Mitochondrial DNA Smart Cell Augmentation Using UHF-Guided Biological System Engineering

This paper presents a non-invasive model for mitochondrial augmentation based on harmonic resonance stabilization derived from the Unified Harmonic Framework (UHF). Instead of modifying mitochondrial DNA directly, the approach aligns energy-state coherence in the electron transport chain to enhance ATP output, reduce oxidative stress, and improve cellular resilience. The model incorporates adaptive inference systems to maintain optimal harmonic boundary conditions within living cells, demonstrating a scalable and biologically safe pathway for performance-oriented cellular enhancement.