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Disinfecting Wipes May Spread, Not Kill, Germs
By ALLYSON T. COLLINS, ABC News Medical Unit, June 3, 2008
The antibacterial wipes that have emerged as a sanitary status symbol in homes, hospitals, schools, gyms and even grocery stores may not be the ultimate answer in hygiene — and they might even spread, rather than kill, bacteria.
Researchers from the Welsh School of Pharmacy at Cardiff University in Wales tested the cleaning power of three different types of antibacterial wipes containing either traditional disinfectants, detergents or natural antimicrobial substances, such as those extracted from plants.
A team led by microbiologist Gareth Williams used the wipes to clean surfaces that had been severely contaminated with the notorious bacterium Staphylococcus aureus — including the Methicillin-resistant type known as MRSA, which has become a growing concern in hospitals.
The study, presented Tuesday at the American Society for Microbiology General Meeting in Boston, found that natural antimicrobial wipes removed the most bacteria from surfaces, while disinfectant wipes did the best job of destroying bacteria.
"Ideally, you'd want the wipes to kill what they remove," Williams said.
Antibiotic-Resistant Bacteria Deaths Out Of Control
Brad Evenson The National Post-Canada, 9-30-2002
Dr. Joshua Lederberg discovered bacteria gene swapping. Antibiotic-resistant bacteria kill more than 40,000 North Americans a year, and the numbers will soar unless the so-called super-germs are brought under control!
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Clinical research has shown that essential oils are highly anti-viral and anti- infectious. In 1995, Dr. Jean C. Lapraz discovered that there are two essential oils in which no bacteria or virus could survive. This is a significant breakthrough since there are so many life threatening viruses and drug resistant bacteria. A recent study done at Weber University has proven that four essential oils will kill 100% of the bacteria and virus in any room where they are diffused.
Doctors once predicted antibiotics would vanquish infectious diseases. But the bugs are rapidly overwhelming today's medicines. Bacteria naturally evolve to avoid antibiotics, a process first spotted just five years after penicillin's debut in the 1940s. But resistance appears to have speeded up in the last decade, largely because antibiotics are being overused giving the germs more chances to mutate.
Dr. Valnet points out that pathogenic microorganisms such as viruses and bacteria do not become resistant to essential oils as they do to modern-day synthetic antibiotic drugs. He states, "Infectious microbes do not appear to become accustomed to the essential oils as they do to the many forms of treatment using antibiotics." One reason virus and bacteria cannot mutate with the essential oils is because of the chemical constituents that make up essential oils. One essential oil can have anywhere from 200- 800 chemical constituents. It is impossible for a virus to mutate and adapt to that many chemical constituents. Drugs are made by isolating one or two constituents. A virus can easily mutate and adapt to the drug, making it useless.
Dr. Chuck Gerba ("Dr. Germ)Professor of Environmental Microbiology, University of Arizona, Tucson
There are hundred of areas that workers/co-workers touch that we never think to disinfect:
You Will:
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Warnings: Keep out of reach of children. Hazards to humans and domestic animals. Caution: Causes moderate eye irritation. Avoid contact with eyes or clothing. Wash thoroughly with soap and water after handling. If in eyes: Flush with plenty of water. Call a physician if irritation persists. If on Skin: Wash with plenty of soap and water. Get medical attention if irritation persists. Do not use or store near heat or open flame.
Acute Health Effects: From MSDS EYE CONTACT: Can cause moderate eye irritation. INGESTION: Liquid should be practically non-toxic if ingested. SKIN CONTACT: Prolonged skin contact may produce minor irritation. Under normal consumer use conditions the likelihood of any adverse health effects is low.