Micro Identification Technologies Inc. (MIT) is focused on becoming a global leader in developing, supporting and marketing rapid systems and processes that detect and identify microbial organisms. For several years the company has been working on the development of a breakthrough, laser-based microbial identification technology. This technology has been designed to be extremely fast and easy to use while not relying on conventional chemical or biological processing, fluorescent tags, gas chromatography or DNA analysis.

The system works by measuring scattered light intensity as individual microbes pass through a laser beam. The intensity pattern of the scattered light is a direct consequence of the size, shape and external and internal optical characteristics of the microbe. By measuring scattered light at specific angles, MIT’s system detects and differentiates objects the size of bacteria, protozoa, yeasts and molds.

The company’s technology offers significant advantages over today’s methods of microbial detection, including lower cost, rapid results, easier use and the ability to test for multiple bacteria in one process. The system is statistically based and includes a unique MIT Microbe Library of pre-measured light scattering identifiers – or fingerprints – derived from the measurements of tens of thousands of individual microbes for each species and subspecies to be detected.

MIT’s technology has the potential to revolutionize the $5 billion rapid microbial test market by annually saving thousands of lives and tens of millions of dollars. Since 1998, the industry has had an annual expansion of 9.2 percent – with growth projections for 30 percent annually. MIT is well positioned with its cutting-edge microbial technology as demand continues to soar as a result of major health, safety and homeland security issues.

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