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Published Works, Local, National and International Public Speaking, Mentors Cadets of the U.S. Air Force Academy

Riding Motorcycles, Weight-Lifting, Precision Modeling, Camping, Hiking, Computer Simulation, Cooking

http://www.aqueousbio.com/

Biomedical Device Company

International

Conducting Scientific Research in the Lab, Overseeing Daily Operations, Manufacturing and Conducting Testing and Verification of Final Devices and Products, Specializing in Biological Composites and Information Processing in Vision Systems

Innovative Products in Cardiovascular Stents and Cancer Treatment

EE Times; Neuroscience; Science

Post-Doctorate Coursework, CNRS Marseille, France; Doctor of Philosophy in Biophysics, Purdue University; Master of Science in Biology; Bachelor of Science in Psychology; Electro-Visual Diagnostics Training, Doheny Eye Institute, University of Southern California School of Medicine

Institute of Electrical and Electronics Engineers; International Society for Optical Engineering; American Association for the Advancement of Science; Board of Directors, Falcon Works; Sigma Xi; Sigma Pi Sigma Graduate Physics Honorary Society; Tri-Beta Biology Honorary Society; Association for the Advancement of Medical Instrumentation; John C. Johnson Award for Research Excellence (1998); Science and Engineering Award, United States Air Force (1999); Frank J. Seiler Research Excellence (2000); Celebrate Technology (2005); Biomedical Company of the Year (2006)for Aqueous Biomedical Incorporated

8/8/2007

Executive of the Year in Biomedics

Christopher, Marc

Detroit, MI

Aqueous Shunts LLC, Aqueous Biomedical Incorporated; Purdue University; Centre Nationale de la Recherche Scientifique, University of Puerto Rico; University of Southern California School of Medicine; Doheny Eye Institute, University of New Mexico School of Medicine; United States Air Force Academy, Hyperacuity Systems

Mr. Wilcox designed, tested and implemented the first glaucoma shunt device that operates without forming a blister on the eye surface, designed a drug delivery device that performs without complications caused by fibrosis, experimented with drug and dye delivery system that controls penetration at a cellular level and is available to treat nerve cells noninvasive, developed a control system for repair of soft tissue injuries without scar tissue formation, developed the first visual system with sub-pixel resolution in real-time, and designed a wavefront sensor that will allow earth-based telescopes to make unprecedented high resolution images. His fly-eye technology is patented. A patent for the Glaucoma shunt was awarded November 8, 2005.

Michael Wilcox Archive References

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