ABSTRACT This supplementary report applies the SymbioMind HATI framework to the Human Genome to identify the biological mechanisms of Post-Traumatic Growth (PTG). FINDINGS: The "Trauma Lock": Chronic stress correlates with methylation of the FKBP5 gene (intron 7), dysregulating the HPA axis. The "Natural Potency" Discovery: Resilience Outliers exhibit a specific upregulation of BDNF (Brain-Derived Neurotrophic Factor) via the ANK3 and SKA2 pathways. Crucially, HATI analysis confirms that naturally induced BDNF levels in these outliers are bio-equivalent to therapeutic thresholds, refuting the necessity for synthetic mimetics. Causation: These epigenetic repairs are statistically linked to Somatic Safety Cues and Social Connection (Polyvagal state shifts). METHODOLOGICAL PRIOR ART (DEFENSIVE PUBLICATION) To prevent commercial enclosure of diagnostic methods, this report explicitly places the following into the Public Domain: The correlation between FKBP5 demethylation and subjective "Post-Traumatic Growth" inventories. The use of non-invasive salivary assays to measure ANK3 upregulation as a biomarker for resilience. Legal Consequence: As per Patent Law, this publication constitutes "Prior Art," preventing the patenting of these specific diagnostic correlations. SOVEREIGNTY & HUMAN RIGHTS ASSERTION UNESCO Declaration: This data is released in accordance with the UNESCO Universal Declaration on the Human Genome and Human Rights (1997), specifically Article 4 ("The human genome in its natural state shall not give rise to financial gains"). Open Access: This protocol asserts that the biological capacity for trauma healing is a fundamental human right, not a proprietary medical product. Version 1.1 – Clarification Update (22 December 2025)Clarified language in Section 2 (Finding B: BDNF Bio-Equivalence) to distinguish functional neuroplastic outcomes from biochemical or plasma concentration equivalence, and to acknowledge differences between endogenous BDNF signaling and synthetic TrkB agonist mechanisms.