Automating Orthopedics Peer-to-Peer Scheduling for Faster Approvals

The Challenge of Peer-to-Peer Reviews in Orthopedics

Orthopedic practices face a high volume of prior authorization denials for clinical necessity, particularly for major joint replacement, spine surgery, and advanced imaging. These denials frequently necessitate peer-to-peer reviews, where an ordering clinician discusses the case directly with a payer's medical director to advocate for approval. The complexity of coordinating these calls across multiple calendars creates significant friction and delays.

Common Orthopedic PA Triggers Requiring Peer-to-Peer

• Major joint replacement (e.g., total knee arthroplasty, total hip arthroplasty) often denied for insufficient conservative-care trial or BMI criteria.
• Spine surgery (e.g., lumbar fusion, decompression) frequently denied due to conservative-care trial duration or imaging-symptom correlation gaps.
• Advanced imaging (e.g., MRI of spine and joints) often routed through specialty benefit-management vendors and denied based on ACR Appropriateness Criteria.
• Orthobiologics and certain injections (e.g., PRP) when considered non-covered or lacking specific payer policy criteria.
• Complex durable medical equipment (DME) for post-operative recovery or long-term support.

Klivira's Approach to Orthopedics Peer-to-Peer Scheduling Automation

Klivira's platform automates the entire peer-to-peer scheduling workflow, specifically tailored for the orthopedic specialty. By integrating with EMRs and payer systems, we streamline the process from denial detection to outcome capture, ensuring orthopedic surgeons can focus on patient care, not calendar logistics.

Key Automation Features for Orthopedic P2P Reviews

• **Intelligent Denial Triage**: Klivira's denial-router automatically identifies orthopedic cases where peer-to-peer is the optimal next step, such as clinical-necessity disagreements for joint or spine procedures.
• **Clinician Calendar Integration**: Seamlessly integrates with ordering clinician calendars via FHIR Appointment resources or other configured systems, proposing optimal, mutually available windows.
• **Automated Documentation Assembly**: Leverages FHIR queries to pull relevant clinical notes, imaging results, conservative-care trial documentation, and AAOS/ACR guideline-aligned evidence into a pre-call packet.
• **Payer Availability Management**: Ingests payer-published P2P availability windows or initiates requests via payer portals/secure messaging to capture offered times.
• **Outcome Capture & EMR Write-back**: Provides a structured form for clinicians to record P2P outcomes, which are then written back to the EMR as FHIR DocumentReference and Communication resources.
• **P2P Pattern Analytics**: Analyzes success patterns by denial reason and payer, informing upstream PA submission improvements for orthopedic services.

Addressing Orthopedic-Specific Workflow Constraints

Orthopedic practices face unique PA workflow constraints, including high PA volume per surgeon, pre-operative scheduling pressure, and multi-step PA cascades (e.g., imaging then surgery). Klivira's P2P automation is designed to mitigate these, reducing the clinician calendar bottleneck and ensuring P2P reviews align with critical pre-operative timelines.

Accelerating Approvals and Reducing Clinician Burden

By automating orthopedics peer-to-peer scheduling, Klivira helps health systems reduce the administrative burden on high-volume orthopedic surgeons. This not only accelerates the approval process for crucial procedures like joint replacements and spine surgeries but also improves overall practice efficiency and clinician satisfaction, as highlighted by industry benchmarks like the AMA prior authorization physician survey.