Abstract:A literature review was performed to investigate the potential role of bisphosphonates (BPs) for the treatment of stress fractures in athletes. Given the inhibitory action on osteoclast-mediated bone resorption, short-term suppression of bone remodeling using BPs could potentially treat stress fractures and prevent stress fractures to become regular fractures. To date, while there are some animal studies showing the scientific basis of BPs on stress fractures, we must say that there is still no conclusive evid… Show more
“…Although bisphosphonates are successful pharmacologic agents in the treatment of osteoporosis and osteopenia, their use in patients with tibial stress fractures is not currently recommended [27]. Despite the mechanism of action of bisphosphonate medications (inhibition of osteoclast-mediated bone resorption seen in early stress fracture), their clinical use has no high-level evidence in either the prevention or treatment of tibial stress fractures [28]. Although parathyroid hormone derivatives have been shown to improve stress fracture repair in animal models, their clinical use has no high-level evidence in either the prevention or treatment of tibial stress fractures [29].…”
The tibia is the second longest long bone in the human body. It is the primary weight-bearing bone in the leg (up to 93 % load transmission; 7 % via the fibula) [4]. Its strong diaphysis is composed of thick cortical walls and is triangular in crosssectional area, with proximal and distal metaphyseal and epiphyseal flared expansions. The proximal tibial plateau is covered with hyaline
“…Although bisphosphonates are successful pharmacologic agents in the treatment of osteoporosis and osteopenia, their use in patients with tibial stress fractures is not currently recommended [27]. Despite the mechanism of action of bisphosphonate medications (inhibition of osteoclast-mediated bone resorption seen in early stress fracture), their clinical use has no high-level evidence in either the prevention or treatment of tibial stress fractures [28]. Although parathyroid hormone derivatives have been shown to improve stress fracture repair in animal models, their clinical use has no high-level evidence in either the prevention or treatment of tibial stress fractures [29].…”
The tibia is the second longest long bone in the human body. It is the primary weight-bearing bone in the leg (up to 93 % load transmission; 7 % via the fibula) [4]. Its strong diaphysis is composed of thick cortical walls and is triangular in crosssectional area, with proximal and distal metaphyseal and epiphyseal flared expansions. The proximal tibial plateau is covered with hyaline
“…Long-term use of bisphosphonates is believed to be associated with an increased risk of stress fractures in some (adult) patients [36][37][38]. In this so-called ''frozen bone'' situation, bone metabolism slows down locally and zones that are susceptible to stress fractures appear especially in the femoral area (Fig.…”
Section: Special Features Of Bisphosphonate Therapymentioning
“…However, bisphosphonates are expensive and can have adverse effects such as oesophageal inflammation or severe muscle, bone, and joint pain. Given these contraindications as well as the lack of conclusive evidence, it is prudent to restrict the use of bisphosphonates for the treatment of stress fractures (Shima et al 2009). …”
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