ðŸĶī OrthoNexus

AI Orthopedic Surgery Platform

Advanced orthopedic care with AI-powered fracture detection and joint replacement tracking

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⚠ïļ The Problem

Orthopedic surgery faces challenges with missed fractures on imaging, suboptimal joint replacement sizing, and inconsistent outcome tracking. The aging population increases demand while orthopedic workforce remains limited.

🔍 Missed Fractures

Subtle fractures are frequently missed on initial X-rays, delaying treatment

📏 Implant Sizing

Suboptimal joint replacement sizing leads to poor outcomes and revisions

📊 Inconsistent Tracking

Manual registry reporting is time-consuming and prone to errors

📈 Rising Demand

Aging populations drive increased need for joint replacements and fracture care

✅ The Solution: OrthoNexus

AI-powered orthopedic platform that detects fractures, optimizes joint replacement sizing, tracks outcomes, and automates registry reporting.

🔍 Fracture Detection

92% sensitivity for fracture detection on X-rays with automatic classification

📏 Templating AI

30% better implant sizing with AI-powered pre-operative templating

📊 Outcome Tracking

Automated functional scores (WOMAC, KOOS) and ROM measurement

✅ Registry Automation

100% AJRR compliance with automatic data submission

🚀 Key Features

🔍 AI Imaging (5 services)

Fracture Detection: Automated identification on X-rays with 92% sensitivity

Joint Space Narrowing: OA severity grading (Kellgren-Lawrence)

Bone Age: Pediatric skeletal maturity assessment

Cobb Angle: Scoliosis measurement and progression tracking

Bone Density: Opportunistic osteoporosis screening from CT scans

ðŸĶī Joint Replacement (4 services)

Pre-op Templating: AI-powered implant sizing for hip/knee replacement

Surgical Planning: 3D reconstruction with implant positioning simulation

Outcome Tracking: Digital WOMAC, KOOS, Harris Hip scores

AJRR Registry: Automatic submission to American Joint Replacement Registry

🏃 Physical Therapy (3 services)

ROM Measurement: Computer vision-based range of motion tracking

Functional Scores: Automated WOMAC, KOOS, QuickDASH assessment

Exercise Compliance: Home exercise program tracking with adherence alerts

🔧 Spine Surgery (3 services)

Instrumentation Planning: Pedicle screw trajectory planning

Deformity Correction: Spinal alignment simulation and correction planning

Fusion Assessment: Automated evaluation of fusion success on follow-up imaging

âš― Sports Medicine (2 services)

ACL Protocols: Evidence-based rehabilitation progression tracking

Return-to-Sport: Functional testing and clearance criteria

🚑 Trauma (1 service)

Fracture Classification: Automatic AO/OTA classification with treatment recommendations

ðŸ’Ą Use Cases

ðŸĨ Emergency Departments

Impact: 92% fracture detection sensitivity with zero missed injuries in validation

Automatic fracture detection, classification, and orthopedic consultation triggers

🧑‍⚕ïļ Orthopedic Practices

Impact: 30% better implant sizing accuracy with AI templating

Pre-operative planning, surgical templating, outcome tracking

ðŸĨ Joint Replacement Programs

Impact: 100% AJRR registry compliance with zero manual data entry

Automated registry reporting, quality metrics, benchmarking

🏃 Physical Therapy

Impact: 40% better patient engagement with digital ROM tracking

Computer vision ROM measurement, functional score tracking, home exercise monitoring

📊 Clinical Impact

ðŸŽŊ 92% Sensitivity

Fracture detection accuracy

📏 30% Better

Implant sizing accuracy

✅ 100% Compliance

AJRR registry reporting

📈 40% Increase

Patient engagement with digital tools

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See how OrthoNexus can transform your orthopedic practice. Contact us for a personalized demonstration.

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