The team developed a copper-based nanoparticle anode that breaks down glucose into gluconic acid and a proton to create an electrical current. The teabag-like fuel cell itself is connected to an insulin capsule that can be triggered to release insulin by electrical current from the implant.
These two components form a self-regulating circuit that can communicate with devices such as smartphones for remote medical intervention. Researchers hope to develop the biotechnology from prototype to market stage.
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Source: Ferra
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