and mesothelioma, a rare cancer that attacks the lining of the lungs or abdomen. In a group of more than a 1,000 people exposed to asbestos, CT screening found non-calcified nodules in 44 percent of the participants. Chest X-ray detected such nodules in only 4 percent of the study participants. Researchers also found nine cases of early stage lung cancer through the use of CT screening. None of these cases were detected by chest X-ray. The tumors were surgically removed, which potentially cured these individuals before their tumors were even visible on chest X-ray. CT screening also gave 11 false positive results. The researchers concluded that baseline CT screening was beneficial for people with a history of asbestos exposure who are consequently at high risk for developing mesothelioma or lung cancer. They also concluded that additional research should be done to determine whether CT screening may assist in early detection of mesothelioma as well.

Fight continues over the fate of Pittsburgh’s historic, asbestos-filled Schenley High School

Built in 1916, Schenley High School is one of the most beautiful buildings in Pittsburgh, Pennsylvania and the first American high school to cost more than a million dollars to build. Its threatened demolition has initiated an enthusiastic “Save Schenley” movement. The historic high school has a Skinner pipe organ, as does the National Cathedral in Washington, D.C. And the school has hosted famous people in many fields as they passed through school there: pop icon Andy Warhol; jazz musicians George Benson, Ray Brown, Walt Harper and Stanley Turrentine; professional athletes Larry Brown, Darnell Dinkins, Maurice Lucas and Shawn Hawkins; physics Nobel laureate Clifford Shull; and Derrick Bell, the first black professor at Harvard Law School; as well as Pittsburgh favorites Bruno Sammartino and sportscaster Bob Prince. But asbestos was used extensively throughout the building, making it very difficult and expensive to save the school. The school district estimates that it will cost $64.4 million in public funds to make the school safe and functional

Cleaning up asbestos mine on Belvedere Mountain, Vermont could cost $500 million

Vermont Asbestos Group’s mine on Vermont’s Belvedere Mountain closed in 1993 after almost a century in operation, leaving asbestos tailings scattered over the lower part of the mountain. In addition to the risk of asbestos in open piles, arsenic, magnesium and nickel have appeared at high levels in area streams. Asbestos has washed out of the tailing piles and into brooks and ponds that drain into the Lamoille and the Missisquoi, two major rivers in northwestern Vermont. This asbestos contamination is blamed for killing aquatic life in the streams and destroying wetlands, where birds and mammals have begun to disappear. There is also concern that asbestos fibers could become airborne and expose the public to cancer risk because inhaling asbestos fibers has been connected to mesothelioma and lung cancer, as well as other forms of cancer. The Environmental Protection Agency has developed a plan, at Vermont’s request, to prevent asbestos from further eroding from the tailings and polluting or blocking nearby streams. The mountain may become a Superfund site, and cleanup could cost $500 million.

Environmental cleanup in Michigan has already cost $760 million and is not over yet

The state of Michigan has spent $760 million over the last 20 years attempting to erase Michigan’s legacy of industrial contamination. But it has been estimated that Michigan would have to spend $100 million every year for 20 more years (a total of $2 billion) to completely remove pollution from Michigan’s soil and water. Bonds approved in 1988 and 1998 to fund environmental have been nearly depleted. And the longer the cleanup is delayed, the more there will be to clean up, as pollution migrates through the water and soil, spreading dangerous contamination. The contamination at issue includes asbestos, chemicals and PCBs left behind when industrial plants close down.

Wednesday, December 5, 2007

Types and Symptoms of Mesothelioma

Mesothelioma is a form of cancer that develops in the lining around the lungs (the “pleura”), abdomen (the “peritoneum”), or heart (the “pericardium”).
Mesothelioma is almost always caused by exposure to asbestos. In contrast, lung cancer refers to a malignancy of the lung itself.

This section is not intended as a tool for self-diagnosis, nor is it intended to be a substitute for consulting with a doctor who specializes in the diagnosis and treatment of mesothelioma. This section is merely designed to help you learn about mesothelioma.

Pleural Mesothelioma:

Pleural mesothelioma, also known as mesothelioma of the pleura, is a tumor of the lining surrounding the lungs. The pleura is a thin tissue around the lungs and the inside of the chest. In order to protect the lungs, the pleura produces a small amount of fluid which helps cushion the lungs, making the lungs move more smoothly during breathing.

Benign (Non-Cancerous) pleural mesothelioma

Benign pleural mesothelioma is a non-cancerous tumor that has not spread to other organs of the body. If the tumor is large, it may squeeze the lung itself and cause shortness of breath and pain.

Malignant Pleural Mesothelioma

Malignant Pleural mesothelioma is cancerous and can spread to other parts of the body. This rare form of cancer is found in the pleural sac lining of the lung. Exposure to asbestos is considered the primary cause of pleural mesothelioma.

Symptoms

Pleural mesothelioma may include shortness of breath, chest pain, back pain, pain in the rib cage, fluid build-up in the lung lining, hoarseness, coughing up blood, swelling of the face and arms, muscle weakness, paralysis and sensory loss.

Peritoneal Mesothelioma:

Peritoneal mesothelioma, also known as cancer of the peritoneum, is a cancer of the abdominal lining.

One way doctors diagnose peritoneal mesothelioma is by looking inside the abdominal cavity with an instrument called a peritoneoscope. In this procedure, a cut is made through the abdomen wall and the peritoneoscope is placed into the abdomen. This test, called a peritoneoscopy, is usually performed in the hospital.

Some patients develop excessive fluid in the abdomen. This is called an effusion or ascites. A doctor may take a sample of such fluid to diagnose peritoneal mesothelioma. Fluid in the abdomen might also be drained to relieve symptoms of peritoneal mesothelioma. The procedure for drawing out this fluid is called “paracentesis”.

For more information about the diagnosis of this disease, click here

Symptoms

The symptoms of this cancer may include stomach pain, weight loss, nausea, vomiting, hernia, fluid in the abdominal cavity or a mass in the abdomen.

Pericardial Mesothelioma:

Pericardial mesothelioma is also known as mesothelioma of the pericardium or cancer of the sac that holds the heart.

Your doctor may diagnose this cancer using a thoracoscope to perform a thoracoscopy, which might also involve opening up the chest cavity to remove the tumor.

Patients who develop excessive fluid around the heart, called an effusion, may have a sample of the fluid taken to diagnose pericardial mesothelioma. Fluid might also be drained to relieve symptoms of pericardial mesothelioma. The procedure for drawing out this fluid is called “pericardiocentesis.”

Symptoms

Symptoms can include chest pain and shortness of breath. The tumor and/or fluid that accumulates between the heart and the sac can compress the heart, causing such symptoms

Cell Types of Mesothelioma:

A patient’s doctor or medical records may refer to the “cell type” of the malignant mesothelioma. This refers to the type of tissue where the cancer first developed. For example, “epithelial” malignant mesothelioma refers to cancerous cells that develop in the “epithelium,” which is the membrane lining of the lung, heart, or abdomen. In contrast, “sarcomatous” malignant mesothelioma arises in connective tissue. “Biphasic” refers to malignant mesothelioma that arises in two different cell types. Other cell types of malignant mesothelioma are lymphohistiocytoid and desmoplastic.





Medical FAQs part 2

How is mesothelioma diagnosed?
Diagnosis is the process of determining the kind of disease that is present. An accurate diagnosis is important because it helps to determine the type of treatment that you will undergo.Doctors may use a number of procedures to aid in the diagnosis of mesothelioma. The most common of those procedures are listed here. Whether one or a combination of these tests are conducted in a given patient’s case will depend on factors unique to the patient. Some tests might first be conducted to determine whether a biopsy should be performed. A biopsy is usually necessary to confirm a diagnosis.
  • CT scan
    This type of X-ray provides a very detailed picture of the size and location of the cancer. The images taken are compiled by a computer to create a more complete image of the disease. The procedure is also called a computerized axial tomography (CAT) scan.
  • PET scan
    A procedure in which a small amount of radioactive glucose (sugar) is injected into a vein, and a scanner is used to make detailed, computerized pictures of areas inside the body where the glucose is used. Because cancer cells often use more glucose than normal cells, the pictures can be used to find cancer cells in the body.
  • Thoracoscopy
    The diagnosis of pleural malignant mesothelioma may involve your doctor looking inside the chest cavity with an instrument called a thoracoscope. For this procedure, an incision is made through the chest wall and the thoracoscope is put into the chest between two ribs. This procedure is usually done in the hospital. Before the procedure, the patient is given a local anesthetic.
  • Bronchoscopy
    A bronchoscopy involves an examination of the lungs and air passages. The doctor places a lighted tube down the patient’s throat and trachea into the lungs. This procedure is called a bronchoscopy, and the instrument used is called a bronchoscope.
  • Thoracentesis
    Some patients develop fluid in their lungs. This is called a pleural effusion. A sample of this fluid can be taken out with a needle injected into the chest and tested for cancer cells. This procedure for draining fluid from the lungs may also be performed in an attempt to relieve pain.
  • Mediastinoscopy
    This is a test which examines the mediastinum. This area is in the center of your chest, between your lungs, and contains the heart, blood vessels and lymph nodes. You’ll need a general anesthetic for this test and therefore will probably spend at least one night in the hospital.
  • Needle Biopsy
    For this procedure, the doctor will use a thin needle to take samples of cells for examination under microscope. This test can be uncomfortable but may take only a few minutes. The doctor may use an X-ray, CT scan or fluoroscopy to guide the needle as it is inserted into the tumor.
  • Fluoroscopy
    Fluoroscopy is a diagnostic procedure in which X-rays are passed through the body and then projected onto a screen, providing a continuous image of the body’s internal structures. Small pieces of the tissue are taken and then sent to a laboratory for analysis.
  • Wedge Biopsy
    For this procedure, an incision is made through the skin, and a wedge of tissue or tumor is obtained and sent to a laboratory for analysis. The patient is under general anesthesia for this procedure. A wedge biopsy is often used when other biopsy methods have been unable to confirm a diagnosis.
  • Cytology and Pathology
    Pathology is the study of a disease, which looks at specific cells and types of a disease process to determine the cause. Pathology tests are performed on samples of body fluid or tissue to determine the cell type (cytology) of a specific disease. The process of looking at these samples may include using microscopes, electron microscopes and special cell-staining techniques that identify specific types of cancer cells. Certain types of dyes or coloring are added to the patient’s biopsy samples. Depending on how the tissue responds to the dye, the doctor can make or confirm a diagnosis. In making the diagnosis, the more information the doctor has about the tumor, the better he or she can recommend appropriate treatment. Knowing the type of disease helps to make the treatment more specific.
What are the stages of malignant mesothelioma?
Malignant mesothelioma moves through four stages, each one more advanced than the next. Your doctor will probably determine at what stage the cancer is, a process called staging, because each stage requires a different variation of treatment.Stage I: The cancerous growth is found in the lining of the lungs, heart or abdomen.Stage II: The mesothelioma has moved to this stage when it goes from the lining into the lymph nodes.Stage III: The cancer has spread into the chest wall, center of the chest, heart, diaphragm or stomach.Stage IV: The most advanced stage is when the mesothelioma has spread into organs that are not part of the lung, heart or abdominal systems, such as the liver, pancreas or colon.

What kinds of treatment options or therapies are available for mesothelioma?
Research continues daily across the country in an effort to find a cure and effective treatments for mesothelioma. The most common treatments are surgery, radiation and chemotherapy. Some new therapies are starting to emerge, and research on new treatment options is ongoing. For detailed information about treatment options for mesothelioma.

How do I find a doctor or hospital that can help?
Because mesothelioma is a relatively rare form of cancer, not all doctors have experience with mesothelioma. Some doctors and medical centers have extensive experience with treating mesothelioma patients. Some cancer centers have experience with all types of cancer. Be sure to choose a doctor you feel comfortable with, and remember, you can always seek a second opinion. I will be posting a list of doctors and hospitals specializing in mesothelioma.

Where can mesothelioma patients, their families and friends turn for help to cope with mesothelioma?
Coping with mesothelioma, like other types of cancer, can be especially difficult. There are few support groups specifically for mesothelioma, and these are often informal groups of people who live in the same area or who meet each other in doctors’ offices and hospital waiting rooms. There are bigger and more organized support groups for cancer sufferers in general. Choose whatever group you feel the most comfortable with.



Medical FAQs part 1

What is Mesothelioma?
Mesothelioma is a form of cancer caused by exposure to asbestos. Mesothelioma is not lung cancer. Instead, it is a specific kind of cancer that affects the lining around the lungs, heart or abdomen.Each year, between 2,500 and 3,000 men and women in the U.S. are diagnosed with mesothelioma. Asbestos is the primary cause of mesothelioma. It is an aggressive cancer that can be difficult to treat. Often, the cancer does not appear for 15 to 40 or more years after a person has been exposed to asbestos. Exposure to even relatively small amounts of asbestos can cause mesothelioma.Fortunately, researchers and doctors continue to make new advancements and discoveries regarding mesothelioma. For more information about treatment options for mesothelioma

What is Asbestos?
Asbestos is a naturally occurring substance, mined from rock and made up of tiny fibers, that has been used extensively in thousands of building and insulation products.Asbestos releases microscopic fibers that people either breathe in or swallow. Asbestos fibers are so small the eye cannot see them. Asbestos has no smell or taste, and it is inhaled or swallowed without immediate or noticeable effect.

What are the types of malignant mesothelioma?
Mesothelioma can affect the lining of the lungs (pleural mesothelioma), heart (pericardial mesothelioma) and abdomen (peritoneal mesothelioma).The chest cavity, abdominal cavity and the cavity around the heart are all lined by a layer of specialized cells called mesothelial cells. The tissue formed by these cells is called mesothelium.Pleural mesothelioma is the most common form of the disease. Peritoneal mesothelioma is the next most common form, and pericardial mesothelioma is the most rare.

Who gets mesothelioma and why?
The primary known cause of mesothelioma is asbestos exposure. Throughout the 20th century, especially prior to the mid-1970s, asbestos was found in thousands of products, especially insulation and construction materials.
Here is a list of some products that at one time contained asbestos:
Pipe Covering/Pipe Insulation
Insulating cement
Insulating block
Refractory cement
Floor and ceiling tile
Fireproofing
Insulation
Firebrick
Gaskets
Joint compounds
Brake pads and linings
Clutches
Electraical wires
Boilers
Furnaces
Turbines
Wallboard/Millboard
Asbestos cloth, blankets, felt or paper
Asbestos packing
Asbestos rope
Shingles
Roofing materials
Plastic cement
Drilling additives
Here is a list of some trades that at one time were commonly exposed to asbestos on the job:
Insulators
Pipfitters
Plumbers
Boiler room tenders
Boilermakers
Steel workers
Shipyard workers
Electricians
Carpenters
Drywall finishers
Painters
Plasterers
Iron workers
Crane operators
Floor coverers
Masons
Brickmasons and blockmasons
Laborers
Construction workers
Pot tenders
Welders
Sheet metal workers
Railroad workers
Brake mechanics
Refinery workers
Power plant workers
Paper mill workers
Navy men
Particularly from the 1940s to the mid-1970s, many workers throughout the U.S. were exposed to asbestos at their jobs. In some cases, a member of the worker’s family may have been exposed to asbestos carried home on the worker’s clothes and developed mesothelioma many years later.

What are the symptoms of malignant mesothelioma?
The symptoms of mesothelioma may include: shortness of breath, pain in the chest or back, or pain or swelling in the abdomen. Other symptoms may include difficulty swallowing, cough, fever, sweating, fatigue and weight loss.The symptoms of pleural mesothelioma may also include hoarseness, coughing up blood, swelling of the face and arms, muscle weakness, paralysis and sensory loss. Those with peritoneal mesothelioma may experience pain in the abdomen, weight loss, nausea, vomiting, hernia, fluid in the abdominal cavity or a mass in the abdomen.

Minnesota state agencies won't participate in Iron Range mining company's health study

Minnesota’s Department of Health and Pollution Control Agency have announced that they won’t participate in a health study of current and former workers planned by Cleveland-Cliffs, an Iron Range mining company whose workers have shown extremely high rates of mesothelioma. Mesothelioma, a rare cancer associated with asbestos exposure, has been diagnosed in 145 men in Northeastern Minnesota since 1988. The company had hoped that its study, scheduled for completion in two years, would proceed with the cooperation of the state agencies. The agencies have decided that they will not participate in the company study, however, and will instead invest their resources in a comprehensive study of mesothelioma in miners in Northeastern Minnesota’s Iron Range planned jointly between the University of Minnesota and the state health department. The state committed to this joint study with the University of Minnesota after scandal erupted over the health department’s year-long delay in reporting the death of 35 additional Iron Range miners from mesothelioma. Cleveland-Cliffs claims that it will still go ahead with its study and will hire an independent firm to complete the work. Lawmakers would prefer that the company scrap its plans and question whether the study would have any credibility.

Cleveland Cliffs is attempting to mislead the public

Once again, a major mining company is attempting to mislead and confuse its past and present employees and the public about its concern for their health and safety.

An October 2007 newsletter issued by Cleveland-Cliffs announced that it intends to conduct an independent, scientific study on the health of current and former workers at Northshore Mining and its predecessor Reserve Mining Company. The study will focus on lung ailments of employees and determine if those ailments were caused by exposure to taconite dust and asbestos found in the mines and processing plants.

The newsletter went on to state that the Minnesota Department of Health and the Minnesota Pollution Control Agency were cooperating with Cleveland-Cliffs on this allegedly “independent” study. Nothing could be further from the truth. Carol Woolverton, the Acting Commissioner of the Minnesota Department of Health, and Brad Moore, the Commissioner of the Pollution Control Agency, have assured us they will put any necessary resources towards supporting the study led by the University of Minnesota and will not provide resources towards assisting Cleveland-Cliffs on this study. Both agencies are 100 percent committed to working with the U of M on a truly independent study of this issue and see no benefit in participating in a parallel study funded entirely by Cleveland-Cliffs.

When the Department of Health admitted that it had withheld information about a high incidence of mesothelioma among Iron Range miners, public confidence in the state agencies was significantly compromised. At a June 28 meeting in Mt. Iron, the U of M offered to lead an independent study of the mesothelioma risks associated with iron ore and taconite mining and processing activities. The U of M study is well underway and multiple state agencies and health care organizations have pledged their commitment to work with the U of M on the study.

We have also talked with Doctors Finnegan and Mandel, the lead university researchers responsible for the U of M study. They too are in agreement that a parallel study funded entirely by Cleveland-Cliffs will only serve to confuse the public and will have little credibility given the mining company’s potential liability for any adverse health impacts from its operations.

We have also talked with Doctors Finnegan and Mandel, the lead university researchers responsible for the U of M study. They too are in agreement that a parallel study funded entirely by Cleveland-Cliffs will only serve to confuse the public and will have little credibility given the mining company’s potential liability for any adverse health impacts from its operations.

Last Friday, we urged Dana Byrne, Public Relations Director for Cleveland-Cliffs, to shelve the company’s plans to conduct its own study of the mesothelioma issues. As noted by our state agencies and the U of M, two studies will only further confuse the public on a very complex and highly emotional issue. We must trust the U of M to conduct a single, unbiased, objective and independent study and allow those results to speak for themselves.

Cleveland-Cliffs should consider contributing the funds it had intended to use on its own study to the U of M study.

Cleveland-Cliffs has already confused the public by erroneously stating that two state agencies were committed to its study of miners’ health issues. To repair the damage to their public credibility, Cleveland-Cliffs should abandon its plans for a parallel study. If company executives are truly concerned about the health of its past and present employees, they should consider making a financial contribution to the university’s study. That financial commitment could be pro-rated to reflect the proportion of mining activities conducted by Cleveland- Cliffs. Other mining companies could also be encouraged to make similar financial contributions.

The U of M study has the best chance of finding real answers to health questions that have plagued our area for generations – answers that will have credibility within our communities. A second study by Cleveland-Cliffs will only serve to further confuse the public on an already complicated issue.

First successful wrongful death case by family of mesothelioma victim in South Korea

The family of a South Korean woman on Tuesday became the first litigants to win a wrongful death suit in the country for exposure to asbestos, local media and the family's lawyer said.

The Daegu District Court ordered an unidentified asbestos manufacturer to pay 124.7 million won ($135,000) to the family of the woman who died last year at the age of 46 of what doctors said was cancer due to asbestos exposure during her employment from 1976-1978.

"The labour ministry said there have been an estimated 46 deaths due to asbestos-related diseases in South Korea over the past seven years," said the family's lawyer Lee Ho-chul.

Lee said the company has changed its name many times but was mostly recently known in South Korea as Cheil E&S Corp. It has since left the country and moved to Indonesia.

"More cases like this will be coming up," Lee said, but added they would be tough to win because the exposure took place many years ago and not much evidence documenting exposure remains.

Officials from the labour ministry were not immediately available to comment on the lawsuit or answer questions about asbestos exposure in the country.

The court said in its decision posted on its Web site (http://daegu.scourt.go.kr/) that the company did not take adequate measures to prevent employees from breathing in asbestos or telling them about the risks of exposure. (Reporting by Jessica Kim, writing by Jon Herskovitz, editing by Rosalind Russell)