Tag: sit-to-stand test
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Harnessing Markerless Digital Motion Capture: The Science Behind MAI Motion’s Lean Sit-to-Stand Protocol for Clinical Biomechanics
Introduction: Combining Precision with Practicality in Motion Analysis Understanding how our lower limbs move is essential for diagnosing and treating musculoskeletal conditions. MAI Motion is an innovative markerless digital platform designed to capture detailed insights into our movements during everyday …
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Streamlining Preventive Healthcare with Efficient Biomechanical Assessment: The MAI Motion Advantage
Introduction: The Rising Value of Preventive Healthcare In today’s fast-evolving healthcare landscape, preventive care has never been more important. By identifying potential health issues early and taking action before they become serious, preventive care relieves strain on healthcare systems and …
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Precision Detection: How MAI Motion Unveils Early Biomarkers of Movement Disorders
Introduction Early detection of movement disorders can make a huge difference in how patients manage their condition and respond to treatment. Thanks to rapid advances in technology, new tools are making this early diagnosis easier, faster, and far less invasive …
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How MAI Motion Minimises Participant Burden in Clinical Trials
Introduction: Tackling the Challenges of Clinical Trial Testing Clinical trials are essential for advancing medicine, but they often require a lot from participants. In many studies, people are asked to repeat the same movement multiple times—sometimes five or more—to ensure …
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Innovating Mobility: Rethinking the Sit-to-Stand Test with MAI Motion
Introduction: Why Functional Mobility Matters Functional mobility—the ability to move independently—is a cornerstone of daily life. The sit-to-stand test , which evaluates how a person rises from a seated to a standing position, is much more than a routine movement. …
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How MAI Motion Supports Customised Treatment Plans
Introduction: Meeting the Need for Personalised Care Personalised treatment is becoming more important than ever in modern healthcare. No two patients are exactly alike—everyone has unique conditions, needs, and movement abilities. This makes generic, one-size-fits-all approaches less effective. Traditional assessment …