Made with highly ressilant, flexible hytrel polymer, the FBD follows minute foot motion, during cyclic events. This allows for precise data collection to the unqie movnments of each induvidals body.
Performace
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The SelnerTx Chipset is the core of the SelnerTx Platform, integrating a cutting-edge 9-axis IMU to deliver precise biomechanical data in real time. Equipped with advanced sensor and measurement technology, this chipset captures detailed motion, orientation, and alignment data.
User data is stored and categorized within a large-scale, AI-driven classification model, processing millions of unique biomechanical profiles into specific groupings. This system identifies distinct categories, such as gait and alignment types, surgical relevance, injury risk factors, and levels of efficiency and performance. By classifying data this way, we provide impactful insights across various fields, expanding understanding and application in the realm of human movement.
SelnerTx Chipset
With 19 different alignment settings, our adjustable alignment system changes and corrects alignment along the kinetic chain (foot, knee, hip, and back). Leveraging advanced AI algorithms, the SelnerTx platform provides users with insights to identify the optimal settings for there unqie profile
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AI Driven Classifacation Model
The Kinetic Chain and Body Mechanics
Once data analysis and classification are complete, our system generates personalized, predictive insights that support each user’s unique biomechanics and activity types. By grouping users based on gait and alignment patterns, we offer highly tailored insights, from injury risk indicators to athletic performance metrics and efficiency scores. These personalized insights give users the tools to optimize their performance and body alignment.
Impact Forces
Alignment within the kinetic chain starts from the ground up, with the feet serving as the foundation for the body’s entire movement system. When this alignment is off—whether due to maliallignment or improper biomechanics—it affects each joint along the kinetic chain, creating a cascade of effects that travel through the ankles, knees, hips, and spine. Ground reaction forces, the forces exerted by the ground on the body with each step, amplify the impact of these misalignments, leading to strain, reduced efficiency, and heightened risk for injury over time. The SelnerTx device is designed to address these foundational issues by providing real-time alignment adjustments through its advanced, customizable alignment system of 19 settings. This device optimizes alignment and distributes ground reactive forces evenly across the kinetic chain, reducing strain and promoting efficient, pain-free movement. By targeting alignment from the ground up, SelnerTx benefits users with improved performance, reduced injury risk, and long-term movement health, whether in athletic pursuits or daily activities.
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AI Driven Classification Model
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Our Metrics
Data from the device is captured and transmitted to the SelnerTx application, where advanced signal processing and filtering produce an accurate, real-time representation of each user’s biomechanics. Our platform then offers an array of data visualization tools—3D models, graphs, and key metrics—enabling users and providers to gain meaningful insights for a comprehensive analysis of movement patterns and biomechanics.
Functional Positioning Device
Adjustable Alignment System
Predective analytics and insights
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The SelnerTx IMU sensor captures comprehensive kinematic and dynamic force data, providing real-time insights into movement and alignment. Kinematic metrics track motion—speed, angles, and positions—while dynamic forces reveal the body’s responses to impact, assessing areas like load-bearing, joint stability, and shock absorption. Velocity, angular momentum, ground reaction force estimations, and stride consistency metrics all come together to offer a detailed view of gait efficiency and joint e fficiency , helping users and providers optimize alignment, enhance performance, and prevent injury through better-informed movement insights. Our alignment metrics focus on tracking joint movement and overall posture, helping ensure the body moves efficiently. This includes analyzing open and closed kinetic chain motions, measuring the range of motion throughout the body, and assessing alignment consistency across varied activities. Alignment metrics include efficacy scores for natural alignment, ensuring optimal joint loading and reduced injury risk. To improve movement and endurance, we measure how the body uses energy, engages muscles, and maintains balance. Energy expenditure tracks calories used, muscle activation reveals engagement and coordination, while stride symmetry and a fatigue index assess balanced movement and endurance. Together, these metrics help identify areas for optimizing athletic performance.
Data Tracking and Collection