How A Dallas GA Chiropractic Office Helps Auto Accident Injury Victims

By Darcy Gautreau


Unfortunately, automobile accidents occur every day on America's highways and city streets. Some victims are lucky enough to escape with minor injuries while others are facing months or even years of recovery and rehabilitation. A Dallas GA chiropractor can help patients eliminate pain the natural way.

The spine consists of 24 vertebrae. When the spine is aligned, the body can twist at the waist, sit down, stand up, and bend over properly. If the vertebrae slip out of alignment, the patient is unable to move freely and nerve irritation causes pain. Chiropractors call this a subluxation.

Realigning the vertebrae restores the patient's range of motion. This realignment allows the muscles, joints, and tendons to function normally. A chiropractor relieves subluxations by applying controlled force with careful and precise manual adjustments.

Many people have heard of whiplash but may not understand what it is. This injury is common in car accidents and occurs when the head whips violently in any direction. The sudden movement results in torn ligaments and muscles. Nerve irritation can cause severe pain every time the patient moves.

Some accident victims may not experience symptoms for weeks after the incident. The most common complaints include dizziness, headaches, and pain in the lower back, hands, shoulders, or arms. Chiropractors complete a physical examination before devising a personalized regimen to restore proper motion, reduce inflammation, and help speed up recovery.

Chiropractors do not perform surgery or any other invasive medical procedure. They make spinal adjustments using subtle manual manipulations. Most chiropractors offer patients a whole body approach to healing with advice on good nutrition and exercise.

Qualified chiropractors can treat car accident victims of any age. Spinal adjustment is just as safe and effective for children as it is for adults. Chiropractic care eliminates pain by reducing inflammation and restoring normal range of motion.




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