The Foot And Ankle Healthcare Center, PC - Dr. Carmen April
Foot And Ankle Facts
 
  •  The human foot is made up of 26 bones, 33 joints, 107 ligaments, 19 muscles, and numerous tendons. Complex biomechanics keep all these parts in the right position and moving together. Given these intricacies, it is not surprising that most people will experience some problem with their feet at some time in their lives.
 
 
  • Seven short tarsal bones make up the heel and back of the instep.
 
  • Five metatarsal bones spread from the back of the foot toward the front and make up the structure for the ball of the foot. Each metatarsal is associated with one of the toes.
 
  • Fourteen phalanges, small bones, form the toe structure.
 
  • Tarsal and metatarsal bones provide the structure for the arch of the foot.
 
  • Bands of ligaments connect and hold all the bones in place.
 
  • A thick layer of fatty tissue under the sole helps absorb the pressure and shock that comes from walking and everyday movements.
 
Leading Foot Problems are as follows:
 
* Bunions - misaligned big toe joints that swell and become tender, causing the joint of the big toe to slant outward and the second toe to angle toward the other toes. Bunions tend to be hereditary, but can be aggravated by shoes that are too narrow in the forefoot and toe box. Surgery is frequently performed to correct the problem.
 
Hammertoes - usually stemming from a muscle imbalance, this condition occurs when the toe is bent into a claw-like position. Hammertoe deformity can affect any toe, but most frequently occurs to the second toe, when a bunion slants the big toe toward and under it. Selecting shoes and socks that do no cramp the toes may help alleviate any aggravation of pain or discomfort.
 
Heel Spurs - growths of bone on the underside, forepart of the heel bone. Heel spurs occur when the plantar tendon pulls at its attachment to the heal bone. This area of the heel later calcifies to form a spur. Proper warm-up and the use of appropriate athletic shoes can reduce the strain to the ligament and prevent the formation of heel spurs.
 
* Ingrown toenails - toenails with corners or sides that dig painfully into the skin. Ingrown toenails are usually caused by improper nail trimming, but can also result from shoe pressure, injury, fungus infection, heredity, and poor foot structure. Women are more likely to have ingrown toenails than men. The problem can be prevented by trimming toenails straight across, selecting proper shoe styles and sizes and responding to foot pain in a timely manner.
 
* Neuromas - enlarged benign growths of nerves, most commonly between the third and fourth toes. Neuromas are caused by tissue rubbing against and irritating the nerves. Pressure from ill-fitting shoes or abnormal bone structure can also lead to this condition. Depending on the severity, treatments may include orthotics (shoe inserts), cortisone injections, and in extreme cases, surgical removal of growth.
 
Plantar fasciitis - an inflammation on the bottom of the foot that leads to heel and/or arch pain. A variety of foot injuries or improper foot mechanics can lead to plantar fasciitis. Treatments range from icing and foot exercises to the prescription of custom orthotics to correct the foot position and help alleviate pain.
 
Sesamoiditis - an inflammation or rupture of the two small bones (know as sesamoids) under the first metatarsal bone. Proper shoe selection and orthotics can help.
 
Shin Splints - pain on either side of the leg bone caused by muscle or tendon inflammation. Shin splints are related to excessive foot pronation, but may also be related to a muscle imbalance between opposing muscle groups in the leg. Proper stretching before and after exercise and corrective orthotics for pronation can help prevent shin splints.
 
Stress Fractures - incomplete cracks in bone caused by overuse. With complete rest, stress fractures in toes or any bones of the foot usually heal quickly. Extra padding in shoes can help prevent the condition. Left untreated, stress fractures may become complete bone fractures, which require casting and immobilization.