Dataset: SCF AEIC Gene Library — G10 Xenobiotic Immune Modulators
Document Code: SCF-AEIC-G10-FMAP-0001
Framework: SCF Multi-Omic Pathophysiology Protocol — Xenobiotic–Immune Interaction Axis
Purpose: Map each G10 Xenobiotic Immune Modulator Gene from the AEIC Gene Library to its specific functional role in xenobiotic sensing, detoxification, oxidative stress control, and immune system modulation.
Within the SCF AEIC model, G10 genes regulate:
- environmental toxin sensing
- xenobiotic metabolism
- oxidative stress regulation
- immune suppression triggered by toxins
- inflammatory signaling responses to toxic exposure
Disruption of this gene network produces SCF Xenobiotic Amplification, where environmental toxins exacerbate immune collapse.
1. Aryl Hydrocarbon Receptor Signaling System
Gene | Functional Role |
AHR | ligand-activated transcription factor sensing xenobiotics such as dioxins; regulates immune suppression and detoxification genes |
ARNT | nuclear partner of AHR forming the AhR–ARNT transcription complex controlling xenobiotic response genes |
SCF Functional Axis: Environmental toxin sensing and transcriptional activation.
2. Cytochrome P450 Xenobiotic Metabolism
Gene | Functional Role |
CYP1A1 | enzyme metabolizing polycyclic aromatic hydrocarbons and dioxins; generates reactive metabolites |
CYP1A2 | hepatic enzyme metabolizing xenobiotics and pharmaceuticals |
CYP1B1 | enzyme producing oxidative metabolites during toxin metabolism |
CYP2E1 | enzyme metabolizing small toxic compounds and generating reactive oxygen species |
CYP3A4 | major drug-metabolizing enzyme responsible for oxidation of xenobiotics |
SCF Functional Axis: Phase I detoxification and oxidative metabolism.
3. Quinone Detoxification System
Gene | Functional Role |
NQO1 | NAD(P)H quinone oxidoreductase preventing formation of reactive semiquinones |
NQO2 | quinone reductase detoxifying reactive quinone intermediates |
SCF Functional Axis: Detoxification of oxidized xenobiotic metabolites.
4. Glutathione Conjugation System
Gene | Functional Role |
GSTP1 | glutathione S-transferase conjugating toxins to glutathione for elimination |
GSTM1 | detoxification enzyme neutralizing electrophilic xenobiotic metabolites |
GSTM2 | glutathione conjugation enzyme aiding detoxification |
GSTT1 | glutathione transferase detoxifying halogenated compounds |
SCF Functional Axis: Phase II detoxification and toxin neutralization.
5. Antioxidant Defense Enzymes
Gene | Functional Role |
SOD1 | cytosolic superoxide dismutase converting superoxide radicals to hydrogen peroxide |
SOD2 | mitochondrial superoxide dismutase protecting mitochondria from oxidative damage |
CAT | catalase converting hydrogen peroxide into water and oxygen |
SCF Functional Axis: Reactive oxygen species detoxification.
6. Glutathione Peroxidase System
Gene | Functional Role |
GPX1 | enzyme reducing hydrogen peroxide using glutathione |
GPX4 | enzyme reducing lipid peroxides and preventing ferroptosis |
SCF Functional Axis: Cellular redox balance and membrane protection.
7. Heme and Oxidative Stress Response
Gene | Functional Role |
HMOX1 | heme oxygenase degrading heme and generating antioxidant metabolites |
SCF Functional Axis: Stress-response detoxification pathway.
8. NRF2 Antioxidant Response System
Gene | Functional Role |
NRF2 | transcription factor activating antioxidant response genes |
KEAP1 | regulatory protein controlling NRF2 stability and degradation |
SCF Functional Axis: Antioxidant transcriptional control.
9. MAPK Stress Signaling Pathway
Gene | Functional Role |
MAPK1 | ERK2 kinase regulating cellular responses to stress signals |
MAPK3 | ERK1 kinase controlling inflammatory gene expression |
MAPK8 | JNK kinase activated by cellular stress and toxins |
MAPK14 | p38 MAP kinase regulating inflammatory responses |
SCF Functional Axis: Stress-induced inflammatory signaling.
10. AP-1 Transcription Factor System
Gene | Functional Role |
JUN | transcription factor regulating stress-response and inflammatory genes |
FOS | transcription factor forming AP-1 complexes controlling immune responses |
SCF Functional Axis: Toxin-induced transcriptional regulation.
11. Heat Shock Protein Stress Response
Gene | Functional Role |
HSP90AA1 | molecular chaperone stabilizing stress-responsive proteins |
HSP70 | chaperone assisting protein folding and protecting cells from stress-induced damage |
SCF Functional Axis: Cellular stress protection.
12. Xenobiotic Conjugation and Clearance
Gene | Functional Role |
UGT1A1 | UDP-glucuronosyltransferase conjugating xenobiotics for elimination |
UGT2B7 | glucuronidation enzyme aiding detoxification and drug metabolism |
SCF Functional Axis: Phase II detoxification and toxin clearance.
13. SCF Xenobiotic Immune Modulation Functional Domains
Functional Domain | Key Genes |
Xenobiotic Sensing | AHR, ARNT |
Phase I Detoxification | CYP1A1, CYP1A2, CYP1B1, CYP2E1, CYP3A4 |
Quinone Detoxification | NQO1, NQO2 |
Glutathione Detoxification | GST family |
Antioxidant Enzymes | SOD1, SOD2, CAT |
Peroxide Detoxification | GPX1, GPX4 |
Stress Detoxification | HMOX1 |
Antioxidant Transcription | NRF2, KEAP1 |
Stress Kinase Signaling | MAPK1, MAPK3, MAPK8, MAPK14 |
Stress Transcription | JUN, FOS |
Protein Stress Protection | HSP90AA1, HSP70 |
Phase II Conjugation | UGT1A1, UGT2B7 |
14. SCF Functional Interpretation
Dysregulation of the G10 xenobiotic immune modulator network leads to:
- toxin accumulation
- excessive oxidative stress
- immune suppression
- chronic inflammatory signaling
- impaired detoxification capacity
These mechanisms produce SCF Xenobiotic Amplification, which synergizes with:
- G5 metabolic collapse
- G6 cytokine dysregulation
- G7 immune checkpoint exhaustion
- G9 antiviral defense failure
to accelerate AEIC systemic immune collapse.
SCF MASTER DOCUMENT REGISTRY INDEX
SCF-AEIC-G10-FMAP-0001
SCF-AEIC-G9-FMAP-0001
SCF-AEIC-G8-FMAP-0001
SCF-AEIC-G7-FMAP-0001
SCF-AEIC-G6-FMAP-0001
SCF-AEIC-G5-FMAP-0001
SCF-AEIC-GL-0001
SCF-GCA-AEIC-0001
SCF-AEIC-TPM-0001
SCF-AEIC-ADM-0001
SCF-AEIC-TSB-0001
SCF-SEF-MD-0001
SCF-API-DP-0001
SCF-PP-UVT-0001
SCF-CRD-WORKFLOW-0001