Patents
- US 10,184,937, January 22, 2019, Minimally Invasive Assessment of IgE Mediated Allergy
- US 9,932,236, April 3, 2018, System for Producing Carbon Nanotubes from Combustion Engine Exhausts
- CN 106,573,206, April 19, 2017, System for Producing Carbon Nanotubes from Combustion Engine Exhausts
- JP 6101637, March 3, 2017, Lower Extremity Vehicle Navigation Control System
- US 9,538,740, January 10, 2017, Red Palm Weevil Sensing and Control System
- EP 3099402, December 7, 2016, System for Producing Carbon Nanotubes from Combustion Engine Exhausts
- JP 6002158, September 9, 2016, Semiconducting Polymer
- US 9,005,582, April 14, 2015, Hyperthermia Therapeutic Agent Delivery System
- US 8,951,501, February 10, 2015, Noninvasive Thermometry Monitoring System
- US 8,796,673, August 5, 2014, Semiconducting Polymer
- US 8,590,416, November 26, 2013, Lower Extremity Vehicle Navigation Control System
- US 8,480,992, July 9, 2013, Filter and Process of Use to Produce Carbon Nanotubes from Automotive Exhausts
- US 8,236,270, August 7, 2012, Process to Produce Carbon Nanotubes from Carbon Rich Waste
- US 8,057,776, November 15, 2011, Process to Produce Carbon Nanotubes from Microalgae
- US 7,998,755, August 16, 2011, System and Assay for Detection of Cardiac Markers for Assessing Acute Myocardial Infarction
- US 7,989,221, August 2, 2011, Assays and Systems for Rapid Detection of Pathogens
- US 7,842,281, November 30, 2010, Magnetic Particle Composition for Therapeutic Hyperthermia.
- WO 2010/114912, October 7, 2010, Minimally Invasive Assessment of IgE Mediated Allergy
- US 7,803,262, September 28, 2010, Alignment of Carbon Nanotubes Using Magnetic Particles.
- JP 2009000168453, December 3, 2009, Method for Continuous Magnetic Separation of Components from Mixture
- US 7,527,980, May 5, 2009, Indirect Detection of cardiac Markers for Assessing Acute Myocardial Infarction.
- US 7,527,979, May 5, 2009, Devices and Methods for Rapid Detection of Pathogens.
- China Patent, 1263458, December 7, 2006, Continuous Magnetic Separation of Components from a Mixture (Licensed to Johnson & Johnson)
- US 7,081,489, July 25, 2006, Polymeric Encapsulation of Nanoparticles (Licensed to NanoMed Inc.)
- Germany Patent, 69927359T2, July 13, 2006, FORTLAUFENDE MAGNETISCHE ABTRENNUNG VON KOMPONENTEN AUS EINER MISCHUNG (Continuous Magnetic Separation of Components from a Mixture) (Licensed to Johnson & Johnson)
- Hong Kong Patent, 1032554A1, March 3, 2006, Continuous Magnetic Separation of Components from a Mixture (Licensed to Johnson & Johnson)
- US 6,989,196, January 24, 2006, Microencapsulation of magnetic material using heat stabilization (Licensed to NanoMed Inc.)
- Norway Patent, 320231B1, November 14, 2005, Continuous Magnetic Separation of Components from a Mixture (Licensed to Johnson & Johnson)
- European Patent, 1056544B1, September 21, 2005, Continuous Magnetic Separation of Components from a Mixture (Licensed to Johnson & Johnson)
- Japan Patent, 2002503548T, May 30, 2002, Continuous Magnetic Separation of Components from a Mixture (Licensed to Johnson & Johnson)
- Czech Republic Patent, 20003040, November 7, 2001, Continuous Magnetic Separation of Components from a Mixture (Licensed to Johnson & Johnson)
- Hungary Patent, 102555, December 28, 2001, Continuous Magnetic Separation of Components from a Mixture (Licensed to Johnson & Johnson)
- China Patent, 1297380, May 30, 2001, Continuous Magnetic Separation of Components from a Mixture (Licensed to Johnson & Johnson)
- Spain Patent, 2249902, December 6, 2000, Continuous Magnetic Separation of Components from a Mixture (Licensed to Johnson & Johnson)
- European Patent 934256, December 6, 2000, Continuous Magnetic Separation of Components from a Mixture
- Turkey Patent, 200002375T, November 21, 2000, Continuous Magnetic Separation of Components from a Mixture (Licensed to Johnson & Johnson)
- Norway Patent, 2004163A0, October 19, 2000, Continuous Magnetic Separation of Components from a Mixture (Licensed to Johnson & Johnson)
- US 6,132,607, October 17, 2000, System for Continuous Magnetic Separation of Components from a Mixture (Licensed to Johnson & Johnson)
- US 6,129,848, October 10, 2000, Method for Continuous Magnetic Separation of Components from a Mixture (Licensed to Johnson & Johnson)
- US 6,036,857, March 14, 2000, Apparatus for Continuous Magnetic Separation of Components from a Mixture (Licensed to Johnson & Johnson)
- Australia Patent, 3301999A1, September 6, 1999, Continuous Magnetic Separation of Components from a Mixture (Licensed to Johnson & Johnson)
- World Intellectual Property Organization, 042219A1, August 26, 1999, Continuous Magnetic Separation of Components from a Mixture (Licensed to Johnson & Johnson)
- Germany Patent, 304897E, February 19, 1999, Continuous Magnetic Separation of Components from a Mixture (Licensed to Johnson & Johnson)
- Canada Patent 2320929, February 19, 1999, Continuous Magnetic Separation of Components from a Mixture, (Licensed to Johnson & Johnson)