Deadly MRSA is No Match for CIMR (TM) Technology

[Guest guest]

Deadly MRSA is No Match for CIMR Technology

October 18, 2007

MRSA, a lethal bacteria that has plagued hospitals and senior centers for years,

is now infecting students and has caused school closures in several states.

MRSA is immune to antibiotics and has killed several students already. Worse,

the federal government reports that 90,000 people in the U.S. contract

life-threatening MRSA infections each year and that more people are dying from

MRSA than from HIV.

But a new defense against the MRSA epidemic is available. CIMR™ Infection

Control Technology continuously sanitizes the air and surfaces throughout a

school or other facility. Installed in the school’s ventilation system, CIMR™

Infection Control Technology uses tiny amounts of the humidity and oxygen in the

air to make dilute hydrogen peroxide gas and disperse it into the facility.

CIMR™ technology’s ozone-free hydrogen peroxide gas is so dilute that it is just

one fiftieth of the OSHA safety limit. But it is incredibly effective…

The technology has been proven in university and national laboratory studies to

disinfect 96% of MRSA contamination and 99% of H5N8 virus contamination on

surfaces within the first two hours, and it continues to sanitize more bacteria

and viruses hour by hour, all day, every day, from then on. Air testing in

areas safeguarded by CIMR™ Technology consistently shows virtually no live

bacteria after the first 24 hours and, according to researchers, new viruses and

bacteria carried into areas protected by the technology are sanitized almost

immediately.

“In my opinion, CIMR™ technology is as significant an advance in infection

control as pasteurization or the development of antibiotics,” said D. Lee,

P.E., CBRN consultant for multiple Fortune 500 Companies and a former U.S. Army

Nuclear, Biological, and Chemical Defense Officer. “The ability to easily,

safely, and affordably create a virtually virus, bacteria, and mold free

environment makes new infection control strategies possible for government,

businesses, medical facilities, educational institutions, and mass

transportation. CIMRTM Infection Control Technology has the potential to save

many, many lives.”

Based on quantitative testing conducted at two universities and one national

lab, hydrogen peroxide gas technology is effective not only against MRSA and

H5N8, but also against Streptococcus, E-Coli, Listeria, Candida, Pseudomonas,

Bacillus Subtillus (a bacteria similar to anthrax), and black mold spores.

Qualitative testing against samples taken from some of the dirtiest spots in

hospitals and other facilities is also amazing. So far, CIMRTM Infection

Control Technology has been effective against every microbe in the samples.

For more information on patent pending CIMRTM Infection Control Technology go to

www.globalecotek.com , email ' ); document.write( addy48004 );

document.write( '' ); //-->\n jtrowbridge@... ' ); //--> This

email address is being protected from spam bots, you need Javascript enabled to

view it ' ); //--> or call

866-520-2467.

http://www.mmdnewswire.com/dedly-mrsa-2429.html

__________________________________________________

[Guest guest]

These are the same people who, untill recently it seems, have been

screaming that ozone was good for you, with lots of Drs backing up

their claims. I became a dealer to get a good price on their machines

years ago-to combat residual oder from chemicals. I find it strange

that now they have dumped the long battle telling us that their ozone

was good for you-now they have an ozone free product. I scrubbed down

my apt with peroxide and quats strong enough to melt the walls, still

toxic-don't run to put your money down on this one.

wrote:

>

> Deadly MRSA is No Match for CIMR

Technology October 18,

2007

> MRSA, a lethal bacteria that has plagued hospitals and senior

centers for years, is now infecting students and has caused school

closures in several states. MRSA is immune to antibiotics and has

killed several students already. Worse, the federal government

reports that 90,000 people in the U.S. contract life-threatening MRSA

infections each year and that more people are dying from MRSA than

from HIV.

>

> But a new defense against the MRSA epidemic is available. CIMR™

Infection Control Technology continuously sanitizes the air and

surfaces throughout a school or other facility. Installed in the

school's ventilation system, CIMR™ Infection Control Technology uses

tiny amounts of the humidity and oxygen in the air to make dilute

hydrogen peroxide gas and disperse it into the facility.

>

> CIMR™ technology's ozone-free hydrogen peroxide gas is so dilute

that it is just one fiftieth of the OSHA safety limit. But it is

incredibly effective…

>

> The technology has been proven in university and national

laboratory studies to disinfect 96% of MRSA contamination and 99% of

H5N8 virus contamination on surfaces within the first two hours, and

it continues to sanitize more bacteria and viruses hour by hour, all

day, every day, from then on. Air testing in areas safeguarded by

CIMR™ Technology consistently shows virtually no live bacteria after

the first 24 hours and, according to researchers, new viruses and

bacteria carried into areas protected by the technology are sanitized

almost immediately.

>

> " In my opinion, CIMR™ technology is as significant an advance in

infection control as pasteurization or the development of

antibiotics, " said D. Lee, P.E., CBRN consultant for multiple

Fortune 500 Companies and a former U.S. Army Nuclear, Biological, and

Chemical Defense Officer. " The ability to easily, safely, and

affordably create a virtually virus, bacteria, and mold free

environment makes new infection control strategies possible for

government, businesses, medical facilities, educational institutions,

and mass transportation. CIMRTM Infection Control Technology has the

potential to save many, many lives. "

>

> Based on quantitative testing conducted at two universities and one

national lab, hydrogen peroxide gas technology is effective not only

against MRSA and H5N8, but also against Streptococcus, E-Coli,

Listeria, Candida, Pseudomonas, Bacillus Subtillus (a bacteria

similar to anthrax), and black mold spores.

>

> Qualitative testing against samples taken from some of the dirtiest

spots in hospitals and other facilities is also amazing. So far,

CIMRTM Infection Control Technology has been effective against every

microbe in the samples.

>

> For more information on patent pending CIMRTM Infection Control

Technology go to www.globalecotek.com , email ' ); document.write

( addy48004 ); document.write( '' ); //-->\n

jtrowbridge@... ' ); //--> This email address is being protected

from spam bots, you need Javascript enabled to view it ' ); //--

> or call

> 866-520-2467.

>

> http://www.mmdnewswire.com/dedly-mrsa-2429.html

>

> __________________________________________________

>

[Guest guest]

On this note, I need some input on a good air cleaner. Can anyone

direct me down the right path?

Barth

[Guest guest]

I have a Holmes brand, Pat....it works well, but the filters are expensive, when

have to be replaced. Got it at walmart.

V.

Re: [] Re: Deadly MRSA is No Match for CIMR

Technology

On this note, I need some input on a good air cleaner. Can anyone

direct me down the right path?

Barth

[Guest guest]

I wish something like this would be found to work. Impact of

breathing hydrogen peroxide, low quanities like this, long term impact

on lungs and skin. Maybe can be run at night when facility is

closed. It says 1/50th though so sounds safe but long term studies

might turn up something different.

--- In , Darlene <darlenesb2000@...>

wrote:

>

> Deadly MRSA is No Match for CIMR

Technology October 18,

2007