Cutaneous Axon Reflex Flare (Laser Doppler) Skill
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Cutaneous Axon Reflex Flare (Laser Doppler) Skill
Zero-dependency sovereign personal agent skill for non-invasive evaluation of Cutaneous Axon Reflex Vasodilatory Index (PU_peak/PU_base), flare radius (mm), and unmyelinated nociceptive C-fiber axonal integrity.
flowchart TD
NociceptiveStim["Localized Cutaneous Stimulation (Histamine / Electrical)"] --> Orthodromic["Orthodromic Sensory Action Potentials (To Spinal Cord)"]
NociceptiveStim --> Antidromic["Antidromic Collateral Branching into Dermal Arterioles"]
Antidromic --> NeuropeptideRelease["Substance P & CGRP Neuropeptide Secretion"]
NeuropeptideRelease --> NeurogenicFlare["Widespread Arteriolar Vasodilation Flare (Laser Doppler Flux)"]
NeurogenicFlare --> FlareEngine["Vasodilatory Flare Index (VI) & C-Fiber Integrity Score"]
FlareEngine --> Agent["OpenClaw / Hermes Personal Agent Neuropathy Screening"]Features
Deterministic Math: Pure Python standard library implementation with zero external dependencies.
Neurovascular Autonomic Standards: Implements validated equations for Laser Doppler flux, Vasodilatory Index, and flare radius spread.
Small-Fiber Neuropathy Detection: Highly sensitive detection of unmyelinated epidermal nerve fiber loss prior to standard nerve conduction studies.
Model Context Protocol (MCP): Native JSON-RPC tool integration for LLMs and autonomous agents.
Related MCP server: Cutaneous Tactile Sensitivity & Mechanical Allodynia (Von Frey) MCP Server
Quickstart
from client import CutaneousAxonReflexFlareClient
client = CutaneousAxonReflexFlareClient()
result = client.evaluate_axon_reflex_flare(
baseline_flux_pu=14.5,
peak_flare_flux_pu=88.0,
flare_radius_mm=19.5
)
print("Vasodilatory Index:", result["vasodilatory_index"], "x")
print("C-Fiber Score:", result["c_fiber_flare_score"])
print("Classification:", result["classification"])License
Apache-2.0
This server cannot be deployed
Maintenance
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