Exer AI Collaborates with Mayo Clinic to Advance Standard of Care for Hand and Wrist Disorders with AI

Exer AI Collaborates with Mayo Clinic to Advance Standard of Care for Hand and Wrist Disorders with AI

What You Should Know: 

Exer AI, a clinical AI company specializing in musculoskeletal and movement disorders, has announced a collaboration with Mayo Clinic to expand its platform’s capabilities for diagnosing and treating hand and wrist conditions.

– Millions of people suffer from chronic hand and wrist conditions, such as rheumatoid arthritis and carpal tunnel syndrome. By providing a more efficient and accurate means of diagnosis and treatment, Exer AI and Mayo Clinic are working to address a significant healthcare need.

Leveraging AI for Improved Hand and Wrist Care

Exer’s AI-based hand and wrist module utilizes computer vision technology to analyze human body biomarkers, providing objective data that can aid in diagnosis, prognosis, and treatment planning. By combining this technology with Mayo Clinic’s expertise, the collaboration aims to streamline care pathways and enhance patient outcomes.

Key Benefits of the Collaboration:

  • Accurate Diagnosis: The Exer platform can help identify hand and wrist conditions with greater accuracy, leading to earlier intervention and reduced complications.
  • Improved Efficiency: Streamlining care pathways can save time for both patients and healthcare providers.
  • Enhanced Decision-Making: Objective data from Exer’s platform can inform clinical decision-making and optimize treatment plans.
  • Expanded Access: Telehealth and remote assessments enabled by Exer’s platform can improve access to care for patients in rural or underserved areas.

“Our collaboration with Mayo Clinic is an exciting and foundational step towards improving care for millions of hand and wrist patients nationwide,” said Zaw Thet, CEO and co-founder of Exer AI. “Our approach is to innovate on top of our proprietary AI models to produce vital clinical software modules that don’t rely on expensive hardware or invasive sensors. We designed the Exer platform to address motion disorders that span specialties like hand and wrist, neurology, pain/spine, PM&R, orthopedics and geriatrics to offer large health systems a complete solution they can trust to improve care at scale.”