Dynamic Seating at the Pelvis
Alex – keep those wheels on the floor!
In this blog, we shall explore solutions for clients whose strong movements are actually lifting the casters right off the floor.
Continue ReadingReview of Hip Musculature and Impact of Dynamic Back Design
A whopping 21 muscles cross the hip – and I’m absolutely certain I can’t name them all. These muscles provide movement in 3 planes and provide stability between the femur and acetabulum (the hip joint).
Continue ReadingCanadian Seating and Mobility Conference: Providing Movement for Clinical Benefit
This course will define dynamic seating, as well as the clinical benefits of this intervention. A variety of product options and features will be reviewed to better match these features to a specific client’s needs.
Continue ReadingAlpine Rehab Conference: Muscle Tone, Tone, Management and Dynamic Seating Intervention
This course will explore muscle tone, implications in wheelchair seating, and interventions. We will start with muscle tone definitions, etiology, pathophysiology, movement disorders, and related diagnoses.
Continue ReadingWheelchair Seating Surfaces, Cushions & Dynamic Seating
Can a Dynamic Back be used with any type of seat? Does the movement allowed by this component limit what seating surface can be used? This is an important consideration. A seat or cushion is typically designed to support the pelvis and provide pressure distribution when the client is in a static position. Dynamic seating gets things moving!
Continue ReadingBread and Butter: Dynamic Backs and Pelvic Positioning Belts
Michelle Lange discusses why it is critical to use a pelvic positioning belt with a Dynamic Back and how to address objections in a restraint-free environment.
Continue ReadingAllowing Movement Of The Pelvis Without Loss Of Position
Seating Dynamics explains how dynamic pelvic components allow clients to tilt their pelvis forward and return upright to a neutral position.
Continue ReadingThe Dynamic Rocker Back Interface: when should I lock it out?
The Dynamic Rocker Back Interface (DRBi) is a Dynamic Back that moves in response to client force. The elastomers in this Dynamic Back then return the client to an upright position. Some Dynamic Seating components “lock-out” or “latch” to temporarily render the component static. When should the DRBi be locked out?
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