- 71" long 24" wide
- 1/2'' thick high density foam material
- Double sided non-slip surface
- Moisture resistant technology
- Yoga mat strap is included
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- Size: 4 lb.
- 48" long weighted steel bar
- Rubber coated foam covers bars for easy grip while exercising
- Great for incorporating into squats, lunges, dead lifts, bicep curls and dead rows
- Core training
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This continuing education course is hosted on the Medbridge platform. It will utilize the movement system as a framework to assess the biomechanics of throwing. You will learn how to classify scapular, humeral, and thoracic movement patterns as they relate to observation range of motion. You will then advance your movement assessment skills by learning the biomechanics and critical events of a throw. Based on your movement observations and biomechanics knowledge, you will then learn how to classify movement dysfunction and provide sport-specific treatments to correct inefficient movement. -
- Daisy chain loops perfect for sport specific movements
- Enables workouts such as simultaneous upper and lower body exercises and additional resistance for dumbbell training with the functionality and portability of a traditional resistance band
- Non-Latex CLX with no scent and no powder
- A variety of resistance level options with varied band colors ranging from 2.4 lbs to 21.3 lbs
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- Daisy chain loops perfect for sport specific movements
- Enables workouts such as simultaneous upper and lower body exercises and additional resistance for dumbbell training with the functionality and portability of a traditional resistance band
- Non-Latex CLX with no scent and no powder
- A variety of resistance level options with varied band colors ranging from 2.4 lbs to 21.3 lbs
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APTA members: Use the code "member" to receive $75 off DPT Students: Use the code "student" to $95 off Membership number or Student ID number will be requested after enrollment to verify -
This course is a recording of a previously hosted live webinar event. Polling and question submission features are not available for this recording. Format and structure may differ from standard MedBridge courses. This course teaches you how to use the movement system to assess, diagnose and treat athlete movement dysfunction. The material is highly interactive with an emphasis on the practical application of principles covered in the course. Concepts utilized in the course include symptom modification procedures, dynamometry, anatomical slings, neuromuscular chains, dual vectors and reflexive activation.nt. -
This continuing education course is hosted on the Medbridge platform and teaches you how to use the movement system to assess, diagnose, and treat athlete movement dysfunction. The course is highly interactive. After analyzing human movement, you will integrate concepts of mobility, muscle performance, and symptom modification procedures into movement-based classifications. You will learn how to develop interventions based on observed faulty movement patterns and integrate sport-specific treatments into a systematic framework that addresses the athlete's spine. -
This continuing education course is a recorded webinar hosted on the Medbridge platform. This course incorporates biomechanical, movement, and sport-specific based assessments to analyze and treat the lower quarter athlete. Concepts utilized in the course include relative flexibility, quality and timing of muscle contraction, dynamometry, closed kinetic chain muscle testing, speed of force generation, cross-body assessments, anatomical slings, neuromuscular chains, dual vectors, and reflexive activation. After the course, you will have a greater understanding of how to integrate clinical movement-based assessments into sport-specific treatments. -
This course will utilize the movement system as a framework to assess the biomechanics of tennis. You will learn how to identify the critical events of the tennis serve, forehand, and backhand. You will then advance your movement assessment skills by integrating specific assessment techniques that correlate with each critical event. Based on your movement observations and biomechanics knowledge, you will then learn how to classify movement dysfunction and provide sport-specific treatments to correct inefficient movement. -
This course will introduce clinicians to best practices for performing a telehealth objective exam. Telehealth continues to be a widely used patient care model, and there are many differences in performing an objective exam during a telehealth visit when compared to an in-person visit. Most notably, the absence of the ability to perform manual assessments poses a challenge for obtaining accurate tests and measures remotely. This course addresses this challenge by providing alternate strategies for physical tests and measures that clinicians can apply directly to their practice in a telehealth model. This course will cover how to structure the objective exam as well as how to assess posture, movement, mobility, muscle performance, and a variety of other tests and measures during a telehealth visit. -
This course will introduce clinicians to best practices for performing Telehealth interventions. Telehealth continues to be a widely used patient care model and there are differences in providing patient interventions during a telehealth visit when compared to an in-person visit. This course addresses these differences by providing alternate strategies for interventions that clinicians can directly apply to their practice in a telehealth model. This course will cover remote interventions related to neuromuscular re-education, joint/muscle mobility, muscle performance, and patient education