Bone Spurs FAQs
What is a bone spur?
bone spur (osteophyte) is a bony growth formed on normal bone, so it's
actually extra bone. Although usually smooth it can cause wear and tear
as it rubs on other bones or soft tissues such as ligaments, tendons, or
nerves in the body. Common places for bone spurs include the spine,
shoulders, hands, hips, elbow, neck, knees, fingers and feet.
What causes bone spurs?
bone spur forms as the body tries to repair itself by building extra
bone. It generally forms in response to pressure, rubbing, or stress
that continues over a long period of time.
What are the symptoms?
no bones about it, bone spurs can cause excruciating pain! The wear and
tear over time causes the tissue to break down, causing swelling and
How are bone spurs diagnosed?
A bone spur is usually visible on an X-ray.
How Do You Treat Bone Spurs?
can treat the symptoms by applying ice, stretching, taking nonsteroidal
anti-inflammatory drugs and making sure your shoes fit properly
Bone spurs can be surgically removed when osteoarthritis has caused considerable damage and deformity.
Or, You Can Simply Take EZorb Calcium And Get Permanent Pain Relief! Fast!
What Made The Difference?
Taking EZorb turned Marvin's life around. And it can do the same for you too!
How does Ezorb get rid of bone spurs?
Bone spurs are caused by weakened bone metabolism. Calcium deficiency also contributes to bone spur formation. When
bone metabolism starts weakening, osteoblast (bone forming cells)
activity diminishes. As a result, less bone mass is being created from
calcium. And oftentimes the new bone mass creation process is not
completed. Bone spurs are essentially incomplete bone mass.
deficiency also plays a role. Calcium is consumed by many body
functions. If the body doesn't get it from daily supply, it takes
calcium away from the bones, causing calcium "erupted" from bones, hence
the bone spurs.
EZorb ensures that the body will never run out of calcium for daily
consumption, and it stimulates osteoblast activity to convert more
calcium into bone mass.
so will cut off the supply to the existing bone spurs. And the existing
spurs get reabsorbed or reused to create bone mass.