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86 m a s s a g e & b o d y wo r k n ove m b e r/d e ce m b e r 2 0 2 1 When our bodies are chronically injured or declining, one way of protecting ourselves is to tighten our muscular systems. Prolonged tightening combined with gravitational exposure may lead to inefficient movement and slumping. There are many massage modalities that help improve posture by relieving spasticity in tight, facilitated muscles and activating tone in neurologically weakened muscles. Graded exposure stretching using contract-relax techniques is one of the more popular ways to address muscular imbalance problems via reciprocal innervation. However, in many cases the therapist may need to manually stimulate tone in chronically weakened or atrophied muscles, particularly in clients suffering sensory motor amnesia, where there is a brain-body disconnect. To this end, a myoskeletal technique I call "Spindle-Stim" can be a valuable tool. I've found this fast-paced spindle- stimulating maneuver particularly effective when treating clients with postural ergonomic stress, as seen in Dr. Vladimir Janda's upper- and lower-crossed syndromes (Image 1). Janda's cross syndrome patterns may generally be described as weakening and lengthening of posterior chain muscles, such as the rhomboids, serratus anterior, and gluteals, and tightening and shortening of opposing anterior muscles, such as the pectorals and iliopsoas. Janda's cross syndromes are not clinically flawless, but they do offer a simplified road map to aid us in assessing weak postures that, left untreated, may lead to chronic neck and back pain. Clients develop these syndromes for many reasons —from prolonged sitting to midbrain hardwiring issues. Even the memory of an injury and the pain associated with it can cause the body to behave as though it was still injured. This locks the client into the very posture that afforded them avoidance at the time. Likewise, those engaged in job-related sustained or repetitive postures develop muscular imbalances seen in my clinic every day. Before using Spindle-Stim to address such issues, it helps to understand the neurology of this muscle spindle stimulation technique. From there, you can begin to assess, treat, and reassess to determine whether the therapeutic intervention has helped. MUSCLE SPINDLES AND THE STRETCH REFLEX Muscles are recruited through the activation of spindle cells, which are stretch receptors housed within the muscle belly. As the muscle is loaded, the muscle spindle stretches to match the extent of the load. The spindle then sends a signal to the spinal cord, which commands the same muscle to contract. Recall that the contractile tissues within a muscle that generate skeletal movement are called extrafusal Spindle-Stim Techniques for Cross Syndromes Turning on Weak Muscles By Erik Dalton, PhD technique | MYOSKELETAL ALIGNMENT TECHNIQUES fibers, and the intrafusal fibers have the important task of maintaining a smooth length-tension balance with the extrafusal fibers (Image 2). With this in mind, we're equipped to begin the assessment and treatment steps of Spindle-Stim. For the assessment, I typically begin by asking the client to perform specific active movement tests, making note of any range-of-motion restrictions (Images 3 and 4). Testing side to side, if I discover a muscle group that appears to have a weak firing pattern, I log the information in my SOAP notes, treat the area, then reassess. The treatment itself focuses on Upper- and lower-crossed syndromes. 2 1 Sudden lengthening of the extrafusal fibers triggers a mild stretch reflex contraction as the intrafusal fibers try to maintain a constant length- tension relationship. Image courtesy Erik Dalton.

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