Musculoskeletal disorders can affect anyone, causing pain and reducing the ability to perform everyday activities. With millions of people worldwide suffering from these conditions, accurate diagnosis and effective treatment are essential. Enter MAI-Motion, a groundbreaking technology developed by the research team at MSK Doctors. MAI-Motion represents a new era in understanding, diagnosing, and treating musculoskeletal conditions.

What is MAI-Motion?

MAI-Motion is an advanced system that leverages the latest technologies in motion capture, 3D imaging, and artificial intelligence (AI) to analyse human motion. This innovative approach provides detailed insights into joint movements, muscle activation, and overall biomechanical performance, helping healthcare professionals diagnose and treat joint disorders more effectively.

How Does MAI-Motion Work?

At its core, MAI-Motion uses motion capture technology to record the precise movements of specific body parts or joints, such as the knee, shoulder, back, or ankle. This data is then processed using machine learning algorithms to provide accurate measurements and detailed analysis. By integrating 3D, MAI-Motion offers a comprehensive view of musculoskeletal health, linking motion data with anatomical information to assess joint integrity and identify abnormalities.

Key Features of MAI-Motion

1. Precision Tracking: MAI-Motion can track the movement of specific body parts with exceptional accuracy, capturing intricate details of joint dynamics and muscle coordination. This allows healthcare professionals to understand the mechanics and functionality of the targeted area better.
2. Advanced Imaging Integration: By combining motion data, MAI-Motion provides a holistic view of joint health. This integration helps clinicians assess the structural integrity of joints and identify potential abnormalities or limitations.
3. Automated Analysis: MAI-Motion’s proprietary algorithm automates the analysis process, saving valuable time for clinicians. This streamlined approach allows healthcare providers to focus on accurate diagnosis and personalised treatment.