Restoration: the three-lever method

If disease is a drifted or crossed setpoint, restoration has three levers -- the same three the analgesic map uses to raise a firing threshold, re-read here. S1 RESTORE the feedback gain (deepen the basin); S2 REDUCE the pathological forcing (lower the drift drive); S3 REMOVE the upstream sensitising program. Each is grounded in the foundational setpoint law.

The method is transferred from analgesic_threshold_logic v2.0 (DOI 10.5281/zenodo.20733420). The engine reads each candidate node's promoter switch-threshold structure (γ → |h_sp|) and places it in one lever. S1/S2 are [F] structural; S3 is [O] cited biology. These are HYPOTHESES, firewall-bound -- no dosing, efficacy, safety, or clinical claim.

Why the analgesic frame transfers

Raising a nociceptor threshold and restoring a metabolic setpoint are the same control problem on the same R19 substrate: move a state relative to a barrier. Reduce the inward drive, deepen the well, or remove what shallowed it. The three levers map one-to-one (analgesic L1/L2/L3 → restoration S2/S1/S3).

Grounded in the foundational law

Each lever acts on a term in the disease law of §15: S1 raises g_eff (deeper barrier, higher crossing threshold); S2 lowers the chronic forcing; S3 removes the program that dropped the gain in the first place. The levers are not a separate theory -- they are the inverse of the failure mechanism.

Firewall

gamma reads the promoter switch-threshold STRUCTURE only (an R19 |h_sp|); it is NOT a glucose level, NOT an HbA1c, NOT an insulin dose, NOT a clinical effect. lever + push are [F] structural; the S3 uncoupling/inflammatory mechanism link is [O] cited biology, never derived. These are falsifiable HYPOTHESES grounded in the foundational setpoint mechanism, not medical advice.