(NaturalNews) The South China Morning Post is now reporting that adults
in China are paying good money to breastfeed on wet nurses who are well
paid for providing their milk. The wet nurses are paid around US$2,700
per month, and clients are offered the ability to consume the beverage
directly. As in mammary consumption.
(Pause to let this sink in for a minute...)
A
lot of people think this is ultra-creepy. And that was my first
reaction, too. After all, the image of a 35-year-old adult man or woman
feeding on the breasts of another woman somehow doesn't seem normal.
Then again, in a culture where pop music celebrities parade around in
slutty porn gear, nearly having sex on stage at music awards ceremonies
as audiences applaud, I'm not sure anybody remembers what "normal" looks
like anymore. Somehow, a 35-year-old business man feeding on the
breasts of a well-paid wet nurse seems a lot less bizarre than the stage
antics of Miley Cyrus, pop culture's newest deviant whose disturbing
public perversions have set a new low for vulgarity.
It turns
out, though, that there's more to this breastfeeding story than the mere
shock factor. Some of these people who hire the wet nurses are chronically diseased
and can't find sufficient nourishment in all the processed,
contaminated foods that now characterize China. The Chinese people are starving for real nutrition
and living in a country of unequalled chemical contamination. When real
food is hard to come by, it just so happens that human breast milk
is Mother Nature's smoothie. No one can deny that breast milk contains a
miraculous assortment of immune-boosting, health-enhancing substances,
many of which modern science can't even begin to understand but which
every mom innately knows sustains and nourishes life.
For related articles and more information, please visit OCA's Food Safety Research Center page and our Fluoride: The Hidden Poison page.
In early August, the Environmental Protection Agency is set to decide
on a petition to change the source of fluoride in U.S. drinking water.
Currently, the source of fluoride in most public water supplies is
fluorosilicic acid, according to government records. The petition calls
for the EPA to instead require the use of pharmaceutical-grade sodium
fluoride in water fluoridation, which is the addition of fluoride to drinking water for the purpose of preventing cavities.
Fluorosilicic acid is often contaminated with arsenic,
and recent research has linked the arsenic from fluorosilicic acid in
drinking water to as many as 1,800 extra cases of cancer yearly in the
United States, said William Hirzy, a chemistry researcher American
University in Washington, D.C. Hirzy, who worked at the EPA for 27
years, submitted the petition.
The study and petition grew out of what researchers believe is a lack of
regulation and understanding of chemicals used in fluoridation, Hirzy
said. Fluorosilicic acid has been shown to contain the carcinogens
arsenic and lead, and to leach lead from water pipes, he said.
Billions in cancer costs
In the study, published in February in the journal Environmental Science
and Policy, Hirzy and co-authors estimated that putting
pharmaceutical-grade sodium fluoride into the water supply would reduce
the amount of arsenic in drinking water by 99 percent. The arsenic at
issue is the inorganic variety, a known human carcinogen, meaning it
causes cancer. [Why Is Arsenic Bad for You?]
The switch would cost $100 million, but would save billions in reduced cancer costs, Hirzy said.
"We found that the United States as a society is spending,
conservatively speaking, $1 billion to $6 billion treating the excess
bladder and lung cancers caused by arsenic in the most commonly used fluoridation chemical, fluorosilicic acid," Hirzy said.
The EPA limits levels of arsenic in drinking water to 10 parts per
billion. Hirzy said that the researchers, in calculating the number of
U.S. cancer cases yearly linked with arsenic in fluorosilicic acid, used
the EPA's own risk assessment data.
Experts not involved with Hirzy's study agreed with its findings.