The Core Canon of the Sugar-Iron Bomb Framework: Foundational Mechanistic Architecture of Iron-Driven Oxidative Carcinogenesis
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2026
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| _version_ | 1866901966334984192 |
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| author | Abuamra, Mohammed Fuad Yousef |
| author_facet | Abuamra, Mohammed Fuad Yousef |
| contents | <p>The Sugar-Iron Bomb framework proposes a multi-layer mechanistic model linking metabolic dysfunction, hemolysis, macrophage iron dysregulation, and oxidative genomic instability to carcinogenesis.</p> <p>The framework centers on the hypothesis that chronic metabolic and inflammatory stress can destabilize erythrocyte integrity, producing sustained hemolysis and progressive exhaustion of systemic hemoglobin-buffering systems.</p> <p>Within macrophage-rich tissues and tumor microenvironments, excessive hemoglobin and heme processing may overload the CD163-HO-1 iron-handling axis, generating expansion of the labile iron pool and localized oxidative stress through Fenton chemistry.</p> <p>The framework proposes that this iron-driven oxidative microenvironment contributes to DNA damage, genomic instability, inflammatory amplification, and progressive tumor evolution.</p> <p>This document defines the Core Canon of the Sugar-Iron Bomb framework, the foundational mechanistic architecture considered central to the current model.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_20091295 |
| institution | Zenodo |
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| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | The Core Canon of the Sugar-Iron Bomb Framework: Foundational Mechanistic Architecture of Iron-Driven Oxidative Carcinogenesis Abuamra, Mohammed Fuad Yousef Carcinogenesis, Oxidative stress, Hemolysis, Haptoglobin, CD163, HO-1, Macrophages, Tumor microenvironment, Fenton reaction, Iron dysregulation, Genomic instability, Sugar-Iron Bomb framework <p>The Sugar-Iron Bomb framework proposes a multi-layer mechanistic model linking metabolic dysfunction, hemolysis, macrophage iron dysregulation, and oxidative genomic instability to carcinogenesis.</p> <p>The framework centers on the hypothesis that chronic metabolic and inflammatory stress can destabilize erythrocyte integrity, producing sustained hemolysis and progressive exhaustion of systemic hemoglobin-buffering systems.</p> <p>Within macrophage-rich tissues and tumor microenvironments, excessive hemoglobin and heme processing may overload the CD163-HO-1 iron-handling axis, generating expansion of the labile iron pool and localized oxidative stress through Fenton chemistry.</p> <p>The framework proposes that this iron-driven oxidative microenvironment contributes to DNA damage, genomic instability, inflammatory amplification, and progressive tumor evolution.</p> <p>This document defines the Core Canon of the Sugar-Iron Bomb framework, the foundational mechanistic architecture considered central to the current model.</p> |
| title | The Core Canon of the Sugar-Iron Bomb Framework: Foundational Mechanistic Architecture of Iron-Driven Oxidative Carcinogenesis |
| topic | Carcinogenesis, Oxidative stress, Hemolysis, Haptoglobin, CD163, HO-1, Macrophages, Tumor microenvironment, Fenton reaction, Iron dysregulation, Genomic instability, Sugar-Iron Bomb framework |
| url | https://doi.org/10.5281/zenodo.20091295 |