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At Risk Jobs and Locations
It is inhalation of
asbestos fibers
which can cause mesothelioma or asbestos lung cancer. Even low exposure levels
of the tiny fibers or asbestos dust are very dangerous. After the 1980's
workplace exposure to asbestos became rare, but it can take up to 40 years for
signs of mesothelioma asbestos lung cancer to be noticed.
Most patients were
exposed to
asbestos fibers on the job or in the workplace in what is known as occupational
exposure. Another form of exposure is called para-occupational exposure. This
form of asbestos exposure can be harder to determine the source, but it usually
develops from a family member who has been exposed in the workplace.
Typically the family member is exposed to asbestos dust or fibers from the worker's clothing, and when the clothing is handled the dust is released and inhaled. Family members that are exposed in this way, may be exposed to smaller amounts, but are still very much at risk.
In the same way, those that have homes or work
near facilities that have asbestos may also be at risk even though there is not
obvious direct contact. The fine asbestos dust can easily be carried by the
wind over long distances.
Likewise, people who
live near these
types of sites likely to have asbestos around the facility are also at risk:
refineries, power plants, factories, shipyards, steel mills and building
demolition. These work sites can release asbestos fibers into the environment
and contaminate nearby residential neighborhoods.
Many occupations have an
increased risk for developing lung cancer. For example, asbestos insulation
workers have 92 times the risk of developing lung cancer, and smelter workers
have 3-8 times the risk of developing lung cancer. The risk of lung cancer is
also increased in people who work in the manufacturing of certain industrial
gases, pharmaceuticals, soaps and detergents, paints, inorganic pigments,
plastics, and synthetic rubber. The risk of developing lung cancer is related
to the amount of exposure to the cancer-causing agent.
Trades:
Manufacturing of asbestos products (insulation, roofing, building,
materials)
Vehicle repair (brakes & clutches)
Construction workers and contractors
Maritime workers
Miners and drillmen
Offshore rust removals
Oil refinery workers
Power plants
Railway workers
Sand or abrasive manufacturers
Shipyards / ships / ship builders
Steel mills
Tile cutters
Occupations:
Auto Mechanics
Boiler makers
Bricklayers
Building Inspectors
Carpenters
Drywallers
Electricians
Floor Coverings
Furnace Workers
Glazers
Grinders
Hod carriers
Insulators
Iron workers
Laborers
Longshoremen
Maintenance workers
Merchant marines
Millwrights
Operating Engineers
Painters
Plasterers
Plumbers
Roofers
Sand blasters
Sheet metal workers
Steam fitters
Tile setters
Welders
United States Navy veterans
Welders
Many occupations have an increased risk for developing lung
cancer. For example, asbestos insulation workers have 92 times
the risk of developing of lung cancer, and smelter workers
have 3-8 times the risk of developing lung cancer. The risk
of lung cancer is also increased in people who work in the
manufacturing of certain industrial gases, pharmaceuticals,
soaps and detergents, paints, inorganic pigments, plastics,
and synthetic rubber. The risk of developing lung cancer is
related to the amount of exposure to the cancer-causing agent.
For example, the risk of lung cancer in humans is proportional
to the number of cigarettes smoked. The risk of developing
lung cancer is 8-20 times greater in smokers compared to people
who have never smoked. A smaller, but real risk exists for
cigar and pipe smokers. Some lung cancer causing agents react together
to significantly worsen the risk of developing cancer. The
combined exposure to asbestos
and tobacco smoke clearly multiplies the risk of developing
lung cancer.
The risk of lung cancer is greater for those
living in urban areas. This risk is approximately 1.2 to 2.3
times that of people living in rural areas. There is also
an increased risk of lung cancer in smokers whose close relatives
have had lung cancer. Scarring in the lungs from previous
infections or injury can be associated with and increased
risk of cancer.