Wednesday 7 August 2013

Prince



I was born, raised on a slave plantation
In the United States, of the red, white and blue
Never knew that I was different, till Dr. King was on a balcony
Lyin' in a bloody pool
I expected so much more from a loving
A loving, loving society
A truthful explanation, you know what
I got another, another conspiracy

If it was just a dream, listen, call me, call me a dreamer too

With more rewards and accolades, then anyone before or after
21st century, oh what a shame, what a shame
Race, race still matters
A race to what, and where we going
We in the same boat, but I'm the only one rowing

Last time I checked, you were sleeping, but you can call me a dreamer too
(What's up with this)

Peanut butter logic, served on a bed of lies
Don't go down too easy, when you've seen your father cry
Have you ever clutched the steering wheel in your car too tight
Praying that police sirens just pass you by that night
While the helicopter circles us, this theory's getting deep
Think they're spraying chemicals over the city
While we sleep

Come on, I'm staying awake
you can call me a dreamer too
(Ahhh, I got one eye open for these devils)

(Wake up, wake up)

(I pledge allegiance, to..)


Lead and Manganese Pollution may Lead to a Life of Crime

By Alison Motluk, first printed in New Scientist, 31st May 1997.
Reproduced with permission of New Scientist.

Environmental pollution makes a big contribution to violent crime and antisocial behaviour, according to a provocative new analysis by an American political scientist. He believes that toxic chemicals, in particular metals in water supplies, can disrupt the neurological control mechanisms that normally inhibit our violent urges. Other experts are intrigued but want to see more evidence.

Conventional theories link crime with social, economic and psychological factors. But Roger Masters of Dartmouth College in Hanover, New Hampshire, says that these factors cannot fully explain why some counties in the US have only 100 violent crimes per 100,000 people each year, while others have over 3,000. Data on environmental pollution can account for a lot of the remaining variation, he claims.

Masters analysed a wide range of statistics including crime figures from the FBI and information on industrial discharges of lead and manganese, both into water and into the atmosphere, compiled by the Environmental Protection Agency.

After controlling for conventional variables such as income and population density, he found that environmental pollution seems to have an independent effect on the rate of violent crimes - defined as homicide, aggravated assault, sexual assault and robbery. Counties with the highest levels of lead and manganese pollution typically have crime rates three times the national average, says Masters. "The presence of pollution is as big a factor as poverty," says Masters, whose analysis will appear as a chapter in the book Environmental Toxicology, to be issued later this year by the publisher Gordon and Breach.

When brain chemistry is altered by exposure to toxic metals, Masters argues, our natural violent urges may no longer be restrained. "It’s the breakdown of the inhibition mechanism that’s the key to violent behaviour," he claims.

Masters points to experiments on cell cultures which have shown that lead partly incapacitates glial cells, which are responsible for "housekeeping" in the brain, mopping up unwanted chemicals ("Brain cells hit the big time", New Scientist, 5 February 1994, p 23). And in people suffering from calcium deficiency, which afflicts some of America’s poorest citizens, manganese inhibits the uptake of the neuro-transmitters serotonin and dopamine in parts of the brain. These chemicals are known to control impulsive behaviour.

Masters thinks that a major source of lead and manganese is the pipes that carry water to houses. Soils contaminated with lead and other toxins may also contribute, he says.

‘The presence of pollution is as big a factor as poverty’

Alastair Hay, a chemical pathologist at the University of Leeds, says that Masters’ theory is plausible, but notes that people who live in areas of high toxic discharges do not necessarily absorb more toxins.

"This quite likely has something in it," says Ken Pease, director of the Applied Criminology Research Unit at the University of Huddersfield. "But I think the approach badly needs individual level data to nail it down."



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