Codamotion
A New Way to Measure Change of Direction?
Tyreek Hill is an amazing athlete, perhaps one of the greatest to ever grace the NFL. His breakaway speed is undeniable—he’s called “the Cheetah” for good reason—and to top it off, he is shifty as all get-out. When Hill has the ball, he might go left, right, forward, backward, upfield, downfield, up, down, diagonal, spinning, spiraling, rectangle-ing, into the past, back to the future—he may even disappear into a portal and reappear 45 yards downfield. I’m not really sure.
Concurrent validity and within-session reliability of gait kinematics measured using an inertial motion capture system with repeated calibration
A frequently calibrated IMU system provides reliable gait measurements; comparing highly to OMC after removing modelling differences. Calibration poses can be implemented accurately for most angles and consistently. IMU-measured gait data are clinically useful and comparable within participants, but should not be compared to OMC-measured data.
Noraxon Technology for Higher Education
For over 30 years, Noraxon has been trusted as a leader in research-grade biomechanics technology. myoRESEARCH, our multi-device software allows students to seamlessly collect, review, analyze and report data from many complex biomechanics recording systems all in one easy-to-use platform.
Webinar Recording- Analysis and Application of Counter movement Jump Data External Inbox Website News
This pre-recorded webinar focuses on the fundamentals of force plate counter movement jump analysis and the actionable translation of data into performance training settings for athletes returning from ACLR.
To Analyze Running Form, Look at the Big Picture
Imagine trying to explain how to run to someone who’d never done it before—the incredibly complex sequence of forces and joint angles and muscle contractions that you need to coordinate in exactly the right order. That complexity is why it’s really hard to build a robot that can run on two legs, and it’s also why attempts to improve running form by tweaking a joint here or an angle there have generally backfired.
Gluteal Muscle Activation During Common Yoga Poses
Half Moon Pose and Warrior Three Pose elicited the highest activation for both the gluteus maximus and the gluteus medius. Higher gluteus medius activation was seen in males and inexperienced subjects compared to their female and experienced counterparts.
The Running Blueprint Visual Sample with Noraxon IMUs
With Noraxon IMU's, the Running Blueprint can efficiently record real-time running feedback beneficial for the runner to observe any improper body movement in order to adjust accordingly with the data points. Click on this article to preview this sample video featured by the Running Blueprint.
EMG Analysis of Hip & Trunk Muscle Activity in Subjects With Gluteus Medius Weakness
Discover how the Ultium EMG system with myoResearch software had been integral for EMG analysis into Hip and Trunk Muscle activity developed by the Journal of Sport Rehabilitation to examine the EMG activity of the hip and trunk muscles during 3 variations of the side bridge exercise (side bridge, side bridge with knee flexion, and side bridge with knee flexion and hip abduction of the top leg) in subjects with Gmed weakness.
The Latest MR3 101 into Noraxon’s Ultium Motion System
Tune into Noraxon's latest MR3101 webinar to discover the benefits, features and functions of the Ultium Motion system to manage complex measurement environments and scenarios. With Zach Scarano, gain insight into the functional calibrations options and other model optimisations had encouraged the usage of inertial motion capture systems in challenging environments.
Is the Scapular Dyskinesis Test an Accurate Screening Tool for Future Shoulder Pain?
Individuals with shoulder pain often exhibit scapular dyskinesis (SDK). SDK may also be a risk factor for future shoulder pain. Clinicians identify SDK via the Yes/No method of the Scapular Dyskinesis Test (Y/N SDT). However, performance on the Y/N SDT with asymptomatic individuals can be inconsistent with the expected results derived from known groups when differentiating between symmetrical and asymmetrical scapular muscle activation patterns. Join us for an exploration into the Y/N SDT as Dr. Ramiscal discusses the purpose of the test and questions its validity among the asymptomatic population by using EMG as a reference standard.
Research upper extremity movement using Oculus in Virtual reality
Franciscan Missionaries of Our Lady University students can complete their own research with the latest technology. Using biomechanical analysis from Noraxon to research upper extremity movement using Oculus in Virtual reality. Be part of the future here.
EMG = Greater Mind – Body Connection
EMG allows you to see in real-time how hard your muscles are firing. Sometimes injuries disrupt the brain-body connection, so when your brain tells your leg muscles to turn on, they don’t get that message as well as they should, so they turn on less. That’s not good for anything—sports, life, etc. Imagine slamming the brake on your car, but you only get 50% of what you should. You can see how that can cause problems!
Noraxon Technology for Higher Education
For over 30 years, Noraxon has been trusted as a leader in research-grade biomechanics technology. myoRESEARCH, our multi-device software allows students to seamlessly collect, review, analyze and report data from many complex biomechanics recording systems all in one easy-to-use platform.
To Analyze Running Form, Look at the Big Picture
Imagine trying to explain how to run to someone who’d never done it before—the incredibly complex sequence of forces and joint angles and muscle contractions that you need to coordinate in exactly the right order. That complexity is why it’s really hard to build a robot that can run on two legs, and it’s also why attempts to improve running form by tweaking a joint here or an angle there have generally backfired.
The Running Blueprint Visual Sample with Noraxon IMUs
With Noraxon IMU's, the Running Blueprint can efficiently record real-time running feedback beneficial for the runner to observe any improper body movement in order to adjust accordingly with the data points. Click on this article to preview this sample video featured by the Running Blueprint.
EMG Analysis of Hip & Trunk Muscle Activity in Subjects With Gluteus Medius Weakness
Discover how the Ultium EMG system with myoResearch software had been integral for EMG analysis into Hip and Trunk Muscle activity developed by the Journal of Sport Rehabilitation to examine the EMG activity of the hip and trunk muscles during 3 variations of the side bridge exercise (side bridge, side bridge with knee flexion, and side bridge with knee flexion and hip abduction of the top leg) in subjects with Gmed weakness.
The Latest MR3 101 into Noraxon’s Ultium Motion System
Tune into Noraxon's latest MR3101 webinar to discover the benefits, features and functions of the Ultium Motion system to manage complex measurement environments and scenarios. With Zach Scarano, gain insight into the functional calibrations options and other model optimisations had encouraged the usage of inertial motion capture systems in challenging environments.
Noraxon Technology for Higher Education
For over 30 years, Noraxon has been trusted as a leader in research-grade biomechanics technology. myoRESEARCH, our multi-device software allows students to seamlessly collect, review, analyze and report data from many complex biomechanics recording systems all in one easy-to-use platform.
Introducing Ultium Motion
Ultium Motion, Noraxon’s next-generation inertial motion capture system, is equipped with a patent-pending state-of-the-art sensor design that delivers accurate & reliable kinematic data for all types of movement – including high velocity and high impact conditions – while maintaining the advantages of the multi-device myoRESEARCH software platform through the universal connectivity of the Ultium receiver.
Noraxon : MR3 software, New Features & Updates
Zach Scarano, Director of Product Management Noraxon, discusses the new features and updates that are available in the latest version of MR3, unified software solution.
A New Way to Measure Change of Direction?
Tyreek Hill is an amazing athlete, perhaps one of the greatest to ever grace the NFL. His breakaway speed is undeniable—he’s called “the Cheetah” for good reason—and to top it off, he is shifty as all get-out. When Hill has the ball, he might go left, right, forward, backward, upfield, downfield, up, down, diagonal, spinning, spiraling, rectangle-ing, into the past, back to the future—he may even disappear into a portal and reappear 45 yards downfield. I’m not really sure.
Webinar Recording- Analysis and Application of Counter movement Jump Data External Inbox Website News
This pre-recorded webinar focuses on the fundamentals of force plate counter movement jump analysis and the actionable translation of data into performance training settings for athletes returning from ACLR.
Is the Scapular Dyskinesis Test an Accurate Screening Tool for Future Shoulder Pain?
Individuals with shoulder pain often exhibit scapular dyskinesis (SDK). SDK may also be a risk factor for future shoulder pain. Clinicians identify SDK via the Yes/No method of the Scapular Dyskinesis Test (Y/N SDT). However, performance on the Y/N SDT with asymptomatic individuals can be inconsistent with the expected results derived from known groups when differentiating between symmetrical and asymmetrical scapular muscle activation patterns. Join us for an exploration into the Y/N SDT as Dr. Ramiscal discusses the purpose of the test and questions its validity among the asymptomatic population by using EMG as a reference standard.
Research upper extremity movement using Oculus in Virtual reality
Franciscan Missionaries of Our Lady University students can complete their own research with the latest technology. Using biomechanical analysis from Noraxon to research upper extremity movement using Oculus in Virtual reality. Be part of the future here.
A New Way to Measure Change of Direction?
Tyreek Hill is an amazing athlete, perhaps one of the greatest to ever grace the NFL. His breakaway speed is undeniable—he’s called “the Cheetah” for good reason—and to top it off, he is shifty as all get-out. When Hill has the ball, he might go left, right, forward, backward, upfield, downfield, up, down, diagonal, spinning, spiraling, rectangle-ing, into the past, back to the future—he may even disappear into a portal and reappear 45 yards downfield. I’m not really sure.
Concurrent validity and within-session reliability of gait kinematics measured using an inertial motion capture system with repeated calibration
A frequently calibrated IMU system provides reliable gait measurements; comparing highly to OMC after removing modelling differences. Calibration poses can be implemented accurately for most angles and consistently. IMU-measured gait data are clinically useful and comparable within participants, but should not be compared to OMC-measured data.
Gluteal Muscle Activation During Common Yoga Poses
Half Moon Pose and Warrior Three Pose elicited the highest activation for both the gluteus maximus and the gluteus medius. Higher gluteus medius activation was seen in males and inexperienced subjects compared to their female and experienced counterparts.
EMG Analysis of Hip & Trunk Muscle Activity in Subjects With Gluteus Medius Weakness
Discover how the Ultium EMG system with myoResearch software had been integral for EMG analysis into Hip and Trunk Muscle activity developed by the Journal of Sport Rehabilitation to examine the EMG activity of the hip and trunk muscles during 3 variations of the side bridge exercise (side bridge, side bridge with knee flexion, and side bridge with knee flexion and hip abduction of the top leg) in subjects with Gmed weakness.
Research upper extremity movement using Oculus in Virtual reality
Franciscan Missionaries of Our Lady University students can complete their own research with the latest technology. Using biomechanical analysis from Noraxon to research upper extremity movement using Oculus in Virtual reality. Be part of the future here.
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