Technologies - Photonic Molecular Probe®

 

The Photonic Molecular Probe®ª uses a specially prepared beam of light along with an extremely sophisticated proprietary signal processing methodology to identify and measure the concentration of target molecule(s).  The Photonic Molecular Probe® has multiple medical and non-medical applications. Important medical uses include noninvasive monitoring of blood glucose levels, triglyceride levels, hormone levels, licit drug levels and illicit drug detection.  Two very important non-medical uses include chemical warfare and biological warfare agent detection.  The Photonic Molecular Probe® identifies and measures the concentration of a target molecule(s) within a mixed specimen by using a specially prepared beam of light and detects multiple physical property changes to the beam of light as it is affected by target molecule(s).  Additionally, the Photonic Molecular Probe® uses an extremely sophisticated proprietary signal processing technique, to include Bayesian - based Methodology developed for and used by NASA and the Department of Defense.  The Photonic Molecular Probe® has many applications including: noninvasive blood glucose monitoring; licit and illicit drug monitoring; fermentation process control; and, chemical and biological warfare agent detection, such as anthrax and small pox.  Unlike technologies based on absorption spectroscopy, its most versatile mode of operation is the transmission/reflection dichroic spectra of targeted molecules. The patented device should cost less than $1,000 and be approximately the size of a paperback book.

 

White Papers & FAQs

 

Overview: Quad Chart [PDF file - 97 KB] and Short Paper [PDF file - 112 KB]

 

Demonstration of Principles [html] or [PDF file - 167 KB]

 

Preliminary Test Data [html] or [PDF file - 189 KB]

 

Frequently Asked Questions [PDF file - 209 KB]

 

Application to Chemical and Biological Warfare [html]

 

Application to Process Control in Fermentation [html]

 

Key Interdisciplinary Technical Personnel [PDF file - 134 KB]

 

Issued Patents and Published Patent Applications

 

Photonic Molecular Probe US Patent No. 5,871,442 [USPTO Image File (Down load free AlternaTIFF plugin.)]

 

Photonic Molecular Probe US Patent No. 5,871,442 [EPO Image File - linked PDF file]

 

Photonic Molecular Probe US Patent No. 6,236,870 [USPTO Image File (Down load free AlternaTIFF plugin.)]

 

Photonic Molecular Probe US Patent No. 6,236,870 [EPO Image File - linked PDF file]

 

Measurement, data acquisition, and signal processing US Patent No. 6,594,510 [USPTO Image File (Down load free AlternaTIFF plugin.)]

 

Photonic Molecular Probe US Patent No. 6,591,121 [USPTO Image File (Down load free AlternaTIFF plugin.)]

 

Photonic Molecular Probe Published Pending Patent No. 20010029323 [USPTO Image File (Down load free AlternaTIFF plugin.)]

 

Photonic Molecular Probe Applications Published Pending Patent No. 20020095075 [USPTO Image File (Down load free AlternaTIFF plugin.)]

  

Photonic Molecular Probe Australian Patent AU715949 [EPO Image File - linked PDF file]

 

Photonic Molecular Probe European Patent Application EP0966664 [EPO Image File - linked PDF file]

 

ª Bayesian - Based Methodology is propriety and integral to each technology.

 

 

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