| Domain | Potential Impact | How ATID‑548 Works | |--------|------------------|--------------------| | | Tackles multi‑drug‑resistant (MDR) infections with a single‑dose regimen. | Binds to bacterial membranes via a “pore‑forming ghost lattice,” causing rapid depolarization and death. | | Biocatalysis & Green Chemistry | Enables high‑temperature enzymatic processes (e.g., plastic depolymerization) without loss of activity. | Serves as a scaffold for attaching catalytic moieties; its stability prevents denaturation. | | Spacecraft sterilization | Provides a self‑renewing antimicrobial coating for spacecraft surfaces on missions to Mars, Europa, etc. | Forms a nanothin ghost‑film that remains active after exposure to vacuum and cosmic radiation. | | Energy storage | Acts as a solid‑state electrolyte in next‑gen bio‑batteries . | The ordered β‑sheet creates ion‑channels that conduct lithium/potassium ions at high temperatures. | | Synthetic biology | Supplies a universal chassis for designing heat‑tolerant synthetic pathways . | Its D‑amino‑acid backbone resists proteolysis, allowing long‑term expression in extreme hosts. |