AI‑engineered bacteriophages expose systemic overuse of antibiotics and the need for ecological, cultural, and policy reforms
Original framing: “Nature has spent billions of years fighting bacteria – AI could help us learn its secrets” — The Conversation - Global
AI‑guided protein engineering can accelerate the design of bacteriophages with targeted host specificity, offering a scientifically robust alternative to broad‑spectrum antibiotics. Yet, efficacy must be validated across diverse bacterial strains and ecological contexts, and safety assessments must include horizontal gene transfer risks.
Antibiotic resistance is a systemic outcome of decades of unchecked antimicrobial deployment, reinforced by market incentives and weak global governance.
AI‑engineered bacteriophages offer a promising tool, but their impact will be limited unless paired with robust stewardship, equitable access, and ecological practices rooted in Indigenous and cross‑cultural wisdom. Historical parallels warn that without integrated policy and community participation, we risk perpetuating an arms race that mirrors past pesticide cycles. By aligning scientific innovation with inclusive governance, open‑source biobanks, and agricultural reforms, we can transform the microbial battlefield into a collaborative ecosystem that safeguards health across all societies.