design

Design
The EMS injects insulin and glucagon into the bloodstream via advanced microneedle technology, which through the use of nanotechnology, allows for painless penetration with minimal tissue damage. (Rows of silicon/nickel microneedles are adhered onto the forearm, which is the optimal location for injection. Between the rows of microneedles are flaps of excess fabric which act as slack to allow freedom of movement without disturbing the microneedles (which must be absolutely stationary to perform).)





Predictions: We foresee extensive use of this invention in several parts of society, from fire-fighting and law-enforcement agencies to the domestic household, or even in outer space to maintain the health of astronauts. Any professions or parts of medicine which involve constant physical diagnosis, like professional athletes or patients in a hospital, would benefit from the detailed information analysis of our proposed invention.