Examines mitochondrial performance in cellular repair, suggesting new paths for longevity.
A cybernetic pharmacology framework built on a 70:30 SBMA‑b‑CBMA “Golden Ratio” polymer architecture, designed to restore mitochondrial resilience through a dual‑condition AND‑gate. The system maps mitochondrial distress signals—membrane depolarization ΔΨm and ROS‑driven stiffness modulation α([ROS])—onto a bistable potential U(x)=α2x2+β4x4, triggering payload release only when the computed barrier ΔU<kBT. This payload‑agnostic vault extends the same cybernetic mechanics originally developed for conditioning‑free in vivo SCD editing, demonstrating a unified, modular platform for targeted cellular repair, mitochondrial rejuvenation, and metabolic resilience.
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Don Feeney (2026) studied this question.
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