Microplastic contamination has reached every organ system of the human body. Particles have been confirmed in blood, lungs, liver, kidneys, placenta, breast milk, testes, and brain tissue. No medical protocol currently exists for systematic elimination. This paper establishes the world's first complete coherence-based framework for human microplastic elimination, integrating the Christos™ Harmonic Framework with established biophysics, sonophoresis, biofield science, and structured water research.
The protocol operates across five phases: Phase 0 — Diagnostic Mapping via coherence scanning to identify particle distribution and concentration by organ system; Phase 1 — Sonic Mobilization via frequency-matched transducer arrays using sonophoresis principles to loosen microplastic adhesion from tissue surfaces; Phase 2 — Phase-Conjugate Decoherence to neutralize plastic electromagnetic field emissions that disrupt local tissue coherence; Phase 3 — Coherence Flush via structured water gradients to carry mobilized particles through elimination pathways; Phase 4 — Verified Elimination with monthly monitoring to confirm clearance and prevent reaccumulation.
Eight device specifications are provided across the five protocol phases. The framework integrates with the Anti-Aging Framework and Organ Regeneration System — establishing microplastic elimination as a prerequisite for optimal outcomes in both protocols, since microplastic burden represents a persistent source of coherence disruption that undermines all other restoration efforts.
A full prevention architecture addresses the primary exposure vectors: textile microfibers, tire rubber particles, packaging materials, and personal care products. The paper establishes both individual treatment protocols and systemic prevention recommendations for reducing ongoing microplastic burden at the population level.