MoveRight Analysis
Description
The MoveRight program is perfect for anyone who wants their movements analyzed and is looking for a corrective exercise program to take home with them.
We've created our own functional analysis using manual muscle testing, range of motion testing, and whole body movement testing. Essentially, we will deconstruct you into pieces, and then put who back together into a story that explains why you are having the difficulty you're having. These visits last about 30-45 minutes, and then we will work on your corrective plan afterwards. You will receive a full narrative explaining what we've found so that you can share the information with whoever you want.
Want to use fancy technology for your screening?
The standard MoveRight Screen is all performed with our hands, and eyes. We have also invested in technology that allows us to obtain highly specific information regarding how your joints are moving, and your muscles are working.
- $50: Add on MyoVision's static EMG to show how the muscles of your spine are firing. Are you symmetrical? Or do you have patterns of acute and chronic muscle activation? The ScanVision is the most reliable and reproducible static sEMG tool available. Utilizing technology nearly identical to the commonly used EKG/ECG, the ScanVision™ allows you to do a “quick measure” of muscle tension about the spine, showing muscular compensation patterns for various spinal disorders. Simply put, it's the electronic form of palpation.
- $25: Add on a 3D foot scan. We will use FootLevelers laser technology to scan your arches with incredible precision. Did you know you have 3 arches? Find out what each one looks like, and if your foundation is contributing to your problems. We can even create customized orthotics from this, if you'd like.
- $100:Add on DynaROM's dynamic range of motion, with surface EMG, testing. We will perform this on your entire spine. DynaROM, or Dynamic Range of Motion, is a functional test that measures muscle guarding and range of motion at the same time as the patient moves. By moving the patient, we effectively elicit measurable pain responses and guarding when soft tissue injury is present.