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The treatment depends on the time the diagnosis was made. In cases of fresh injury, rest, ice, elevation and compression (RICE) are very helpful as well as anti-inflammatory medication. An Aircast boot may be used if weight bearing is to be allowed, but an elastic bandage and non-weight bearing status are adequate. Both types of immobilisation plus total rest and refrainment from exercise/sport for 4-8 weeks are necessary. Metaphyseal fractures heal faster than articular or cortical injuries. The patient can begin rehabilitation when pain free but may not necessarily return to sporting activity at that stage. The patient must have a full range of motion, have redeveloped muscle flexibility and developed strength, endurance, proprioception, agility and cardiovascular reserve before returning to full competition. The reason underlying the stress fracture should be determined and preventative measures for future injury instituted. A good training programme, the use of proper footwear, impact surfaces and orthoses can be important preventative measures to decrease the recurrence of stress fractures. The predictive value of bone-mineral density of the calcaneus for fracture of the metatarsals has been studied. Lidtke & Patel (11) reported a positive correlation between calcaneal density and the four-point bending strength of each of the five metatarsals. However, no correlation between density and fractures has been established. This may be a useful predictive tool for the future. In the athlete, a stress fracture is invariable indicative of overuse and, as such, signals the need to investigate training habits, equipment, mechanics and athletic techniques.
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