Contact Information: CONTACT: Michael Brennan Chairman Email: Telephone: (805) 557-0614
MIT's Final Report Is Submitted to the AOAC for Listeria Performance Test Method Certification
| Source: Micro Imaging Technology, Inc.
SAN CLEMENTE, CA--(Marketwire - April 27, 2009) - Micro Imaging Technology, Inc. (OTCBB : MMTC ) announced that it has submitted its Final Report to the AOAC Research
Institute (AOAC RI) for Performance Test Method certification for the MIT
1000 System's identification (ID) of Listeria species. This bacterium
causes the serious food-borne infection Listeriosis, which is recognized as
an important public health issue in the United States, where annually an
estimated 2,500 persons become seriously ill and is responsible for over
500 deaths.
The MIT 1000 System ("System") performs rapid and low cost microbial ID's
in a process that is significantly different from all other ID methods and
does not rely on chemical or biological agents, conventional processing,
fluorescent tags, gas chromatography or DNA analysis -- the process is
totally GREEN requiring only clean water and a sample of the unknown
bacteria. The System's uniqueness, deriving microbial ID's from a
proprietary database, and then coupled with AOAC RI's extensive evaluation
criteria required several months of collaboration to develop a suitable
Validation Protocol for the evaluation process -- which once commenced took
almost one year to complete.
The Validation Protocol defined four specific requirements:
1) Document all procedures: including laboratory and sampling
instructions, user's manual, and hardware and software specifications.
2) Prove the accuracy and repeatability of MIT's test method: The AOAC RI
assigned the task to the U.S. Department of Agriculture's Advanced Research
Service (USDA - ARS) and MIT laboratories. Each laboratory used the
Validation Protocol procedures to conduct blind experiments on samples of
unknown bacteria, meaning the user was not aware of the bacteria's ID. The
collective accuracy from both laboratories, after a total of 136 tests,
achieved 95 percent.
3) Verify the flexibility of the System: A total of 406 ruggedness tests
were performed that provided an understanding of the System's ID's
capabilities if the user's procedures are varied from those recommended by
the Protocol and MIT.
4) Prepare a Final Report for the AOAC RI: The Final Report is submitted
by the AOAC RI to independent expert reviewers who evaluate for PTM
certification.
John Ricardi, MIT's Vice President and COO, stated "An AOAC PTM
certification is a presumptive requirement for sales into the U.S. and most
international food safety markets. Following Listeria certification, MIT's
next goal is to achieve certifications for the ID of E.coli and Salmonella.
The Test Protocols will be similar and, with the addition of E.coli and
Salmonella, a single database will be created to ID the three pathogenic
microbes that are responsible for most of the food bacterial contamination
events worldwide. Additional microbes will be certified as required by the
market."
"The food industry is MIT's initial targeted market where over $3 billion
is spent in rapid ID testing annually and rising at 10 percent per year --
which should accelerate after all the recent food product contamination
events. MIT is more than pleased with the results achieved during the AOAC
PTM evaluation process for Listeria identification and gives a salute to
both the AOAC RI and our own staff," stated Michael Brennan, MIT's Chairman
and CEO.
MIT previously contracted with North American Science Associates, Inc.
("NAMSA"), an internationally recognized testing and process evaluating
laboratory, to design and perform a verification test that compared the
speed, accuracy and efficiency of MIT's System with conventional processes.
The comparative tests were in a double blind experiment, meaning that the
NAMSA laboratory technicians, using the System and a well recognized
alternative, were not aware of the various microbes' ID. NAMSA chose the
industry standard gas chromatography-based MIDI Sherlock System ("MIDI") as
the system to verify the accuracy of MIT's ID capabilities. MIT's System
and procedures scored 98 percent correct in fifty ID tests. The MIDI system
scored 80 percent and failed to ID, with several attempts, one pathogenic
bacterium. NAMSA eventually employed a conventional biological testing
method which matched the bacterium with MIT's ID. The MIDI system took
hours per test and the biological testing method required days. MIT
concluded each test with several minutes for sample preparation and an
average of three minutes for System testing. The NAMSA Report is available
from MIT.
About AOAC International and AOAC Research Institute:
AOAC INTERNATIONAL is a globally recognized, independent, not-for-profit
association founded in 1884. To attain its vision of "worldwide confidence
in analytical results," AOAC serves communities of the analytical sciences
by providing the tools and processes necessary to develop voluntary
consensus standards or technical standards through stakeholder consensus
and working groups in which the fit-for-purpose and method performance
criteria are established and fully documented. The AOAC Research Institute
is part of AOAC INTERNATIONAL and maintains an up-to-the minute list of
certified Performance Tested Methods which have been independently tested,
rigorously evaluated and thoroughly reviewed by the AOAC Research Institute
and its expert reviewers.
About Micro Imaging Technology:
MIT is a California-based public company that has developed and patented a
rapid microbial ID system that can revolutionize the pathogenic ID process
and annually save thousands of lives and tens of millions of dollars. The
System ID's bacteria in minutes, not days, and at a significant per test
cost savings when compared to any conventional method. Revenues for all
rapid testing methods exceed $5 billion annually -- with food safety
accounting for over $3 billion -- having expanded at a rate of 9.2 percent
annually since 1998. Current growth projections are at 30 percent annually
with test demands driven by major health, safety and homeland security
issues.
The System is laser and optically based and uses the proven principles of
light scattering in conjunction with proprietary PC-based software
algorithms to ID microbes and create a proprietary database. MIT, through
independent testing, has proven the ability with high accuracy to ID the
most dangerous and pervasive pathogens; E. coli, Listeria, Salmonella, and
Staphylococcus aureus (a.k.a. Staph) and twenty (20) other species of
bacterium.
The MIT 1000 System has numerous ID applications including food quality
control, clinical diagnostics, pharmaceutical quality assurance,
semiconductor processing control and water quality monitoring. MIT has
chosen to focus initial efforts on food quality control as recent events
have created an urgent demand for quicker and cheaper testing -- demands
that will promote a high-value return on any investment in MIT's
technology.
Please visit our web site: www.micro-imaging.com
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