Microbial-Vac Systems®, Inc. Releases M-Vac™ Wet-Vacuum Sample Collection System
January 3, 2008
Advanced LAMDAC™ technology recovers higher levels of pathogens than traditional methods
BLUFFDALE, Utah, January 3, 2007 — Microbial-Vac
Systems®, Inc., the leading innovator in pathogen surface sampling, has
released for purchase the latest technology in pathogen collection.
The Microbial-Vac (M-Vac™) wet-vacuum collection system utilizes
LAMDAC™ principles (Liquid and Air-assisted Microbial Detachment and
Capture) to collect laboratory or field samples—typically from
one-to-two square feet of surface area per sample in 100-150 ml
liquid. The M-Vac is designed to sample this larger area while
recovering higher levels of pathogens in each sample than traditional
methods.
Validation tests have
demonstrated the pathogen recovery rate of the M-Vac to be up to 90
percent higher than traditional sampling methods. Because the M-Vac
reduces materials required for sampling, lab processing and detection,
it has also proven to be a cost- and resource-effective method.
Studies from major universities and research centers have shown the
M-Vac to return a statistically significant increase in recovery of
low-inocula bacteria from cantaloupe rinds, carpet, meat carcasses and
a variety of other common surfaces. These studies demonstrate the M-Vac
to be notably higher in accuracy than sponge and swab techniques, and
statistically equal to or higher than the “Gold Standard” of excision.
The
development of the M-Vac began in response to the E. coli O157:H7
outbreaks in the 1990s when Dr. Bruce J. Bradley first began developing
the M-Vac in his privately owned microbiology testing laboratory, Rocky
Mountain Resource Labs, Inc., in Jerome, ID. Raised on a beef cattle
ranch and having spent many hours working in a university
meat-processing lab, Dr. Bradley suspected a major component of false
negative lab results could be traced to the sampling process. From
that idea, he developed the first generation non-destructive surface
sampling device, which could collect bacterial pathogens at levels
similar to the excision method. In 2002, Dr. Bradley moved his
research operation into a new, separate R&D corporation. His team
at Microbial-Vac Systems, Inc. continues to work on future generations
of the system.
About Microbial-Vac Systems
Microbial-Vac
Systems, Inc. continues to lead the way in pathogen collection through
new sampling technology. Their line of sampling equipment and supplies
are now available for order. They will be showcasing the product March
17-19 at the Food Safety and Security Summit at the Washington D.C.
convention center, booth 1124. For more information, contact
Microbial-Vac Systems, Inc. at 877.523.3962 or visit their website at www.m-vac.com.
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