Bone Spurs in Neck

Bone Spurs in Neck
Many patients have told us that they are bone spurs in the back and neck, which meant that the bone spurs are the cause of their back pain. However, bone spurs and the self are simply an indication that the degeneration of the spine, the presence of bone spurs, does not necessarily mean that they are the real cause of back pain patient.

The term "bone spurs" is really a misnomer, since the word "spurs" implies that these bony growths or stimulated through a portion of the anatomy of the spine and cause pain. However, against this involvement, the stimuli are actually bones soft structures that form over a period of time.

In this article:

Bone spurs (osteophytes) and back pain

Bone spur causes

Clinical symptoms of bone spurs

The diagnosis of bone spurs

Treatment options for bone spurs

The medical term for bone spurs is osteophytes, and they represent an extension of the normal bone structure. Basically, osteophytes are a radiographic marker of spinal degeneration (aging), which means they appear on x-rays or MRI and is essentially a normal finding as we age. During these 60 years, bone spurs on the spine quite common.

Bone spurs (osteophytes) and back pain


Many patients have told us that they are bone spurs in the back and neck, which meant that the bone spurs are the cause of their back pain. However, bone spurs and the self are simply an indication that the degeneration of the spine, the presence of bone spurs, does not necessarily mean that they are the real cause of back pain patient.

The term "bone spurs" is really a misnomer, since the word "spurs" implies that these bony growths or stimulated through a portion of the anatomy of the spine and cause pain. However, against this involvement, the stimuli are actually bones soft structures that form over a period of time.

In this article:

Bone spurs (osteophytes) and back pain

Bone spur causes

Clinical symptoms of bone spurs

The diagnosis of bone spurs

Treatment options for bone spurs

The medical term for bone spurs is osteophytes, and they represent an extension of the normal bone structure. Basically, osteophytes are a radiographic marker of spinal degeneration (aging), which means they appear on x-rays or MRI and is essentially a normal finding as we age. During these 60 years, bone spurs on the spine quite common.

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Bone spurs and anatomy of the spine

The human spine consists of 32 separate vertebral segments that are separated by intervertebral discs based on collagen and ligaments. These discs are shock absorbers and allow a limited degree of flexibility and motion to each segment of the spine. The overall effect provides a full range of motion around the axis of the spine, especially in the neck (cervical spine) and lower back (lumbar vertebrae).

Read more osteophytes cervical bone spurs in the neck.

Movement between each segment is limited by the ligaments External Hard Drive and joints that move (articulate) at each spinal level (facet joint). At each session, just behind the disk of a pair of nerve roots exiting the spinal canal. The exit hole (foramina) that surrounds the nerve (front disc, the joints above and below) are relatively small and have little room for anything other than the nerve to leave.

Stressors of normal life, perhaps exacerbated by traumatic injuries lead to degeneration architecture cord in the discs and joints of the spine. With factors such as age, injury, poor posture, there is cumulative damage to bones or joints of the spine. For example:

While the material on the disc door slowly, the ligaments loosen and excess motion occurs in the municipality

The body naturally and necessarily thickens the ligaments that hold the bones together

Over time there is a tendency for thick ligaments calcify, resulting in plaques of bone or bone spur formation

While the central canal and spinal foramina thicken their ligaments, nerve compression causes symptoms.

Degenerative changes in the normal vital tissue begin in adulthood, but usually this slow process does not present with compression of the nervous system until we are in our sixth or seventh decades. Factors that may accelerate the degenerative process and stimulate bone growth of the spine include:

Congenital or hereditary

Nutrition

Lifestyle, including poor posture and poor ergonomics

Traumatic forces, especially sports-related injuries and accidents.

As always, to avoid or minimize back pain is usually advisable to stay well conditioned (whether it's aerobic and strength) and to maintain good posture throughout life.