Cervical Arthritis

What Is Cervical Arthritis?

Cervical spondylosis, more commonly known as cervical osteoarthritis, is a degenerative disease affecting the bones, discs, and joints of the neck. It is a common condition that affects over 85 percent of people older than 60.

Causes

Cervical osteoarthritis is caused by normal changes from wear and tear of the bones and cartilage of the cervical spine. These changes occur with age, and can include:

Symptoms

Symptoms generally include pain and stiffness in the neck. The pain can range from mild to severe and can increase by activities in which the neck is held in the same position for an extended period. Other symptoms may include:

Treatments

How is this condition treated with PRP (Platelet Rich Plasma)?

Platelet-rich plasma is human blood that is spun down and separated to produce a high concentration of platelets. The body naturally initiates injury repair by delivering platelets to the damaged area. Studies have shown that growth factors released by platelets reparative cells can improve tissue repair and stimulate soft tissue repair. In cases of cervical arthritis, injections of PRP have been found to stimulate cartilage healing and reduce pain, making it an effective long-term treatment option.
PRP can prevent further degeneration from occurring in mild cases. In more severe cases, treatment can reduce pain and improve function. The overall injection process takes 1 hour and can be done at an office visit.

How is this condition treated with stem cell therapy (Regenerative Therapies)?
Stem cells are cells that have the ability to differentiate into specialized cells required to repair tissues in the body. Clinical studies have found stem cell therapy to be an effective treatment of cervical arthritis. Stem cells are natural anti-inflammatories which can relieve pain and swelling. Stem cell therapy uses stem cells taken from the individual’s own body to create new cartilage cells in areas affected by deterioration. The stem cells are administered by injection directly into the damaged site, facilitating the healing process.