“…Although there is no consensus, as the pathogenesis of stress fracture is multifactorial, several risk factors have been identified. Some of these risk factors are advanced age, female gender, white ethnicity, vitamin D receptor polymorphism, low vitamin D levels, high levels of parathormone, low bone mineral density and content, tall height, poor general condition, iron deficiency, steroid use, bisphosphonate treatment, cigarette smoking, alcoholism [2] [4] [5]. With repeated overloading, because the increase in osteoclastic activity is greater than osteoblastic activity in the stress fracture process, microfractures and defects in the trabecular structure develop as this newly-formed bone tissue is weaker and more porotic and with progression of the disease, callus formation develops around these microfractures [5].…”