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Showing posts with the label herniated discs

Anatomy of the Backbone

Here at the chiropractic office of Dr. Maryam Jafarieh in Fort Lauderdale, we provide holistic care for a number of ailments originating in the back. Chiropractic isn’t just the study of the back; it’s an approach to medicine that focuses on the interplay between the spine and the rest of the body. To understand how it works, patients must first learn about the back’s structure. The spinal cord is a bundle of nerves that travels from the skull through a canal formed by hollow protrusions in the bones that together from the backbone. These bones are called “vertebrae,” and there are twenty-four of them which move individually. The top two are called the atlas and axial vertebrae and are the only articulated vertebrae not separated by a spongy disc. They and the next five bones are the “cervical vertebrae,” those which make up the neck. The twelve which the ribs branch off of are called “thoracic vertebrae” and the five which form the lower back are the “lumbar vertebrae.” Below the lu...

Spinal Decompression

At Dr. Maryam Jafarieh’s Fort Lauderdale chiropractic practice, we heal patients dealing with problematic spinal discs using spinal decompression therapy.  Non-surgical spinal decompression therapy is a safe, targeted treatment for any discs wreaking havoc on a patient’s spine or nerves.  Injured discs in the neck and back cause pain, but can also affect the rest of the body.  Herniated discs often have direct impact on the central nervous system, causing more pain to the extremities.  Our doctors can determine if spinal decompression is appropriate for your issue. Spinal decompression is performed with equipment that resembles a table but has moving parts.  Depending on the location of the issue, patients lie on their back or stomach, and are attached to the equipment with padded straps so distraction forces can be applied to the spine.  The treatment alternates between applying distraction forces to the vertebrae and periods of partial relaxation.  The result is the vertebrae slowly ...