domains / business / biotech-pitch-deck-narrative / biotech-pitch-deck-narrative
The two copies overlap in purpose (biotech fundraising narrative) but each contains material steps the other lacks. The aipoch copy is a bounded, script-driven workflow with explicit stop conditions, a parameter table, and a risk/security checklist. The LeoYeAI copy is a content-generation workflow with a Python narrative engine, specific translation tables, a 7-part narrative architecture, and stage/audience calibration logic. Neither is a reproduction of the other; crowning one would hide a real alternative approach.
| Repository | Path |
|---|---|
| aipoch/medical-research-skills | scientific-skills/Academic Writing/biotech-pitch-deck-narrative/SKILL.md |
| LeoYeAI/openclaw-master-skills | skills/biotech-pitch-deck-narrative/SKILL.md |
| Role | Repository | Path |
|---|---|---|
| peer | aipoch/medical-research-skills | scientific-skills/Academic Writing/biotech-pitch-deck-narrative/SKILL.md |
| peer | LeoYeAI/openclaw-master-skills | skills/biotech-pitch-deck-narrative/SKILL.md |
# Biotech Pitch Deck Narrative
## When to Use
- Preparing biotech pitch decks, investor-facing section rewrites, or fundraising story structures.
- Translating scientific and clinical data into investor-friendly narratives.
- Preparing investor Q&A scaffolds or risk-aware messaging.
## Do NOT Use When
- Scientific conference presentations (use technical language).
- Regulatory submission documents (use formal FDA/EMA formats).
- Internal R&D communications (use full scientific detail).
- Patent applications (use precise legal/scientific terminology).
## Workflow
1. **Confirm Scope and Inputs**
- Financing stage (pre-seed, seed, series-a, series-b, series-c, ipo).
- Investor audience (generalist-vc, biotech-specialist, pharma-corp).
- Available scientific evidence, clinical data, and market context.
- Non-negotiable claim boundaries and regulatory constraints.
- Whether the request is a full narrative, a single section rewrite, or high-level messaging guidance.
2. **Validate Evidence and Stop Conditions**
- If scientific support or market context is missing, stop and request the minimum additional inputs.
- Do not invent data. All claims must be tied to supplied evidence.
- Explicitly note where evidence is missing or claims require validation.
3. **Translate Science to Business Language**
- Convert technical concepts into investor-friendly language using translation strategies:
- "CRISPR-Cas9 gene editing" → "Precision genetic medicine platform"
- "Phase II clinical data" → "De-risked asset with human proof-of-concept"
- "Off-target effects" → "Industry-leading specificity profile"
- "MOA via JAK-STAT pathway" → "Novel mechanism addressing root cause"
- Preserve scientific accuracy while adapting tone for the target audience.
4. **Build Narrative Architecture**
Structure the deck narrative in this order:
1. **Hook** (30 seconds): Why this, why now, why you.
2. **Problem**: Unmet medical need, current standard limitations, market size.
3. **Solution**: Technology/platform, mechanism of action, key differentiation.
4. **Traction**: Clinical data, partnerships, validation to date.
5. **Market**: Size, competition, your advantage.
6. **Team**: Track record, why you will succeed.
7. **Ask**: Funding amount, use of proceeds, milestones.
5. **Optimize for Stage and Audience**
- **Seed** ($500K-$2M): Focus on team, vision, early validation.
- **Series A** ($10-30M): Focus on proof-of-concept data, IP position, market entry.
- **Series B** ($30-75M): Focus on Phase 2/3 data, BD traction, team expansion.
- **Series C/IPO** ($100M+): Focus on commercial execution, registration trials, launch prep, revenue path.
- Calibrate technical depth and risk framing for generalist vs. specialist investors.
6. **Produce Output**
- Return a structured deck narrative that separates assumptions, value claims, evidence status, and open diligence gaps.
- Include stage- and audience-aware positioning cues.
- Explicitly note where evidence is missing or claims require validation.
- If using a script, run `python scripts/main.py --stage <stage> --audience <audience> --input <path> --output <path>`.
- If using a narrative engine, use `BiotechNarrativeEngine` to generate and calibrate the narrative.
## Parameters
| Parameter | Type | Required | Default | Description |
|-----------|------|----------|---------|-------------|
| `--stage` | string | No | `seed` | Financing stage |
| `--audience` | string | No | `generalist-vc` | Target investor audience |
| `--input` | string | No | - | Input deck or source file path |
| `--output` | string | No | `optimized_narrative.json` | Output file path |
## Security and Risk Checklist
- [ ] No hardcoded credentials or API keys.
- [ ] No unauthorized file system access.
- [ ] Claims are tied to supplied evidence, not invented data.
- [ ] Regulatory and clinical statements remain bounded.
- [ ] Output path reviewed before overwrite.
- [ ] Error handling does not imply completed diligence.
- [ ] Market-sizing claims require user-supplied assumptions.
- [ ] Legal and scientific review remains mandatory.
## Conflicts
- **aipoch/medical-research-skills**: Workflow is script-driven with explicit stop conditions; output is a JSON narrative scaffold.
- **LeoYeAI/openclaw-master-skills**: Workflow is content-generation driven with a Python narrative engine and 7-part architecture; no explicit stop condition for missing evidence is defined in the visible text.