{
  "schema_version": "1.0",
  "record_type": "mistake_journal_template",
  "item_id": "qs-neuro-gto-001",
  "property": "QuietStride Learning",
  "subject": "Neurophysiology",
  "topic": "Muscle spindle and Golgi tendon organ feedback",
  "learning_objective": "Trace the classical Ib inhibitory pathway without generalizing it to every task.",
  "model_scope": "Classical autogenic-inhibition teaching circuit.",
  "prompt": "How does increased tendon-organ activity reduce drive to the same muscle in this classical model?",
  "options": {
    "A": "Group Ia afferents directly inhibit alpha motor neurons.",
    "B": "Group Ib afferents recruit an inhibitory spinal interneuron.",
    "C": "Group II afferents directly silence every agonist motor neuron.",
    "D": "Gamma motor neurons carry the tendon-organ sensory signal."
  },
  "correct_option": "B",
  "selected_option": null,
  "confidence_before": null,
  "learner_reasoning": null,
  "is_correct": null,
  "error_type": null,
  "conceptual_trap": "Confusing the sensory afferent with the sign of the downstream circuit effect.",
  "evidence_check": "GTO input travels through Ib afferents. The stated inhibitory effect requires an inhibitory spinal interneuron.",
  "corrected_rule": "Name the receptor, afferent and circuit before predicting the response.",
  "boundary_condition": "Force-feedback effects depend on task and neural state.",
  "source_title": "Mechanoreceptors Specialized for Proprioception",
  "source_url": "https://www.ncbi.nlm.nih.gov/books/NBK10812/",
  "extension_source_url": "https://pmc.ncbi.nlm.nih.gov/articles/PMC2821582/",
  "transfer_question": "Why does the receptor name alone fail to predict the net motor response?",
  "transfer_answer": "The response depends on the active spinal network and task context.",
  "created_at": null,
  "review_due": null,
  "review_status": "unattempted"
}