Relieve Carpal Tunnel Pain
With Proper Treatment
Every day, assembly line workers, keyboard operators, grocery store clerks, and many others, receive micro-traumas to their hands and wrists. Vibration and repetitive motions, when combined with spinal problems and other joint dysfunction, can result in a condition known as carpal tunnel syndrome.
Symptoms may include pain, numbness, tingling, weakness, or a loss of strength in the hands. Carpal tunnel syndrome can be caused by the cumulative damage of repetitive wrist and hand motions.
Chiropractic Care Can Help
The major nerve controlling the thumb, index, and parts of the middle, and ring Specific tests will be performed to see if spinal nerves are involved. The nerve in your finger is called the median nerve. From the tip of your fingers, it travels through the bones in your wrist, past your elbow, up your arm, through your shoulder and neck and finally to your spinal cord. Problems can develop in one or more of these areas.
The carpal “tunnel” is formed by bones in the wrist. The median nerve, tendons and blood vessels pass through this opening. If one or more of the bones forming this tunnel should “collapse”, inflammation, nerve pressure and painful symptoms can result.
The median nerve connects to the spinal cord through openings between several bones in the lower neck. When these spinal bones lose their normal motion or position, they can cause problems in the fingers and wrist.
After a thorough examination, your chiropractic doctor will perform specific adjustments where needed, to help normalize structure and reduce nerve irritation. When given time, conservative, chiropractic care has produced excellent results with carpal tunnel problems – without drugs or surgery.
Treat Spinal Disc Problems with Wellness Care
While the intervertebral disc is a common culprit in spine-related health problems, its function is widely misunderstood. The disc is a small cartilage pad that is situated between spinal bones. The soft jelly-like center is contained by layers of fibrous tissues. Each disc serves as a connector, spacer and shock absorber for the spine. When healthy, discs allow normal turning and bending.
Discs can bulge, herniate or rupture, resulting in other problems. Diagnostic imaging can reveal degenerative changes to the disc and surrounding tissues
A disc doesn’t “slip”
Since spinal discs have a very poor blood supply, they also depend upon the circulation of joint fluids to bring in nutrients and expel waste. If a spinal joint loses its normal motion and this pumping action is impaired, the health of the disc deteriorates. Like a wet sponge, a healthy disc is flexible. A dry sponge is hard, stiff and can crack easily. This is how many disc problems begin. Because of the way each disc is attached to the vertebra above and below it, a disc cannot “slip” as commonly thought. However, trauma or injury to the spine can cause discs to bulge, herniate or worse, rupture. This can be quite painful, putting pressure on the spinal cord and nerve roots, often interfering with their function.
The chiropractic approach to disc problems is to help restore better motion and position to the spinal joints. Besides reducing disc bulging, better spinal function helps reduce inflammation so the slow process of healing the surrounding soft tissues can begin. While results cannot be guaranteed, many patients have avoided needless surgery or a dependency on pain pills by choosing conservative chiropractic care. Because they are attached to vertebrae, discs do not slip, but they do tear, bulge, herniate, prolapse and dessicate.
The most common disc injury is a small crack or microtear in the tough, outer cartilage material of the disc called annular fibers. This allows the fluid to start leaking out, and the disc begins to wear thin.
The soft jellylike material in the middle of the disc pushes to one side, forward or backward and swelling occurs. The nucleus is still contained within the tough outer fibers of the disc but can still cause pressure and painful symptoms.
The soft jellylike material from the nucleus in the middle of the disc ruptures through the tough, outer fibers and extends to the outer edge or beyond the normal limits of the disc.
A piece of disc material separates away and becomes a fragment or a free-floating piece.
The disc loses its fluid content and degenerates down to a rough, worn-down or worn-out appearance. This occurs as the bones begin to fuse to each other.