Technologies developed for medical, health care, and environmental uses. Please visit pages below to view animations.
Relenza Fludrug
This animation illustrates how the Relenza flu drug works. View animation.
Precedence Health Care
An animation illustrating how cdmNet (chronic disease management on the net) works. View animation.
Torsional Actuator
The animation shows carbon nanotube (CNT) yarns propelling "microbots", and mimicking the flagellum propulsion function in bacteria. View animation.
GiMEGA
An animation has been created to illustrate the actions of a natural drug, "GiMEGA". View animation.
Micro Nanophysics
Two animations have been produced for the Micro Nanophysics Research Laboratory at Monash University. View animation.
Pulmonary nanoparticle delivery
This animation shows the proposed drug delivery via nanoparticles from a "puffer" device. View animation.
Nanobot
Screenshot from the “Nanobot” 3D animation, visualizing a popular nanotechnology concept. View animation.
Enzyme-Linked Immunosorbent Assay
This 3D animation shows the principle of Enzyme-Linked Immunosorbent Assay. View animation.
Nanobionics
The animation illustrates research into the use of nano electromaterials in bionic ear technology, spinal chord regeneration, and other fields. View animation.
Bionic eye
An animation illustrating current research into bionic eye technology. View animation.
BioGrid Australia
This animation focusses on research aspects of Biogrid. The complex patient database system is explained using simple cartoon characters. View animation.
Drug-polymer conjugate technology
An animation illustrating unique drug-polymer conjugate technology to enable site specific drug delivery from medical device components. View animation.
Respire
An animation illustrating the working principle of Respire, a new vaccination method employing pulmonary delivery. View animation.
Organic Bionics
An animation illustrating research into electro-nanomaterials for use in organic bionics. View animation.
Biointeractions
An animation illustrating research into the properties and possible uses of nanoelectro materials in biointeractions. View animation.
Nanoscale Biophotonics
An animation illustrating research into the use of photonic devices in the studies of living cells. View animation.
Inkjet printing of cells
Assisting wound healing by “printing” living cells directly into a wound using standard inkjet technology. View animation.
