Medical imaging workflows, surgical planning tools, and comprehensive rehabilitation tracking for orthopaedic specialists
09:20 — a knee MRI and a limping athlete land in the same slot.
A sports-medicine patient arrives for a pre-operative review with fresh imaging. TUCAN reads the DICOM series, surfaces the relevant findings alongside the surgical plan, and drafts the operative-planning note the surgeon confirms in seconds — so the joint-replacement pathway, implant selection, and follow-up schedule are set, documented, and coded before the consult ends.
Imaging findings are ranked and surfaced before the surgeon opens the chart.
Rehabilitation progress is read across visits and flagged when it stalls.
Visit documentation is drafted from the encounter and imaging instead of typed afterward.
The matching GOÄ/EBM code is proposed with each note, so nothing billable slips away.
Rehabilitation reviews are scheduled with prior imaging and plans carried forward automatically.
End-to-end workflow from pre-operative assessment through surgery to post-operative rehabilitation milestones.
Injury assessment, treatment planning, and return-to-play protocols for athletic patients and teams.
Fracture classification, casting documentation, and healing progression tracking with imaging comparisons.
AI reads musculoskeletal imaging as it arrives and hands the surgeon structured findings tied to the operative plan.
Operative reports, consult notes, and coding are drafted from the encounter instead of typed after it.
Rehabilitation tracking, recalls, and remote checks keep post-surgical and injury patients on track without manual chasing.
X-ray, MRI, and CT studies flow into the record and are matched to the patient's injury history.
TUCAN analyses the DICOM series, surfaces relevant findings, and links them to the surgical planning template.
The surgeon confirms or adjusts the findings, selects the implant, and records the operative plan in the chart.
A structured operative or consult note is generated and the matching GOÄ/EBM billing code is attached automatically.
Rehab milestones, outcome measures, and recalls are scheduled with the injury and imaging history carried forward.
Radiographs and history are captured through structured, device-linked forms.
Imaging is read into structured findings with change and planning signals.
Imaging, findings, and plans are written to the patient's structured clinical record.
A visit note is drafted from the reviewed encounter for the surgeon to confirm.
Recovery reviews are scheduled with prior imaging and plans carried forward.
Each agent owns a distinct part of the orthopaedic workflow, so the clinician stays in control of every decision. TUCAN is the orchestrator that plans and runs workflows, Condor is the longitudinal clinical memory that supports documentation and diagnosis, and FlowAgent guides multi-step workflows.
Reads radiographs into structured findings and flags changes since prior imaging before the surgeon opens the chart.
Drafts the structured visit note and surgical plan from the reviewed encounter for one-click correction.
Guides imaging intake and rehabilitation steps, keeping recovery reviews on track.
DICOM viewing and storage for radiology images, linked to the patient record and reports.
Shared care plans between orthopaedic surgeons and physiotherapists with progress visibility and exercise tracking.
Electronic ordering and tracking for orthopaedic implants with inventory management and cost tracking.
Book a focused walkthrough for your specialty and practice size. We will map Dudoxx capabilities to your existing workflow and deployment requirements.
