Approximately 10% of running injuries involve heel pain. 7% of our female visitors and 25% of our male visitors said it was caused by running. Long strides and hills increase damage to the fascia because of the increase in the angle that the foot has to bend back. Stretching the calf muscles before and after running will help. Ice after running is just as important. Sports that require running on grassy fields have been said to not result in Heel Spurs Treatment, so running on a hard surface could be a major cause. Another source says sand and soft terrain can cause it. Stiff shoes can cause plantar fasciitis and Achilles tendonitis in runners. It is usually necessary to decrease the amount of running until the pain is gone. Swimming is a good alternative activity. “Deep water running” is used by injured runners; they wear a flotation device and exaggerate the swinging of their arms while “running” without letting their feet touch. Bicycling is good but will cause too much tension in the fascia when the ball of the foot pushes too hard on the pedals. I pedal with my heels instead of balls of my feet and I have used tape to protect the fascia. When pushing on the ball of the foot, tension is transferred in the fascia from the ball all the way to where it attaches to the heel and also through the heel bone to the Achilles tendon. If all the weight is on the heel, there is no tension in the fascia. But if pushing on the heel causes pain, I wouldn’t do it. Running shoes have raised heels to help prevent plantar fasciitis (Heel Spurs Treatment) and Achilles tendonitis. Taping is sometimes used by runners to relieve pain, but it is difficult to apply tape correctly (especially when the forces are so great as in running) and it may cause Achilles tendonitis or severe skin irritation. Shoes should bend under the ball of the foot, not in the middle. Firm heel pads help prevent and relieve Achilles tendonitis and plantar fasciitis if there is a lack of flexibility in the calf muscles. A straight last is supposed to be used for flat feet and a curved last for high arches. The windlass mechanism is the tightening of the fascia when the toes bend back. When the fascia tightens it pulls the forefoot back towards the heel causing the effective length of the foot to shorten and the arch to increase. It makes the foot more rigid and stable and enables the first ray to become the point from which to push off.