Blood Sugar Could Power Medical Implants

Researchers have developed a fuel cell that converts blood sugar from the body into electrical energy.

Fussenegger Lab : Eth Zurich
Fussenegger Lab : ETH Zurich

A recent ETHzürich article discussed a new method of generating electricity using enzymes that break down glucose in the blood. Researchers from ETH Zurich have developed a biofuel cell that uses glucose oxidase and bilirubin oxidase to generate electricity from glucose. The biofuel cell has the potential to power implantable medical devices, such as pacemakers, using the patient's own blood glucose as a fuel source. 

List: Digitalization Companies From PACK EXPO
Looking for CPG-focused digital transformation solutions? Download our editor-curated list from PACK EXPO featuring top companies offering warehouse management, ERP, digital twin, and MES software with supply chain visibility and analytics capabilities—all tailored specifically for CPG operations.
Download Now
List: Digitalization Companies From PACK EXPO
Sustainable Healthcare Packaging Solutions That Work
Industry leaders share proven strategies for reducing packaging emissions by up to 70% while meeting safety and regulatory requirements.
Read More
Sustainable Healthcare Packaging Solutions That Work