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Mesothelioma Articles

>>> Vitamin B6 Reduces Risks of Developing Certain Lung Cancers
(June 18th, 2010)

>>> New Cancer Drug is being Developed to Tackle Excessive Fluids in the Chest (Pleural Effusions)
(June 16, 2010)

>>> Asbestos is Properly Managed, Controlled & Regulated in Kent Schools, say Kent County Council Chiefs
(June 2nd, 2010)

>>> Noah Webster Basic School Settles with Asbestos Hazard Emergency Response Act - Environmental Protection Agency (EPA) Regulations, Asbestos Management Plan
(January 30th, 2010)

>>> City of Buffalo, New York Charges $1000 Fee/ Every Asbestos Abatement Notification to Offset $7 Million in Costs
(January 27th, 2010)

>>> California Plant Insulation Company Pays Out Record Asbestos Compensation - Product Negligence & Liability, Former Insulator Testimony, San Francisco Supreme Court
(January 24th, 2010)

>>> Cleaner Air & Less Pollution Can Add 5 Months of Average Life Span - Environmental Protection Agency & Clean Air Act of 1970, Air Pollution
(January 23rd, 2010)

>>> Flooding at Ohio School Releases Hidden Asbestos - Burst of Ventilator Pipe, Ohio Health Department Intervenes
(January 22nd, 2010)

>>> Asbestos Causes Death of 85 Year Old Ship Engineer at Queen Alexandra Hospital
(January 21st, 2010)

>>> Eat Fruits & Vegetables Diet - Prevent Cancer and Stay Healthy - Selections for Breakfast, Post-Breakfast Snack, Lunch and Dinner
(January 20th, 2010)

>>> Lung Cancer Surgery Made Easy via Video-Assisted Thoracoscopic Surgery
(January 19th, 2010)

>>> Former Pittsburgh Pirates Pitcher, Dave Roberts Dies from Asbestos Lung Cancer
(January 17th, 2010)

>>> Portage Fire Department Firefighter Dies of Mesothelioma Lung Cancer
(January 16th, 2010)

>>> Boston University Scientists Identify Another Molecule for Lung Cancer Development - microRNA Molecule, Gene Tissues & Expressions Study, Smoking Statistics
(January 15th, 2010)

>>> United States Armed Forces Veterans & Asbestos Exposures - Types of Vessels, Brooklyn Navy Shipyard, Use of Asbestos in Shipyards, World War II
(January 10th, 2010)

>>> New York University Science Students Find Osteopontin - A Molecule Linked to Asbestos Induced Cancers Including Pleural Mesothelioma
(January 7th, 2010)

>>> CT Scans Detect Early Lung Cancer and Can Have 92% Survival Rate in 10 Years - Cancer Treatment Breakthrough, Smoking for 30 Years
(January 5th, 2010)

>>> Protein from Lung Cancer Cells Spurs Inflammation To Induce Metastasis - University of California Study Suggests - Description of Versican Protein, Process of Metastasis & Inflammation/Scarring of Lungs
(January 2nd, 2010)

>>> Carbon Nanotubes & Development of Pleural Mesothelioma - Single-Walled Carbon Nanotubes versus Multi-Walled Carbon Nanotubes, Products & Applications, Chemical Properties & Diagrams
(December 29th, 2010)

>>> University of Minnesota Science Students Launch Study to Investigate Why Iron Range Miners have Higher Death Rates from Asbestos Exposure
(December 28th, 2010)

>>> How Asbestos Fibers Generate Cancer in Human Cells - Study at the Ohio State University Earth Sciences Department
(December 25th, 2010)

>>> Lung Cancer & Computed Tomography Scans - Youtube Video from OPN Broadcasting
(November 24th, 2010)

>>> Hazardous Careers - Factory Laborers @ Risk of Asbestos Exposure - Asbestos Used in 3000 Consumer Products, Factory Buildings with Asbestos Containing Products, Case Study of Kent Cigarettes Using Asbestos in Micronite Filters
(November 10th, 2010)

>>> Hazardous Careers - Carpenters @ Risk of Asbestos Exposure - Carpentry as Profession, Rough vs Finishing Carpenters, Consumer Product Safety Commission (CPSC), Case Study of Long Beach Naval Shipyard (World War II)
(November 3rd, 2010)

>>> Hazardous Careers - Welders at Risk of Asbestos Exposure - Welding Process, Welding Tools, Application of Asbestos, Health Risks & Warnings
(October 26th, 2010)

>>> Hazardous Careers - Steel Mill Workers @ Risk of Asbestos Exposure - Time Period (World War II), Use of Asbestos in Steel Mills, Case Study
(October 20th, 2010)

>>> 15 Year Shipbuilder Survives Mesothelioma Lung Cancer - Cancer Treated with Precise Radiation & Advanced Surgery Techniques
(October 16th, 2010)

>>> Risks of Mesothelioma Cancer Development & Asbestos Exposure Among Women
(October 6th, 2010)

>>> New York Business Owner & Air Monitor Places Residents & Workers at Risk of Mesothelioma Lung Cancer
(September 29th, 2010)

>>> Former Alcoa Employee to Sue Company for $20 Million from Wrongful Death Resulting from Asbestos Exposure
( September 16th, 2010)

>>> Dangers of Asbestos in Older Homes, Public Buildings & Schools
(September 15th, 2010)

>>> New Clinical Trial Studying Chemotherapy & Radiation Treatment Protocols for Pleural Mesothelioma
(September 5th, 2010)

>>> Asbestos Kills 28 Year Old Woman, Precise Cause of Death Unknown (August 31st, 2010)

Facts About Mesothelioma
> Beginning the late 1800s, asbestos was mined and used in many different industries all over North America, especially before the World War II. Examples of industry use include:

- Automotive industry uses asbestos in vehicle brakeshoes and clutch pads.
- Building & construction industry uses asbestos for strengthening cement as well as sound absorption, roofing, insulation and fireproofing.
- Shipbuilding industry uses asbestos to insulate hot water pipes, boilers and steampipes... (Read More)

> About 2000 - 4000 Americans are diagnosed with Malignant Mesothelioma each year, and about 66% of those cases are of Pleural Mesothelioma. Pleural Mesothelioma occurs when Cancer hits the lining of the lungs, also known as the 'Pleura.' The Pleura is a Sac which houses the lungs, and consists of a thin membrane called the 'mesothelium.' The mesothelium is a vital part of the lungs because it enables them to expand and contract when breathing by secreting a fluid. This fluid is located in the lungs and inside of the rib cage. If the Pleura or the Pleural fluid becomes damaged with Cancer, it makes it very hard for the patient to breathe, thus shortness of breath is a common symptom of Pleural mesothelioma... (Read More)

 

New Cancer Drug is being Developed to Tackle Excessive Fluids in the Chest (Pleural Effusions)

(June 18th, 2010)

In a recent publication of Respirology published by Wiley-Blackwell, Scientists have published 2 papers that encourage the use of Iodoprovidone agent to tackle the growing problem of excessive fluids developing in the chest. Iodoprovidone is known as a Pleurodesing agent and is perceived to be a option in managing malignant pleural effusions developing in Cancer patients. In fact according to ScienceDaily, 200,000 Cancer patients in the USA suffer from malignant pleural effusions each year. Pleural effusions is when excessive fluids accumulate around the chest area making it very difficult for patients to breathe and face severe distress. Scientists say some patients accumulate a few litres of fluids around the chest, which is huge. It is estimated that 1 in 4 patients with Cancer, 1 in 3 patients with Breast Cancer and almost all Mesothelioma lung cancer patients will develop malignant pleural effusions.

Andreas H. Diacon, editorial publisher at Respirology magazine quotes, "There is not only a need to identify ideal pleurodesis agents, but also to standardize and optimize research tools to evaluate pleurodesis success in malignant effusions. In combination, these papers are complementary and warrant a critical appraisal of the current state of clinical research in malignant pleural effusion." Pleurodesis is a similar type of treatment that prevents accumulation of air and liquids in the pleural space. Presence of tumors in the pleural space is associated with sicknesses such as breathlessness, severe cough and pain.

Jose D.A, lead Author of the study quotes, "Out of the 61 pleurodesis procedures performed, no mortality was observed and less than 20 per cent presented complications. With the success rate of about 99 percent, iodopovidone appears to be a good option for the recurrent malignant pleural effusion."
Pleural effusions are detected by Chest x-rays that show the excessive layers of fluid that reside in the chest area. As soon as 500mL of fluid accumulates around the chest area, the patient suffers from lacking function of the chest including symptoms such as:

- Less movement of the chest on the side which has excessive fluids, leading to pain.

- Breathlessness

- Decreased vocal resonance

Iodopovidone is recognized as a cheap and effective agent for managing pleural effusions. Medical doctors inject mixture of 20 ml 10% iodopovidone and 80 ml 0.9% saline solution in to the pleural cavities of patients through a chest tube. Once the chest tube accumulates fluids and less than 100mL of fluids remains in the pleural cavity, the chest tube is unclamped from the chest area. After performing a chest radiography that shows a fully re-expanded lung, the patient is let free from the hospital.

View the Youtube video below to see how Pleural effusions is managed in the chest area and how excessive fluids are detected.

Types of Mesothelioma

> Pericardial Mesothelioma
> Peritoneal Mesothelioma
> Pleural Mesothelioma
> Testicular Mesothelioma
> Pleural Effusions
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