Fortunately sewage and surface and ground water and animal and plants are also analysed to monitor dangerous substances like mercury, MTBE, estrogen, pesticides, herbicides, fungicides. Man-made fluorine compounds are able to free poisonous metals from safe oxides in soil and make them water soluble, ruining water for drinking.
Unfortunately the government draws fewer conclusions about dangerous substances than what at that point are harmless substances. Street drugs are harmless at that point, but new environmental diseases are caused by the other substances. Estrogen is another substance which can like fluoride dumb down and pacify the population, so you could expect that to be viewed as a positive by the people who seized on AZT as the drug of choice to make freely available to HIV+ persons although it did not work as well as two other drugs but it did kill people faster than any other HIV drug, though all poison RED blood cells and suffocate people to death. Another perverse capability of estrogen is to increase profits of the medical and insurance hegemon. Some of the many sexual dysfunctions caused by estrogen serve to sell drugs like viagra, even the purely physical problems inspiring wishful thinking and for those who can afford it, surgery. I don't remember any sources on estrogen attacking frogs and fish, but a source on estrogen and humans and what to do about the problems would be Ori Hofmekler. On environmental illness caused by pollution and public health officials being in bed with poisoners, try Dr. Richie Shoemaker of Maryland. Pfisteria is caused by corporatism and king's charter trojaned as regulatory watchdog(or gift wooden watch-horse on wheels with a lying mouth we ought to look at!). -Bob --- In cia-drugs@yahoogroups.com, RoadsEnd <[EMAIL PROTECTED]> wrote: > > > > Begin forwarded message: > > > From: "Sardar" <[EMAIL PROTECTED]> > > Date: September 25, 2007 7:57:16 PM PDT > > To: "Sardar" <[EMAIL PROTECTED]> > > Subject: New Test Analyzes Sewer for Drugs > > > > New Test Analyzes Sewer for Drugs > > By Sara Goudarzi, Special to LiveScience > > > > posted: 21 August 2007 02:54 pm ET > > > > Share this story > > > > > > > > > > > > Email > > Clues to illicit drug use can be found in the pee and poop of sewer > > pipes, according to a new screening test that analyzes what is > > flushed down the toilet. > > > > The test, which identifies drugs such as methamphetamine, morphine > > and cocaine, could help public health officials identify high-risk > > communities and develop preventive drug-use measures. This > > assessment method could also eliminate reliance on surveys and > > personal information such as medical and criminal records. > > > > âThis approach provides information at the community level and not > > at the individual level in order to obtain useful information that > > does not raise concerns about individual privacy,â said lead > > researcher Jennifer Field, an environmental chemist at Oregon State > > University. > > > > Field and her colleagues take samples at the point where wastewater > > enters a treatment plant, also known as the influent. Influent of > > treatment plants is flow-normalizedâ"meaning flow variation is > > controlled by holding wastewater in a tank before it enters the > > plant. This helps achieve a nearly constant flow rate at all times. > > > > â[This] enables us to capture the concentrations of illicit drugs > > over a 24-hour period for the community or portion of a > > municipality served by wastewater treatment plants,â Field told > > LiveScience. > > > > Once the information is gathered, the sampling data will be entered > > into a geographic information system (GIS) database that also > > includes spatial statistics on drug poisoning incidents and > > fatalities. > > > > âThese spatial data will be analyzed to determine whether there is > > a spatial correlation between wastewater measurements and incidents > > relating to methamphetamine throughout the state,â Field said. > > âIn addition, parallel analyses will be conducted for other > > substances.â > > > > âThese data may also be useful in assessing the effectiveness of > > interventions, through prospective monitoring and the assessment of > > temporal clusters over time,â she added. > > > > Field and her team have conducted preliminary tests in 10 cities > > around the nation and are currently working in the lab to refine > > the technique for extremely low concentrations, on the order of > > billionths of a gram per liter. > > > > Study team member Aurea Chiaia, a graduate student at Oregon State > > University, described the details of this test today at a meeting > > of the American Chemical Society. > > > > a.. VIDEO: Addiction: It's in Your Genes > > b.. 10 Easy Paths to Self-Destruction > > c.. Researchers Develop Portable Cocaine-A-Lyzer > > > > The message is ready to be sent with the following file or link > > attachments: > > Shortcut to: http://www.livescience.com/health/070821_sewer_drug.html > > > > Note: To protect against computer viruses, e-mail programs may > > prevent sending or receiving certain types of file attachments. > > Check your e-mail security settings to determine how attachments > > are handled.  >
