Revolutionizing biotech and medicine



We design, build and implement advanced technologies and solutions for the medical and healthcare sector. From new pharmaceuticals to nanotechnologies we are experienced in biotechnology, robotics, nanotechnology, pharmacogenomics, HUD (heads up display) technologies, health information systems and other emerging technologies.


Some of our partners in healthcare and emerging technologies research include the United States Centers for Disease Control, Scripps Health of San Diego California, University of California Los Angeles, University of Southern California, MAYO Clinics, St Vincent & Catholic Memorial Hospitals and the NeuroScience Center, Oklahoma City, OK.


Our current research and development efforts include Bio-Tech NanoSensors and Nano-BOTs technologies as well as new micro thin materials with applications in biotech as well as aerospace and robotics called Synthetic Microbiome SKIN Defense (patent pending).



PAST PROJECTS



Medical Touch Free HUD (Heads UP Display)



Previous design and development of these virtualization technologies has been primarily used only in aerospace, defense and law enforcement. Past projects by our company involve engineering transparent, interactive visual displays that project instrumentation for air craft pilots inside their helmets for the United States Air Force and Navy. However this technology can also be adapted for use within medicine and healthcare to help create a "touch free" environment.


Our engineers are currently in development of a HUD virtualization solution that can provide doctors and clinicians with enhanced capabilities for helping patients whether its treating an infectious disease or a routine surgery--without the need to wear a helmet.



Nanotechnology at the Molecular Level



Nanotechnology or nanoscience is concerned with the study and engineering of incredibly minute structures – in the area of 0.1 to 100 nanometers. To put that in perspective, a nanometer is 0.000000001 meters or one billionth of a meter. That is quite literally the width of 3 to 5 atoms and smaller than the size of a virus, which can have a diameter anywhere from 20 to 400 nanometers. As a field that works on matter at the atomic and molecular scale, there are scarcely any limits to its potential application. In the field of medical science, the ability to manipulate matter at this scale is immeasurable.


Or researchers and engineers are currently in development of nanotechnologies that can deliver drugs, treat wounds, provide gene therapy, perform diagnostics and other functions. We have experience working with nanotechnologies across industries including robotics.



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