2026 | Volume 1 | Issue 1

Biomedical Sciences | Highlight

Active bio-integrated living electronics: Role in the treatment of Inflammation

Assume a future in which electronic tools seamlessly integrate with the human body, transforming how we analyze and treat disorders. Although this concept holds great potential, bridging the gap between synthetic materials and living tissues is a considerable challenge, particularly when transferring bioelectrical signals. Proposing ABLE, the active bio integrated living electronics platform, is an innovative system designed to overcome these problems. ABLE stands out for its distinctive ability to instantaneously harness biogenic, biomechanical, and bioelectrical effects. At its heart lies a living biointerface, a complex fusion of bioelectronics fabricated into a hydrogel matrix poured with live Staphylococcus epidermidis bacteria. This dynamic framework aids comprehensive interaction, connecting the microbial world and our own. The hydrogel, constructed from naturally occurring amylose polymers, provides a developing and flexible environment for the bacteria to thrive. ABLE uses this elaborate interaction to demonstrate how these microbes can be harnessed to cure psoriasis. It accomplishes this using electrophysiological recordings and wireless monitoring of skin electrical resistance, temperature, and hydration.