KINESIOLOGICAL ANALYSIS: VSELs TREATMENT PROGRESS EXPLAINED
By: Matthew Einsohn, ND
This might seem like a small thing, but it's actually a big deal. When you're sitting, lifting your leg involves working against gravity, which is already challenging. But when you're lying down, it requires a whole different set of muscles and coordination. It means engaging not just the hip flexors but also the core and stabilizing muscles of the lower back and pelvis. This shows his overall muscle function and coordination have significantly improved.
Being able to perform this movement both sitting and lying down means his nervous system and muscles are working together more effectively. This is crucial for overall mobility and daily activities.
When Dr. Blatman is discussing the origins of pain, which is associated with sheer force and pressure, it appears that stabilization has been achieved. Based on watching the video a couple times, I would theorize that significant restoration is occurring. It seems he has addressed the root cause of the pain by restoring the integrity of the fascia.
Additionally, while there is a notion that one can make injuries less noticeable, this approach does not seem to align with his method. Instead, if he is indeed focusing on restoring the integrity of the fascia, it suggests that he is addressing the fundamental issue underlying the pain rather than merely masking the symptoms.
Some conditions just this mechanism can help with:
* Muscle weakness and atrophy from post-stroke rehabilitation or muscle degenerative diseases
* Neurological disorders such as MS or Parkinson's
* Recovery from spinal injuries
* Any chronic pain such as Fibromyalgia
* Anyone with joint or mobility problems
Muscle Weakness and Atrophy: Conditions causing muscle weakness or atrophy, such as post-stroke rehabilitation or muscle degenerative diseases, might see improvements in strength and coordination with similar treatments.
Neurological Disorders: Disorders like multiple sclerosis or Parkinson's disease, where muscle control and coordination are affected, could benefit from enhanced muscle function and coordination.
Post-Surgical Rehabilitation: Recovery from surgeries, especially orthopedic or spinal surgeries, could be supported by treatments that improve muscle strength, flexibility, and functional movement.
Chronic Pain Conditions: Conditions like fibromyalgia or chronic back pain that involve muscular and structural issues might see relief through better muscle engagement and reduced stiffness.
Balance and Stability Issues: Treatments that enhance core strength and overall muscle coordination can help with balance and stability, which is crucial for individuals with vertigo or balance disorders.
Joint and Mobility Problems: For conditions like arthritis or other joint issues, improving range of motion and muscle strength can reduce pain and enhance mobility.
Sports Injuries: Athletes recovering from injuries might benefit from improved muscle function and coordination, aiding in a quicker and more effective recovery.
