Fatigue and Burnout

Convergence Model

flowchart TD
    A[NTBI / ROS - Oxidative Stress] --> F[Fatigue]
    B[Autistic Burnout - Masking Cost] --> F
    C[Sleep Disruption - Circadian Misalignment] --> F
    D[Low Testosterone - Pituitary Iron] --> F
    E[Low Cu / Zn - Impaired Enzymes] --> F
    G[Dopamine Dysfunction - Depleted DA/NE] --> F
    F --> H[Reduced Capacity]
    H --> I[Increased Masking Load]
    I --> B

    classDef pathological fill:#f1948a,stroke:#c0392b,color:#1a0505
    classDef neuro fill:#85c1e9,stroke:#2471a3,color:#0a1929
    classDef outcome fill:#f7dc6f,stroke:#b7950b,color:#1a1400

    class A,D,E pathological
    class B,C,G neuro
    class F,H,I outcome

Symptom Context

Plausible Overlapping Drivers

  1. Iron-overload toxicity pathway
    • NTBI/LPI -> oxidative stress -> mitochondrial strain
  2. Neurodivergent allostatic load
    • chronic sensory/executive demand -> burnout vulnerability
  3. Sleep and circadian disruption
    • common in ADHD/autism and can amplify fatigue severity
  4. Micronutrient imbalance
    • low-normal zinc/copper may worsen energy and cognitive resilience
  5. Endocrine disruption from iron overload

Research Notes

Clinical Framing

This is likely multifactorial rather than one cause. Your biochemical profile gives a concrete treatable axis (iron regulation), while neurodivergent burnout provides an interacting non-lab axis.

Cross-References