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Detect clinical note sections (HPI, ROS, Assessment, Plan) using regex patterns and LLM topic segmentation. Generates ToC with accurate byte offsets.

Install Skill

1Download skill
2Enable skills in Claude

Open claude.ai/settings/capabilities and find the "Skills" section

3Upload to Claude

Click "Upload skill" and select the downloaded ZIP file

Note: Please verify skill by going through its instructions before using it.

SKILL.md

name section-detection
description Detect clinical note sections (HPI, ROS, Assessment, Plan) using regex patterns and LLM topic segmentation. Generates ToC with accurate byte offsets.

Section Detection Skill

Overview

Detects sections in clinical notes using hybrid approach: regex for explicit headers + LLM for inferred sections. Generates navigable Table of Contents with precise offsets.

When to Use

  • Generate Table of Contents for clinical notes
  • Detect section boundaries for navigation
  • Identify explicit and inferred sections

Installation

IMPORTANT: This skill has its own isolated virtual environment (.venv) managed by uv. Do NOT use system Python.

Initialize the skill's environment:

# From the skill directory
cd .agent/skills/section-detection
uv sync  # Creates .venv (no external dependencies, uses Python stdlib)

Usage

CRITICAL: Always use uv run to execute code with this skill's .venv, NOT system Python.

# From .agent/skills/section-detection/ directory
# Run with: uv run python -c "..."
from section_detection import SectionDetector

detector = SectionDetector(ollama_client)

sections = detector.detect_sections(clinical_note_text)

for section in sections:
    print(f"{section['title']}: {section['start_offset']}-{section['end_offset']}")
    print(f"  Explicit: {section['is_explicit']}, Confidence: {section['confidence']}")

Implementation

See section_detection.py.