a data-driven approach for personalized diagnosis & treatment planning of joint injuries

Advancing Musculoskeletal Care Through Imaging Intelligence

BonePixel's Flagship Product

Joint injuries affect 1 in 3 people and can lead to arthritis if untreated. Current tools often lack precision, risking misdiagnosis, and fail to utilize data for accurate assessments.

BonePixel's Solution

AUTONOMOUS ANALYSIS

Fast, fully automated, image analysis tool with no additional burden to the care team.

PATIENT MATCHING

Match new patients with similar cases using advanced algorithms for personalized care.

COMPREHENSIVE DATABASE

Leverage database of normal and pathological joints across age groups.

TREATMENT PLANNING

AI-driven, patient-specific treatment plans based on historical and clinical data

BonePixel’s flagship product, VirtualHip, delivers a detailed analysis of the hip joint, pinpointing abnormalities in morphology and movement such as impingement and coverage. It provides precise insights into the root cause of pain, supporting effective treatment and pre-operative planning for hip preservation and preventative care.

Our Team

Ashley Jones

Art Director

Don Francis

Tech Lead

Alexa Young

Product Manager

Robert Rose

Product Designer

Robert Rose

Product Designer

Our Technology

From Image to Personalized Treatment Plan

Input: CT or MRI scans

3D Model Generation: accurate 3D model of the joint is generated.

Measurement Analysis: Comprehensive set of measurements are taken to detect any abnormalities- matched by age and sex.

Simulations: Joint movement simulations pinpoint issues like impingement or abnormal coverage.

For Orthopedic Surgeons

Enhancing Surgical Precision and Confidence

Faster Diagnosis: BonePixel processes images in under an hour, offering timely insights
Precision in Surgery: Identifies abnormalities in joint morphology and movement, enabling more precise surgical interventions.
Enhanced Visualization: 3D models improve anatomical understanding and outcomes.
Improved Confidence: Patient data comparison enhances decision-making and confidence.
Support for New Surgeons: Helps new surgeons learn anatomy and simulate surgeries.

Find out how orthopedic surgeons are integrating VirtualHip into their practice.

references for Cost-Effective Training
Cook, D. A., & Hatala, R. (2016): Their systematic review and meta-analysis provide a comprehensive look at the effectiveness of simulation in medical education, including potential cost savings. (Reference: Journal of the American Medical Association, 306(9), 954-966.)
Rosen, K. R., et al. (2006): This study discusses the cost-effectiveness of simulation-based training in medicine and its impact on patient safety and surgical outcomes. (Reference: Surgical Endoscopy, 20(12), 1946-1955.)
Kneebone, R., et al. (2006): Their research explores how simulation training can lead to improved training outcomes and efficiencies. (Reference: Medical Education, 40(4), 357-365.)

For Hospitals and Clinics

Empowering the Next Generation of Surgeons

Training New Surgeons: BonePixel simulates surgeries and visualizes anatomy, cutting training costs by 10-20% and boosting skill development by up to 40%.
Increased Efficiency: Automates image analysis, speeding up patient care
Improved Patient Satisfaction: Boosts patient confidence, understanding, and involvement
Scalable Solution: Integrates seamlessly into workflows, optimizing decision-making.
Cutting-Edge Technology: Positions your facility as a leader in AI-powered orthopedic care

Find out which healthcare facilities are using VirtualHip.

For Patients

Improving Patients' Experience

Better Understanding of Conditions: BonePixel helps patients better understand their condition by providing detailed information of their joints.
Confidence in Care: BonePixel's accurate diagnostics and personalized insights instill greater confidence in the care patients receive.
Predictive Health: Early detection of abnormalities allows for preventive measures, potentially avoiding more invasive treatments down the line.
Enhanced Communication: 3D models and joint measurements enable clearer discussions between patients and surgeons, improving the patient experience.
Improved Treatment Outcomes: Precise diagnostics and personalized insights help tailor treatments, leading to better outcomes for patients.