What is the Difference Between Heel Spur and Bone Spur?

Heel spurs and bone spurs are both bony growths that develop in different parts of the body, but they have distinct characteristics and causes.

Heel Spur:

• A heel spur is a calcium deposit on the calcaneus, or heel bone.
• It is usually not a spiky protrusion but a smooth outgrowth that develops over a long period.
• Heel spurs are often caused by bruising or damage to the heel bone, leading to the formation of a calcium deposit past the edge of the bone.
• Heel spurs are related to plantar fasciitis, an inflammation of the ligament that connects the heel bone to the toes.
• In some cases, heel spurs form as a result of plantar fasciitis, as the body creates a heel spur to provide additional support for the heel.

Bone Spur:

• A bone spur is a growth point off the edge of a bone.
• Bone spurs typically develop near joints, where two or more bones meet.
• They are fairly common as we age and may not cause any symptoms.
• Bone spurs can lead to pain and loss of motion in joints if they restrict movement or cause inflammation.

In summary, the main difference between a heel spur and a bone spur is that a heel spur is a calcium deposit on the heel bone, while a bone spur is a growth point off the edge of a bone. Heel spurs are often related to plantar fasciitis, while bone spurs can develop in various locations in the body and may cause pain or limited movement if they restrict joint mobility.

Comparative Table: Heel Spur vs Bone Spur

Heel spur and bone spur are two different conditions that can cause pain and discomfort in the foot. Here is a table summarizing the differences between the two:

Heel spurs are specifically located on the underside of the heel bone, while bone spurs can develop on almost any bone, including the heel. Heel spurs are often associated with plantar fasciitis, a condition involving inflammation of the plantar fascia, a thick band of tissue that runs along the bottom of the foot. Bone spurs, on the other hand, are common and can develop in response to inflammation, repetitive motion, and stress on joints.