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Archive for July, 2009

University of Minnesota launches Study on Mesothelioma Cases in Iron Ore Workers

Friday, July 24th, 2009

Researchers and physicians from the University of Minnesota are searching for former and current taconite industry workers for a major medical study. Many “Iron Rangers” have rare and fatal lunch diseases such as mesothelioma. The University of Minnesota’s study will try to ascertain whether exposure to dust from the taconite industry is causing the disease.

The University intends to select 1,200 current and former taconite workers, as well as 800 spouses, to undergo exams including health questionnaires, breathing tests, X-rays, and blood work. The survey participants will range in age, have worked at different companies, and have lived in various Iron Range locations.

The Iron Range consists of the northeastern section of Minnesota that contains distinct bands of iron ore. About 98% of iron ore is used to make steel. Taconite is a low-grade iron ore that contains up to 30% of Magnetite and Hematite, and has also been used as an aggregate in asphalt.


Israeli City Has Large Number of Mesothelioma Cases

Thursday, July 23rd, 2009

Information presented by Dr. Micha Bar-Hana, the Israeli city of Nahariya has one of the largest concentrations of mesothelioma cases in the world. Nahariya was home to the only asbestos plant in the country, which was shut down in 1997. Dr. Bar-Hana is the director of Health Ministry’s cancer registry and presented the information at Petah Tikva’s Rabin Medical Center’s recent conference.

Dr. Avi Weiner, an expert in work-related diseases at Rambam Medical Center, also presented at the conference. His topic provided information on the risks of second-hand contact of asbestos. Family members in close contact with those who were directly exposed to asbestos are at risk for developing mesothelioma.

Dr. Weiner also warned that the numbers of people who develop mesothelioma will increase as they age, due to the long latency period of the disease. His example was his treatment of a 93-year-old man who had been exposed to asbestos approximately 70 years before.


GM Files Objection Against Committee Request from Asbestos Injury Claimants

Wednesday, July 22nd, 2009

General Motors (GM) recently filed an objection to requests from a consumer victims group and a group of people who have asbestos injury claims because they want an official tort claimant committee as part of GM’s upcoming bankruptcy proceedings.

GM states that the addition of these committees is unnecessary, since they already have a 15-member unsecured creditors committee that includes two tort claimants and one asbestos personal injury claimant. Official committees in bankruptcy cases have their professional fees paid by the bankrupt company’s estate.

GM filed bankruptcy on June 1. A hearing on the proposed sales is schedule for June 30. No other bidder is expected to challenge the offer from the Treasury-funded Vehicle Acquisition Holdings LLC.


Libby, Montana Determined a Public Health Emergency by EPA

Friday, July 17th, 2009

Asbestos contamination in Libby and Troy, Montana have created such a public health concern that the U.S. Environmental Protection Agency (EPA) and the Health and Human Services (HHS) used the Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA) to implement further clean-up action and health care for residents. The incidences of asbestosis, a lung disease caused by asbestos exposure, is significantly higher in the Libby area than the national average for the period from 1979-1998. Asbestos exposure is also the primary cause of mesothelioma.

Two HHS agencies are tasked with helping Libby and Troy residents who need medical care. A grant proposal is in the works that will lay out options for the much needed medical care. HHS anticipates the grant to be awarded in August, 2009.

A vermiculite mine was discovered in 1881 by gold miners. The Zonolite Company began mining this asbestos in the 1920s, and sold the operations to W.R. Grace in 1963. The mine closed in 1990.

The Libby asbestos site has been on the EPA’s Superfund National Priorities List since 2002, and while these efforts have reduced asbestos exposure, release of asbestos still remains a major threat to the community. Newly appointed EPA Administrator Lisa P. Jackson said “This is a tragic public health situation that has not received the recognition it deserves by the federal government for far too long. We’re making a long-delayed commitment to the people of Libby and Troy. Based on a rigorous re-evaluation of the situation on the ground, we will continue to move aggressively on the cleanup efforts and protect the health of the people.”

The hope is the grant will make quality health care more accessible, as well as provide additional resources to clean-up asbestos in the area.


Linear Accelerator (LINAC) Radiation Treatments

Wednesday, July 15th, 2009

Mesothelioma treatments are performed in various means, including radiation. Radiation treatment is often performed using a linear accelerator (LINAC) machine, commonly used for external beam therapy. This therapy aims highly focused beams of radiation at the edges of the site where cancer is found, destroying any abnormal cells and preventing growth or regrowth of the tumor while sparing the normal tissue. LINAC can also be used in sterotactic radio surgery similar to using a gamma knife on the targets within the brain.

The LINAC uses a microwave technology, similar to that used for radar, to accelerate electrons and then allowing the electrons to collide with a heavy metal target. High energy x-rays are scattered from the target, a portion of which is collected and shaped to form a beam that matches the patient’s tumor. The patient lies on a moveable treatment couch and lasers are used to ensure the patient is in the proper position. Radiation can be delivered to the tumor from any angle by rotating the device and the treatment couch.

A trained radiation oncologist will prescribe the treatment, while a radiation physicist and dosimetrist determine the best way to deliver the dosage and calculate the time required to deliver the dose. A radiation therapist will operate the LINAC.

LINAC is used in a large percentage of radiation therapy in the United States, as well as various treatment centers in Canada, New Zealand, and Great Britain. Using LINAC allows treatment facilities to deliver more treatment to a greater number of patients, thereby reducing wait times for radiation patients.

NOTE: The content contained herein was not prepared by medical professionals and should not be construed as medical advice. Please address all medical questions, concerns and symptoms with your doctor.


 
 
 
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