FARO Academy

The development of phage-based electrode materials is an exciting area of research that merges biotechnology with electronics. By utilizing engineered bacteriophages, researchers can create novel electrode surfaces that enhance electrochemical properties for various applications, including biosensors and energy storage devices. These phage-derived materials can facilitate the immobilization of biomolecules, improving sensitivity and performance. Their unique self-assembling capabilities allow for the formation of highly organized structures, ideal for optimizing charge transfer and conductivity. This innovative approach has the potential to significantly advance the functionality of bioelectronic devices and renewable energy technologies.