Recursive Reparodynamics VI: Inflammatory Feedback Reversal via Recursive TGRM Repair Loops

This paper extends the Reparodynamics framework to inflammation-feedback systems. Using recursive Targeted Gradient Repair Mechanisms (TGRM) under baseline entropy 0.60 across 200 generations, the system achieved complete stabilization of feedback drift and latency collapse to 0 by generation 70. Control populations decayed to 0 integrity by generation 25, while recursive TGRM maintained ~47 stability with cumulative rebound rising to 12.0 by generation 200. Results confirm that recursive Reparodynamics can reverse chronic feedback-loop instability—analogous to inflammatory cascades in biological systems—showing cross-domain repair capacity between metabolic and signaling subsystems.