Quantitative movement and gait analysis allows for the objective analysis of how a patient moves in static and dynamic conditions, transforming clinical observation into measurable data. It represents a key element for functional assessment, diagnostic support, and outcome monitoring across various clinical contexts.
Through the use of inertial sensor systems, gait analysis enables rapid, repeatable, and clinically relevant walking assessments. Parameters such as spatio-temporal variables, symmetry, postural stability, and motor control strategies can be quantified, reducing subjectivity and improving the reliability of clinical decisions.
Standardized walking tests, clinical postural analysis, and functional movements allow for realistic evaluation in daily clinical settings. Integrating quantitative movement assessment into clinical workflows supports an evidence-based approach, from neurological and musculoskeletal evaluation to post-surgical follow-up and geriatric patient management.
Functional movement assessment is essential for identifying functional alterations that are not always evident through clinical observation alone. Quantitative evaluation supports a more accurate diagnosis, improves communication between professionals, and enables reliable monitoring of pathology progression or functional recovery over time. Inertial sensors allow for consistent data collection, longitudinal comparisons, and meaningful clinical interpretation of movement quality.
This application supports a wide range of professionals:
“I really enjoy using baiobit, it fits in with my model and works with what I do on a day-to-day basis. With any technology, the clinical need is the most important thing. Baiobit has a clear clinical need and I am a big fan of it!”
