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Dungan, J. (2026). (Self-disproven by thermodynamic affinity of SOD1 – SEE DESCRIPTION) The Zinc Finger Governor Hypothesis: TDP-43 Aggregation as a Potential Downstream Biomarker of Metallostructural Regulatory Failure (1.0). Zenodo.

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Disclaimer: THIS IS NOT MEDICAL ADVICE. THIS THEORY IS NOT PEER REVIEWED (YET). https://doi.org/10.5281/zenodo.18614864 THIS THEORY IS FLAWED. ABSTRACT  I RAN IT THROUGH MY V2 SOFTWARE PROTOTYPE AND IT CONFIRMS THAT SOD1 HAS AN AFFINITY FOR ZN2 MAGNITUDES HIGHER THAN BMAA… THIS RGNEF > BMAA > SOD1 IS FALSE, THOUGH I HAVE NOT YET EXPLORED OTHER TOXINS … Read more

Published: Computational Modeling of ALS Onset Heterogeneity: The Drusen-Zinc Switch Mechanism and Unified Sensory-Topological Control Framework (Version 1). Zenodo. https://doi.org/10.5281/zenodo.18445089

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Disclaimer: THIS IS NOT MEDICAL ADVICE. THIS THEORY IS NOT PEER REVIEWED (YET). Dungan, J., & Artificial General Intelligence LLC. (2026). Computational Modeling of ALS Onset Heterogeneity: The Drusen-Zinc Switch Mechanism and Unified Sensory-Topological Control Framework (Version 1). Zenodo. https://doi.org/10.5281/zenodo.18445089 Computational Modeling of ALS Onset Heterogeneity: The Drusen-Zinc Switch Mechanism and Unified Sensory-Topological Control Framework … Read more

2026 updates

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I am doing a brief human check in 🙂 I am about to publish my ALS paper (it is amazing) and will be updating my ORCID iD page and ZERO.ALS.QUEST and removing “tri-unity” branding and on hold items. This will be the official blog for Artificial General Intelligence LLC going forward. Thanks for your patience.