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Guest
ha, luckily i was able to achieve that state of mind with a lil weed instead =)
Kirby said:Vinegar can be used as a deodorant.
Oh, well that was nice of her to even give us a website to go and order some of these hypoallergenic crystal deodorant stones - you know, it's a good idea, this nurse tells us we should - we don't want cancer.the new “crystal deodorant stones”. These stones are 3 times more effective than commercial deodorants, they are not sticky or greasy and do not stain clothing. The crystal deodorant stone does not contain any aluminum or other harsh chemicals, perfumes, oils, emulsifiers, alcohol or propellants and are hypoallergenic.
Although the crystal deodorant stones are still hard to find in local stores, they can be found online. One online resource is www.naturalhealthmarket.com.
Source: http://www.networksolutions.com/whois/results.jsp?domain=naturalhealthmarket.comRegistrant:
Andrea Garland [email protected] 724-346-9110
Natural Health Marketplace
289 Sunset Blvd
Hermitage,PA,United States 16148
Domain Name:naturalhealthmarket.com
Record last updated at 2006-11-27 21:12:03
Record created on 2003/2/19
Record expired on 2008/2/19
I just took that quote from wiki, but I did check a bunch others. Here's one good place to start, they have a list of other links related to the chemical and tests made on it. http://toxnet.nlm.nih.gov/cgi-bin/sis/searchThere is no scientific evidence supporting widespread rumors that aluminum salts in deodorants can cause Alzheimer's disease or breast cancer. Amongst others, research published in the Journal of the National Cancer Institute found no evidence whatsoever that these compounds increase the risk of breast cancer.
Yummybud said:lol I use teh spray on deaodrant like axze or red zone not because those commercials show you getting attacked by crowds of naked women but I'm just lazy and spraying is faster.
lol that's disgusting, vinegar has a strong smell, you'll just smell like vingegar or sour milk to everyone around you.
Verite said:Theres always one guy in the crowd that just has to be different.
http://www.starpump.ee/fun/weirdo.jpg *
* link contains gratuitous nudity
marx2k said:dude here's a little note... that Axe/Tag shit...smells like shit...the only people who don't think so are the people who actively (over)use it
Source: http://www.quantumlynx.com/water/vol7no1/story6.htmlMicroorganisms present in drinking water include viruses, bacteria (e.g., E. coli), and protozoa (e.g., Cryptosporidium and the beaver fever causing organism, Giardia). At low levels, these organisms can cause sickness and disease (incl. severe diarrhea) and are generally very difficult to remove from water. The parasites Giardia and Cryptosporidium are very resistant to most types of disinfection, including chlorination. Water treatment with aluminum sulphate is, however, effective at removing these parasites when used in a chemical treatment process called coagulation.
Coagulation is a process in which small particles (0.001 to 10 m) bunch together to form large particles (>10 m), which can then be removed by settling or filtration.
In natural water, most particles (including microorganisms) have a negative electric charge and, rather than clump together to form larger particles, the particles repel each other.
To get the particles in solution to form larger clumps, this negative charge must be neutralized. This can be done by adding positive ions, such as aluminum or ferric ions, which react with the negative particles and form clusters of particles called microflocs. The microfloc then grows and will either settle out or can be filtered out of the water by a treatment system such as sand filtration.
Aluminum sulphate is the most common chemical used for the coagulation of particles. During coagulation, several other undesirable impurities in water are also removed, including naturally occurring organic matter, which reacts with chlorine to form disinfection by-products that may be carcinogenic. Coagulation is an essential step in effective water treatment and, when carried out properly, the residual amount of aluminum in the finished drinking water is small. Other coagulants, such as ferric chloride, are more hazardous to work with. Some coagulation chemicals are organic polymers blended with aluminum- or iron-based products - these are more costly and are generally used only under special circumstances.
How are we exposed to aluminum?
More than 90% of our daily intake of aluminum comes from food, but this aluminum appears to be bound to other substances in the food and cannot be absorbed by the blood stream. In contrast, aluminum in water can be absorbed by humans because after water treatment, the aluminum is largely in an unbound form. Even so, the amount of aluminum absorbed from drinking water is usually very small.
How can aluminum affect my health?
At low levels, aluminum in food, air, and water is not likely harmful to your health. However, at high concentrations there is evidence linking aluminum to effects on the nervous system, with possible connections to several diseases, such as Parkinson's, Alzheimer's, and Lou Gehrig's disease. Patients suffering from these diseases tend to have high levels of aluminum in some areas of their brains. It is not known if aluminum is causing these diseases or if the aluminum starts accumulating in people that already have the diseases. There is also some concern that aluminum may cause skeletal problems. There is no evidence to suggest that aluminum affects reproduction, or that it causes cancer.
There's more in that, if you're interested. The article suggests problems and toxicity with large amounts - which is like anything on this planet, excessive amounts of anything is very bad.3.3.1.1. Human
Aluminum compounds are used in antiperspirant products without harmful effects to the skin or other organs. However, some people are unusually sensitive to these products and may develop skin rashes (ATSDR, 1990). Children who had injections of vaccines or allergens in an aluminum-based vehicle showed hypersensitivity to aluminum chloride in a patch test (ATSDR, 1990).
During April 2005, the aluminum test result was 0.39 ppm however, we believe the higher than usual level was the result of the Water Treatment Plant testing the use of Alum in place of Ferric Sulfate as a coagulant. After we discontinued the use of Alum, a retest for aluminum was done in July 2005 with results of 0.046 ppm, well below the MCL. Aluminum is a Secondary Contaminant and as such is not a health concern at low levels.