Air Pollution Causes Lung Cancer and Other Related Deaths - Heal Naturally - Environmental Pollution And Its Effects on Health and Nature

Environmental Pollution And Its Effects on Health and Nature

The Health Effects of All Types of Environmental Pollution :Air Pollution, Noise Pollution, Soil Pollution, Water Pollution, Land Contamination etc, As Well As Their Respective Environmental Pollutants And Toxic Chemicals on Climate Change, Green House Effect And Nature.


Home Top Ad

Responsive Ads Here

Sunday, February 26, 2017

Air Pollution Causes Lung Cancer and Other Related Deaths - Heal Naturally

Air Pollution Causes Non-Lung Cancer Deaths - Heal Naturally:
Medical researchers have known for awhile that air pollution can cause conditions related to the lungs. These include asthma, allergies and even lung cancer.

But few imagined that breathing air polluted air might cause other types of cancer. Yes, we are talking breast cancer, liver cancer, pancreatic cancer, intestinal cancers and others.

PM2.5 pollution causes cancer deaths
Researchers from the UK’s University of Birmingham and Taiwan’s University of Hong Kong have determined that sustained exposure to air pollution causes deaths from various cancers.

The researchers followed 66,820 people from Hong Kong who were 65 years old or older from 1998-2001 through to 2011. They monitored the people for deaths due to any cancer.

The researchers calculated the subjects’ local air pollution through the period. This was based upon the recorded air pollution levels of monitoring stations near their homes. They also utilized satellite data.

Because Hong Kong has different air pollution levels in different parts of the city, it is an ideal place to study the effects of air pollution. Some districts of the city are on the shore, others are up high. And still others are within the industrial parts of the city.

The scientists specifically calculated the annual exposure of air pollution of PM2.5 particulates in micrograms per cubic meter for each person. PM2.5 particulates have an average diameter of 2.5 micrometers or less. PM2.5 has been accepted by many scientists as the most dangerous form of air pollution.

The researchers also eliminated the effects of other possible cancer causes, such as smoking and related conditions. They also eliminated deaths for the first three years of the study.

The researchers found that for each increase of 10 micrograms per cubic meter of PM2.5 air pollution on an annual basis increased deaths from breast cancer by 80 percent.

Each 10 ug/m3 of annual PM2.5 exposure increased deaths from upper digestive tract cancers (e.g. stomach cancers) by 42 percent. And for every 10 ug/m3 in PM2.5 increased deaths from cancer of other digestive organs – such as the gall bladder, bile ducts and pancreas – by 35 percent.

Interestingly, deaths from lung cancer increased 36 percent from PM2.5 exposure. Less than breast cancer and stomach cancers.

Deaths from all cancers increased by 22 percent for every 10 ug/m3 of PM2.5 annual exposure.

Note that the results are in graduated exposure levels. This means, for example, that a person with, say, 50 ug/m3 of PM2.5 annual exposure will have a 110 percent increased risk of any cancer, and a 400 percent increased risk of breast cancer.

Senior researcher Dr. Dr Thuan Quoc Thach from the University of Hong Kong commented on the surprising results, with other cancer deaths outside of the lungs connected with air pollution:

“Long-term exposure to particulate matter has been associated with mortality mainly from cardiopulmonary causes and lung cancer, but there have been few studies showing an association with mortality from other cancers. We suspected that these particulates could have an equivalent effect on cancers elsewhere in the body.”

Annual concentrations of PM2.5 exposure around the world
The 50 ug/m3 number I used above might sound pretty aggressive. But it’s really not that unreasonable. Yes, it is high in comparison to some cities around the world. But it is lower than some cities too.

The World Health Organization has monitored annual exposure levels around the world for several years. The world’s average, according to their calculations, was 71 ug/m3 per year. This ranged from 26 to 208 ug/m3 around the world. By region, Africa averaged 78 per year, while Europe averaged 49 per year.

Now consider a sampling of the World Bank’s average PM2.5 annual exposure per country around the world for 2013 (in ug/m3)

Afghanistan – 22
Argentina – 9
Bahrain – 44
Bangladesh – 48
Brazil – 16
Chad – 31
Egypt – 36
Germany – 15
India – 47
Israel – 26
Ireland – 8
Mali – 36
Mauritania – 70
Mexico – 12
Saudi Arabia – 54
Seychelles – 7
UK – 11
US – 11
Yeman – 36

I cherry-picked from this list, but you can see all of it here. Note that this is the average for the entire country. That means an average between the most polluted cities and the least polluted rural areas.

PM2.5 levels linked to deaths in other research
Analyses by the City of New York estimate that PM2.5 levels in the City caused more than 2,000 deaths per year between 2009 and 2011. It is also related to 4,800 emergency room visits and 1,500 hospitalizations.

A study from Harvard measured the long-term effects of PM2.5 pollution on death. They found that for every increase in 2 ug/m3 PM2.5 levels, there was a 3 percent increase in deaths from all causes. That is for younger and older people.

In areas of lower income and lower home value, the researchers found death increases were higher.

In India and China, hundreds of thousands of deaths per year are attributed to PM2.5 levels.

In 2006, Harvard researchers studied deaths linked to PM2.5 levels among six U.S. cities. They discovered that every 10 ug/m3 increase in PM2.5 increases the risk of death from heart disease by 28 percent, and deaths from all causes by 16 percent.

'via Blog this'


  1. Excellent article on air pollution. Check out our article on Air pollution can be more dangerous than Lung Cancer Air pollution can be more dangerous than Lung Cancer

  2. I felt very happy while reading this site. This was really very informative site for me. I really liked it. This was really a cordial post. Thanks a lot!.

  3. I can see that you are an expert at your field! I am launching a website soon, and your information will be very useful for me.. Thanks for all your help and wishing you all the success in your business. asbestos cancer organization