Myovision utilizes technology similar to the EKG to measure muscular compensation about the spine. Muscle activity is important because muscle compensates for pain by tensing up to brace and guard. Myovision documents this pattern of muscular guarding, establishing need for care and tracking progress over time.
Arrows pointing show the direction of imbalance. High readings (red) occur in acute phase of spinal subluxation or injury and low readings (yellow) occur when muscles are in chronic state of fatigue. Electrophysiological (EP) stress score is the sum of all muscle activity readings, and high EP stress score indicates acute state of subluxation.
DynaROM is used to test for pain as a result of soft tissue injury from an auto accident or work injury
Sensors placed on the body measure both range of motion and muscle guarding response simultaneously
This device allows objective documentation of patient's response to soft tissue injury
Several tests are conducted to measure flexion, extension, left and right lateral flexion and left and right rotation
Top graph shows muscle guarding and bottom graph shows range of motion
Range of motion graph shows quality of motion and how the patient moved in that motion
DynaROM has revolutionized the process of quantifying soft tissue injury by keeping doctors focused on the quality of data
CRMA analyzes the angles and distances between bones in the spine using a computer and xrays to accurately assess damage to the spine. It determines the severity and location of spinal ligament injuries. For attorneys, CRMA provides objective medical evidence of injury to help prove the patient's injuries in court. CRMA is accepted in evidence-based medicine as a reliable method of assessing spine damage.
We are very happy with our results and we are excited to know you. I have lost 2 belt sizes and my sugar has gone down by 30% [with only one UltraSlim® treatment]."