Orthopedic documentation demands anatomical precision that general clinical templates don't accommodate well. Every note involves laterality, specific joint or bone identification, imaging interpretation, and often procedural details for casting, splinting, or injection. When the same practice manages acute fractures in the morning and post-op ACL reconstruction follow-ups in the afternoon, no single note template covers the range.
Here's how to build a documentation workflow that handles the full scope of orthopedic encounters.
Common orthopedic visit types
Orthopedic practices deal with a wide variety of encounters, each with distinct documentation needs:
| Visit type | Key documentation elements | |-----------|---------------------------| | Acute injury evaluation | Mechanism of injury, anatomical location with laterality, exam maneuvers performed, imaging ordered/reviewed, immobilization applied | | Fracture management | Fracture classification, displacement status, reduction details if applicable, immobilization type, follow-up imaging plan | | Post-operative follow-up | Surgical procedure reference, wound assessment, range of motion measurements, therapy progression, complication screening | | MRI/imaging review | Study reviewed, key findings, clinical correlation, surgical vs. conservative recommendation | | Joint injection | Joint injected, laterality, agent used, volume, approach, consent, post-procedure instructions | | Physical therapy referral | Diagnosis, surgical history, therapy goals, frequency, precautions, weight-bearing status | | Pre-operative clearance | Surgical plan, medical history review, risk stratification, consent discussion |
The documentation burden is amplified because orthopedic notes frequently serve as source documents for surgical authorization, workers' compensation claims, disability evaluations, and physical therapy orders.
Where documentation bottlenecks happen
Imaging review conversations. A significant portion of orthopedic visits involves reviewing X-rays, MRIs, or CT scans with the patient. The clinician points at a screen, explains findings, and discusses options. None of that gets captured unless it's manually typed afterward or verbalized in a way the charting system can record.
Procedural documentation for in-office treatments. Casting, splinting, joint injections, and closed reductions all require specific procedural notes — consent, technique, materials, neurovascular checks. When done quickly between patients, these details often get abbreviated or omitted.
Laterality and anatomical specificity. Orthopedics lives and dies by left vs. right, proximal vs. distal, medial vs. lateral. A note that says "knee pain, ordered MRI" without specifying which knee and which compartment is clinically and legally insufficient.
Post-op follow-up volume. A busy orthopedic surgeon may have 15–20 post-op follow-ups in a half-day clinic. Each requires wound assessment, range of motion documentation, therapy plan updates, and comparison to the prior visit. Charting these individually from memory at the end of clinic is error-prone.
Referral letter generation. Physical therapy referrals, specialist-to-specialist letters, and surgical authorization requests need structured detail that goes beyond the visit note. Writing these as separate documents doubles documentation time.
Note structures that work for orthopedics
Standard SOAP works as a foundation, but orthopedic encounters benefit from additional structure:
Subjective. Mechanism of injury or reason for visit, symptom location with laterality, functional limitations (can't grip, can't bear weight, can't reach overhead), pain character and aggravating factors, relevant surgical or injury history.
Objective. Inspection (swelling, deformity, ecchymosis, wound status), palpation findings, range of motion with degrees (active and passive), specific exam maneuvers with results (Lachman, McMurray, Thompson, Hawkins, Neer, etc.), neurovascular status, gait assessment if applicable, imaging review with findings.
Assessment. Diagnosis with anatomical specificity — "right distal radius fracture, non-displaced, extra-articular" rather than just "wrist fracture." Fracture classification systems (Weber, Neer, Garden) when applicable.
Plan. Treatment administered (casting, splinting, injection), prescriptions, physical therapy referral with specific goals and restrictions, follow-up imaging schedule, surgical discussion if relevant, activity modifications, return timeline.
Procedure note (when applicable). Separate section for casting/splinting, injection, or reduction: consent, technique, materials, neurovascular status pre- and post-procedure, patient instructions.
How AI scribes help in orthopedics
The combination of high visit volume, procedural documentation, and imaging discussions makes orthopedics a strong fit for AI-assisted charting:
Imaging review capture. When you talk through X-ray or MRI findings with a patient — "This MRI shows a partial-thickness tear of the supraspinatus without retraction" — the ambient AI scribe captures those details directly into the note. No need to re-type what you already said.
Structured SOAP output with anatomical detail. AI scribes trained on orthopedic encounters preserve laterality, specific exam maneuver names, and anatomical descriptions when generating SOAP notes. The note reflects what you said, not a generic template.
Procedural documentation from narration. Dictate during or immediately after casting, splinting, or injection: "Applying a short arm fiberglass cast to the right forearm in slight flexion and neutral rotation, neurovascular intact distally." The scribe structures it into a procedure note section.
Referral letter generation. Dictum can generate referral letters from the encounter content — pulling the diagnosis, imaging findings, and therapy goals into a structured communication for the physical therapist or consulting surgeon.
Custom templates for different visit types. Use custom clinical templates to set up separate documentation flows for new injury evaluations, post-op follow-ups, and injection visits. Each template prompts for the right fields instead of forcing everything through a single generic format.
Risks and review considerations
Orthopedic AI documentation has specific areas requiring careful review:
- Laterality errors. If you say "left" at one point in the visit and "right" at another (correcting yourself), the model may pick up the wrong one. Always verify laterality in the final note.
- Measurement precision. Range of motion in degrees, fracture displacement in millimeters, wound dimensions — verify these numbers are accurate, especially when transcribed from verbal estimates.
- Exam maneuver interpretation. The scribe records what you say about exam results, not what you clinically interpret. If you say "Lachman is positive" but mean "2A with a firm endpoint," the nuance may not be captured unless stated.
- Imaging attribution. The note should distinguish between your personal review of images and a formal radiology read. Confirm this distinction is clear.
Clinicians should review AI-generated documentation before adding it to the medical record and should use Dictum in accordance with their organization's policies and applicable laws.
Orthopedic documentation checklist
Use this for every encounter:
- [ ] Laterality confirmed throughout the note (side specified for every anatomical reference)
- [ ] Mechanism of injury or reason for visit documented
- [ ] Specific exam maneuvers listed with results
- [ ] Range of motion recorded in degrees (active and passive)
- [ ] Neurovascular status documented
- [ ] Imaging reviewed and findings described
- [ ] Diagnosis includes anatomical specificity and classification
- [ ] Procedure note completed (if casting, splinting, or injection performed)
- [ ] Physical therapy referral includes diagnosis, goals, frequency, and restrictions
- [ ] Activity modifications specified
- [ ] Follow-up timeline and imaging plan documented
- [ ] Referral letters generated for PT or consulting providers
Explore Dictum for orthopedics
Dictum handles the documentation complexity that orthopedic practices face daily — from imaging review capture to structured procedure notes and referral letter generation.
See how Dictum works for orthopedic practices, or set up custom templates for your most common visit types.