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Originally posted by soficrow
60% of cancers are caused by environmental factors - 40% are caused by diet and lifestyle, according to this research.
Don't blame the corporations, blame the consumer for buying the goods.
Originally posted by NuclearPaul
Originally posted by soficrow
60% of cancers are caused by environmental factors - 40% are caused by diet and lifestyle, according to this research.
It's all bull. Like "smoking causes cancer" and "the Sun causes cancer".
What these things do is damage the cells of the body. Why the body fails to repair this damage is the real issue.
Merck Dr. ADMITS Cancer & Other Viruses Found In Vaccines
No Wonder Columbia University School of Public Health reports that 95% of cancer is caused by diet and environment
.....we have seen the direct damage inflicted on children in the United States and worldwide by our society’s addiction to fossil fuel. Fine particles, polycyclic aromatic hydrocarbons (PAHs), sulfur and nitrogen oxides, benzene and mercury emitted by coal-burning power plants, and diesel and gasoline-powered vehicles have been variously linked to infant mortality, lower birth weight, deficits in lung function, respiratory symptoms, childhood asthma, developmental disorders, and cancer (Bobak and Leon 1992; Gauderman et al. 2004; Grandjean and Landrigan 2006; Ha et al. 2003; Miller et al. 2004; Perera et al. 2006b; Šrám et al. 2005; Woodruff et al. 1997). The many observed adverse effects are not surprising, given the diversity of fossil fuel combustion products (Bernard et al. 2001); moreover, the same pollutant can exert multiple toxic effects. For example, in utero exposure to PAHs as a result of mothers breathing polluted air during pregnancy has been associated with lower birth weight, reduced birth head circumference, preterm birth, and small size for gestational age (Choi et al. 2006, 2008; Perera et al. 2003; Šrám et al. 2005). The same air pollutants have also been linked to developmental delay in U.S. and Chinese children (Perera et al. 2006b; Tang et al. 2006). Air pollution is not only an established trigger of asthma in children; but there is evidence that prenatal exposure to PAHs may be an early risk factor for the development of asthma (Miller et al. 2004). There is also a suggested link between PAHs and cancer (Bocskay et al. 2005).
These health effects represent a major societal and public health burden. A significant proportion of U.S. children 6–17 years of age are reported to have developmental problems including learning disabilities (11.5%), attention-deficit/hyperactivity disorder (8.8%), and behavioral problems (6.3%) (Blanchard et al. 2006). Asthma affects as many as 25% of children in certain inner-city communities in the United States (Nicholas et al. 2005), and the prevalence of asthma has increased throughout the developed world over the past 30 years (Beasley et al. 2003; National Institutes of Health 2001). Approximately 10,400 U.S. children under the age of 15 years were diagnosed with cancer in 2007 (American Cancer Society 2007). Although data are lacking on attributable risk of specific pollutants and relationships between trends in pollution and rates of disease, air pollutants such as lead and mercury are known to contribute to the burden of neurobehavioral disorders (Cheuk and Wong 2006; Lanphear et al. 2005; Stewart et al. 2006), and fine particles, ozone, diesel emissions, and PAHs are known or suspected contributors to childhood asthma (Etzel 2003; Strachan 2000).
Insults sustained early in development can have lifelong consequences. Some adult diseases can be launched in utero or in childhood. For example, exposure to air pollution in childhood may result in a reduction in lung function and ultimately to increased risk of chronic respiratory illness (Gauderman et al. 2000; Shea 2003) and greater susceptibility to cardiovascular disease in adulthood (Shea 2003). Similarly, several studies have indicated that genetic damage in the form of DNA adducts or chromosomal abnormalities can be acquired in utero as a result of air pollution exposure (Bocskay et al. 2005; Perera et al. 2005). Such types of genetic damage have been associated in prospective studies with increased risk of cancer and are considered biomarkers of increased cancer risk (Bonassi et al. 1995; Hagmar et al. 1994, 1998; Tang et al. 2002).
Epigenetic effects of developmental exposure to air pollutants have been less well studied.
....too much evidence pointing towards corporate/goverment collusion to cover ass, and keep reaping the profits.
..... in the larger world where cancer patients live, there was—and still is—a silence about the environmental links to cancer. And there remains a huge disconnect between what the scientific community knows about environmental carcinogens (quite a lot) and what cancer patients are told (very little). I know this because I am a biologist as well as a cancer survivor. I sit on both sides of the table.
As a member of the scientific research community, I can tell you that chemicals linked to cancer are found in beauty products, plastics, and pesticides. They routinely turn up in food, air, and drinking water. And, as the President’s Cancer Panel concluded in 2010, environmental carcinogens play a much bigger role in the story of human cancer than has been previously appreciated.