Analyzing Eccentric vs Concentric EMG Contractions This lab explores EMG patterns during controlled knee or elbow flexion and extension, allowing students to compare how opposing muscle groups coordinate movement and maintain stability. By visualizing real-time muscle activation, learners can connect neuromuscular control concepts to practical applications in recovery, performance, and injury risk reduction.
The MR4 Spring 2025 Release delivers a combination of new workflows and usability enhancements designed to streamline your research, clinical assessments, and ergonomic evaluations. From IMU-based Powers Running Analysis and single-sensor Sit-to-Stand testing to refined NIOSH calculations and reporting tools, this update is packed with features that boost efficiency and expand functionality—making it easier
At Franciscan Missionaries of Our Lady University (FranU), students in the Physical Therapy program are gaining hands-on experience with advanced biomechanics technology, thanks to the expertise of Dr. Phil Page, PhD, PT, ATC, CSCS, FACSM, LAT. As a Professor and Research Director with over 25 years of experience in rehabilitation and sports medicine, Dr.
In the world of biomechanics, precision and versatility are everything. Our SmartLeads are designed to expand the capabilities of the Ultium EMG system, allowing you to capture a wide range of kinesiological data from a single sensor. With SmartLeads, you can easily integrate additional biomechanical signals — including force, motion,
In the world of ergonomics, Inertial Measurement Units (IMUs) play a crucial role in capturing precise motion data. But how many sensors do you actually need for different assessments? When you're analyzing workplace ergonomics having the right number of IMUs ensures accurate and reliable data collection. Let’s break down the minimum IMU requirements for key
At Slippery Rock University, Dr. Jeremy Dicus, helps students in the Exercise Science program gain hands-on experience with cutting-edge biomechanics technology, preparing them for careers in health and movement-related fields. With a variety of Noraxon systems integrated into the curriculum, students can visualize complex biomechanical concepts, analyze human movement, and conduct research that deepens
Teaching EMG Analysis Through Gait Symmetry: A Practical Lab Experiment Introduction: Bridging Theory and Practice in EMG Analysis Gait symmetry plays a crucial role in human movement efficiency, injury prevention, and rehabilitation. By using Electromyography (EMG) to assess muscle activation, we can identify imbalances that may affect performance or contribute to injury risk.
The MR4 2025 Winter Release introduces powerful new features designed to enhance functionality, efficiency, and user experience. From integrating anatomical data with MANUS Gloves to providing quick postural sway analysis with a single sensor, this release is built to meet the evolving needs of clinicians, researchers, ergonomists, and sports professionals. With advancements like floor
Teaching EMG Analysis Through Muscle Fatigue: A Practical Lab Experiment Introduction: Bridging Theory and Practice in EMG Analysis Electromyography (EMG) is a powerful tool for exploring muscle function, making it an invaluable resource for teaching students in fields like kinesiology, biomechanics, and physical therapy. By combining theoretical principles with a hands-on approach, educators
Poor workplace ergonomics often result in musculoskeletal disorders (MSDs), a leading cause of work-related injuries. Addressing these ergonomic challenges with effective solutions can significantly enhance workplace safety and productivity. Noraxon’s EMG Systems provide a proactive approach to improving workplace safety and efficiency by delivering precise muscle activity data, allowing intra- and inter-subject comparisons with
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