Epic Integration Options for Helix Pharmacogenomics

Recommended path: Start with Approach 1 → Scale to Approach 2
💡 Recommended Strategy: Start with Approach 1 (Generic BPA + CDS Hooks) → Evolve to Approach 2 (Pharmacist Alerts) as adoption grows. Approach 3 (iFrame) is an optional passive supplement, not a starting point.

Executive Summary

Decision: How should Helix pharmacogenomic decision support integrate with Epic?

Core Tradeoff: More Epic integration = better proactive alerts BUT higher IT burden and longer timeline.

Recommendation: Start with Approach 1 (Generic BPA + CDS Hooks), evolve to Approach 2 (Pharmacist Alerts) as adoption grows.

Why start with Approach 1, not Approach 3 (iFrame)?

📊 View Detailed Comparison Matrix (All 3 Options Side-by-Side)

3 Integration Options (Recommended path: Approach 1 → Approach 2)

# Approach Epic IT Burden Proactive Alerts Key Tradeoff View
1
Generic BPA + CDS Hooks START HERE
Epic stores genetic data; 1 smart BPA
MODERATE Yes
(order-time)
Epic-native data + alerts. Only 1 BPA (not 50+). Still interrupts provider workflow at order time. View →
2
Pharmacist Alerts PHASE 2 TARGET
Background monitoring + pharmacist triage
MODERATE Yes
(background)
Phase 2 target: Proactive alerts via pharmacist (reduces provider burden). View →
3
iFrame Embedded PHASE 3 OPTIONAL
Epic tab shows full Helix portal
LOW No
(passive only)
Embedded in Epic but no alerts. Clinician must click "Pharmacogenomics" tab to see risk. Mockup →
Live Demo →

🚀 Recommended: Phased Implementation Strategy

Start fast, prove value, then add sophistication. This approach minimizes risk and accelerates time-to-value.

PHASE 1: Launch

Approach 1: Generic BPA + CDS Hooks

  • Moderate Epic IT setup effort
  • Proactive order-time alerts
  • Only 1 BPA to maintain (not 50+)
  • Prove value with pilot users
Goal: Launch with proactive alerts using manageable Epic IT effort
PHASE 2: Scale

Approach 2: Pharmacist Alerts

  • Add background monitoring
  • Add pharmacist triage workflow
  • Reduce provider alert fatigue
  • Moderate Epic IT effort (In Basket setup)
Goal: Maximize clinical impact with pharmacist-filtered proactive alerts
PHASE 3: Optimize (Optional)

Add Approach 3: iFrame Embed

  • Embedded portal access
  • Low Epic IT effort
  • Passive lookup for edge cases
  • Only if needed
Goal: Provide passive lookup option for edge cases not covered by proactive alerts

Why This Phased Approach Works:

✓ Start Proactive

Begin with order-time alerts (Approach 1). Immediate clinical safety impact.

✓ Manageable Effort

Moderate IT effort to launch with only 1 BPA to maintain (not 50+).

✓ Prove Before Scaling

Phase 1 proves value. Add pharmacist triage (Phase 2) only if adoption is strong.

✓ Reduce Alert Fatigue

Phase 2 pharmacist filtering means providers only see high-value alerts.

Benefits of Starting with Approach 1, Then Evolving to Approach 2

Decision Framework for Your Organization

If your priority is... Then choose...
Proactive alerts with manageable Epic IT effort Phase 1: Approach 1 (Generic BPA + CDS Hooks)
Proactive safety without provider alert fatigue Phase 2: Approach 2 (Pharmacist Alerts with triage)
Passive lookup for edge cases Phase 3: Approach 3 (iFrame Embed - optional passive access)
Limited Epic IT resources available right now Start planning Approach 1 — Approach 3 alone delivers no proactive alerts and cannot replace Approach 1's clinical safety value
Want proactive alerts with growth path to reduce alert fatigue Phased Approach (Approach 1 → Approach 2 progression)

Next Steps

  1. Review mockups with CMIO, Pharmacy Lead, and Epic Analyst
  2. Confirm phased approach (Approach 1 → Approach 2 progression)
  3. Epic IT configures Generic BPA + CDS Hooks for Phase 1 launch
  4. Pilot with early adopter clinicians, gather feedback
  5. If pilot successful, begin Phase 2 planning (pharmacist triage workflow)
  6. Full Phase 2 rollout (Pharmacist Alerts with background monitoring)

Helix Precision Prescribing Platform

Epic Integration Options for CMO Review