Manchester Chiropractic Treatment of Neck Pain Involves Oscillatory Manipulation

October 20, 2020

The cervical spine is an amazing motion-appreciating structure. It not only supports the weight of the head, it also houses many important structures like the spinal cord and its nerves in a very small space. A slight irritation of a nerve may cause a slight bit of pain or a great amount of pain depending on the area of the cervical spine canal provided by the cervical spine vertebral bodies. (Other factors also may influence when neck pain occurs, but for this article, we are looking at the spinal structure.) When there is pain-producing irritation, Manchester neck pain with or without arm pain evolves. Manchester Chiropractic & Sports Injuries, too, rises to the occasion to decrease that pain with gentle, oscillatory mobilization in the style of Cox® Technic.

BENEFITS OF MOBILIZATION AND MANIPULATION

Both manipulation and mobilization are modes of treatment for neck pain relief. A Cochrane review of published randomized control trials that studied just how manipulation and mobilization affected patients with neck pain of all stages (acute, subacute and chronic) found that  they both improved these patients’ clinical outcomes like pain, function, disability, and quality of life. (1) Further, neural mobilization with manual cervical traction for cervical spine radiculopathy in which a space-occupying lesion irritates nerve roots was reported to relieve pain and improve neck disability, range of motion and even deep flexor endurance. (2) Such clinical outcomes are the goals of Manchester chiropractic care at Manchester Chiropractic & Sports Injuries. Your Manchester chiropractor keeps up-to-date on the research-proven ways to produce these outcomes.

BENEFITS OF OSCILLATORY MOBILIZATION

Researchers recognize two types of mobilization and manipulation: static or sustained and oscillatory or motion-driven. Oscillatory or motion-combined mobilization and sustained stretch mobilization were successful in this study for reducing pain, improving range of motion, and lessening disability due to cervical spine radiculopathy. However, oscillatory mobilization is described to be superior for improving function and range of motion. (3) Manchester Chiropractic & Sports Injuries does its best to deliver all the potential benefit to our cervical radiculopathy neck-related arm pain patients and so uses Cox® Technic flexion distraction that involves oscillatory motion by combining long-y distraction with range of motion normal to the cervical spine: flexion, extension, lateral bending, rotation, as well as a combination of them all! Manchester neck pain and arm pain patients embrace the positive clinical outcome!

BENEFITS OF COX® TECHNIC FOR NECK PAIN AND ARM PAIN RELIEF

At Manchester Chiropractic & Sports Injuries, Cox® Technic is implemented. it is the gentle, safe treatment protocol for neck pain and arm pain relief. In a report on 39 patients with cervical arm pain radiculopathy cared for with Cox® Technic flexion distraction, there was a 41% drop in pain scores in a mean of 13.8 visits. (4) A 51 year old woman suffering with 2 years of left arm pain reported relief after the first visit. She was treated 24 times in 6 months and was symptom-free at 1 year follow-up. (5)  Cox® Technic blends the best of both oscillatory manipulation and mobilization for Manchester neck pain and Manchester arm pain relief.

CONTACT Manchester Chiropractic & Sports Injuries

Listen to this PODCAST with Dr. Dean Greenwood on The Back Doctors Podcast with Dr. Michael Johnson as they discuss relief of cervical spine-related neck pain and arm pain for two patients whose neck pain relief was welcomed!

Schedule your next Manchester chiropractic appointment with Manchester Chiropractic & Sports Injuries. Our chiropractic treatment at Manchester Chiropractic & Sports Injuries can help you again appreciate just how amazing your cervical spine is without neck pain or arm pain!

 
Manchester Chiropractic & Sports Injuries reduces neck pain and related arm pain by using gentle motion-based manipulation.