What Is TMJ Syndrome and How Can Chiropractic Help?

Spinal Decompression from Our Chiropractor near You in Winter Park, FL

If you have back or neck pain, the conditions can reduce your range of motion and prevent you from participating in your favorite activities. At Lions Chiropractic & Injury in Winter Park, FL, we offer various treatments, including spinal decompression, to reduce your discomfort and improve your overall health. Before you schedule your appointment, keep reading to learn more about this treatment!

How Spinal Decompression Works

This therapy involves the use of a specialized decompression table that applies controlled traction to the spine. The gentle stretching reduces pressure on spinal discs, allowing bulging or herniated discs to retract. This process also increases blood flow and nutrient exchange, which supports the body’s natural healing response.

Conditions That Benefit from Spinal Decompression

Spinal decompression is commonly used to treat a variety of conditions affecting the back and neck. Many patients find relief from chronic pain and mobility issues caused by pressure on the spine. Common conditions that respond well to this treatment include:

  • Herniated or Bulging Discs – Reducing pressure on the discs helps them return to their normal position.
  • Sciatica – Relieving nerve compression can ease pain that radiates down the legs.
  • Degenerative Disc Disease – Creating space between the vertebrae can slow disc deterioration.
  • Chronic Back or Neck Pain – Stretching the spine alleviates tension and improves flexibility.

What to Expect During Treatment

A session typically lasts between 15 and 30 minutes. Patients lie on a motorized table while our chiropractor adjusts the traction to target specific areas of the spine. The treatment is gentle and relaxing, with most patients experiencing little to no discomfort. Several sessions may be needed to achieve lasting relief and maintain spinal health.

Contact Lions Chiropractic & Injury for an Appointment Today

If you’re considering spinal decompression, contact Lions Chiropractic & Injury in Winter Park, FL, at (407) 951-5500 today. Our team is ready to answer any questions you have and assist with scheduling your appointment. When you need a trusted chiropractor near you, our team is here to help!

What Is TMJ Syndrome and How Can Chiropractic Help?

Woman in pain from TMJ

What Is TMJ Syndrome and How Can Chiropractic Help?

The temporomandibular joint (TMJ) connects the temporal bone with the condylar process (flange of bone) of the mandible (jaw bone). There is a TMJ on each side of your skull. The joint provides for all motion of the jaw in relation to the skull, including elevation, depression, protraction, and retraction. The temporal bone is a highly complex structure. Cranial nerve VII (facial nerve) is located within the temporal bone's facial canal. The tympanic part of the temporal bone surrounds the external auditory meatus, forming the canal that transmits auditory signals to the auditory nerve.

The TMJ is a diarthrodial joint, as are many other joints in the human body, and comprises ligaments, a cartilaginous disc, a joint capsule, and a synovial membrane. As a diarthrodial joint, the TMJ is subject to inflammatory disorders, including degenerative arthritis, and movement of the TMJ may become quite painful. TMJ syndrome describes head, ear, and jaw pain; joint crepitus of the TMJ; joint dysfunction; and tenderness of the muscles of mastication. Joint crepitus is a sensation of grinding, grating, crunching, or popping upon movement of a joint. TMJ joint dysfunction is characterized by deviation of the jaw to one side on opening of the mouth and/or inability to insert 3 fingers vertically when the mouth is open. The jaw deviates to the side of a weak muscle, such as the pterygoids. The muscles of mastication are the masseter, temporalis, and pterygoids, all extending from the zygomatic and temporal bones to the mandible TMJ.

Regarding TMJ pain, sensory innervation to the TMJ is provided by the mandibular branch (mandibular nerve; V3) of cranial nerve V (the trigeminal nerve). Muscle spasm related to the TMJ may involve the motor branches of V3, which supply the masseter, temporalis, and pterygoid muscles. Muscle spasm may contribute to substantial pain as a component of TMJ syndrome.

TMJ syndrome may involve radiating pain, especially to the jaw line and ear, irritating the auditory canal. There may be aching facial pain, pain around and in the ear, and locking of the TMJ, interfering with normal opening and closing of the mouth.

Chiropractic care is an especially important component of a comprehensive, holistic program of treatment for TMJ syndrome. Chiropractic care detects, analyzes, and corrects spinal nerve irritation and spinal joint dysfunction. In the case of TMJ syndrome, the vertebral joints of the neck and their associated spinal nerves may be specifically implicated. Additionally, using gentle manual procedures directed toward the TMJ itself, chiropractic care is able to relax and reduce muscle spasm in the jaw muscles surrounding the TMJ and help to restore normal TMJ mobility. Additional treatment for TMJ syndrome may include use of a mouth retainer at night (nocturnal occlusal guard) to act as a "sling" and help prevent grinding of the teeth while asleep. As well, psychological counseling may be of benefit.

Overall, chiropractic care provides specific treatment for TMJ syndrome. Your chiropractor may also recommend a restorative nutrition program and exercise routines to assist your overall recovery and return to optimal health and well-being.

Chantaracherd P, et al: Temporomandibular joint disorders' impact on pain, function, and disability. J Dent Res 94(3 Suppl):79S-86S, 2015

Fernández-de-las-Penas C, Svensson P: Myofascial Temporomandibular Disorder. Curr Rheumatol Rev 12(1):40-54, 2016

Sanders C, et al: Temporomandibular Disorder Diagnostic Groups Affect Outcomes Independently of Treatment in Patients at Risk for Developing Chronicity: A 2-Year Follow-Up Study. J Oral Facial Pain Headache 30(3):187-202, 2016

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