Call us to set up an appointment! 716-833-1239

Tonawanda Cervical Spine Motion, Osteophytes, and Agings Effect

Aging gets blamed for a lot of ills…including neck motion changes. You’re not alone if you realize that you do not rotate your head quite as easily or as far as you once did or that you don’t flex or extend it in the same way as you once could. Degenerative discs and vertebrae and associated osteophytes contribute to limiting movement. Chiropractic Spine Sports And Rehabilitation is ready to help your neck motions with gentle chiropractic treatment!

CERVICAL SPINE MOTION

Physiological motion of the spine sounds like something good, doesn’t it? It does! In the cervical spine, researchers have described how a consistent sequence of cervical segmental contributions function when the neck moves. This sequence is typical in 80-90% of young healthy persons. But what about the motions in aging spines of older folks? Decreased motion has been linked to aging. A newer study by some inquisitive researchers set out to see if such consistent neck motions in elderly asymptomatic persons resembled the motions in asymptomatic young persons. They didn’t. They found that aging - as demonstrated by the motion patterns seen in elderly asymptomatic persons - was linked to a loss of consistent motion patterns that were seen in young asymptomatic persons. For example, the consistent pattern in young asymptomatic persons was found in only 10% of the older persons at T1 and 0% at T2. (1) As our Tonawanda chiropractic friends and family age along with us, we’re not alone in feeling motion changes. Chiropractic Spine Sports And Rehabilitation delivers gentle Cox® Technic treatment in order to allow as much movement to spinal segments as possible. If you notice limitations in your neck motions, let us know! We can examine you to find the usual culprits that may be the cause.

WHAT COMES WITH AGING THAT LIMITS NECK MOTION: Osteophytes

Osteophytes are commonly seen in vertebral bones of the cervical and lumbar spines of elderly folks. Anterior osteophytes keep growing and eventually bring about neck pain or back pain. Since osteophytes are so common and result in such pain, researchers found a way to predict the mean time to onset of pain and the course of degeneration that occurs in these vertebrae based on data from following patients’ osteophytes for 9 years. (2) We know our Tonawanda chiropractic patients with osteophytes aren’t as curious as to how long ago their osteophytes started, but rather how our chiropractic care can help! Here’s an interesting case concerning osteophytes and relieving chiropractic care: Osteophytes may cause the development of dysphagia (aka difficulty with swallowing).  A case report presented a 53-year-old woman with a sore throat, difficulty swallowing solid foods, and acid reflux. Her imaging revealed anterior osteophytes as well as kyphosis (abnormal curvature) of her cervical spine and thoracolumbar scoliosis, any of which could impact her dysphagia. Six months of chiropractic care calmed her issues. (3) Chiropractic care works!

CONTACT Chiropractic Spine Sports And Rehabilitation

Listen to the PODCAST with Dr. Shay Corbin on the Back Doctors Podcast with Dr. Michael Johnson as he describes the effectiveness and gentleness of the Cox® Technic System of Spinal Pain Management for his musician patient dealing with neck and back pain.       

Make your next Tonawanda chiropractic appointment with Chiropractic Spine Sports And Rehabilitation. Bring your aging spine, your less-than-flexible cervical spine, your stiff neck to our clinic. We can work toward better mobility!

 
Tonawanda cervical spine and neck motion in older person 
« View All Spine Articles
"This information and website content is not intended to diagnose, guarantee results, or recommend specific treatment or activity. It is designed to educate and inform only. Please consult your physician for a thorough examination leading to a diagnosis and well-planned treatment strategy. See more details on the DISCLAIMER page. Content is reviewed by Dr. James M. Cox I."