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Clinical Orthopaedics and Related Research, 1975
This study was conducted to evaluate the theory that increased rigidity in the subchondral cancellous bone and trabecular stress fractures are responsible for the development of osteoarthritis. Histological sections of the entire femoral head were examined in 80 normals, 50 cases with early degenerative changes, and 50 cases with advanced ...
H U, Cameron, V L, Fornasier
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This study was conducted to evaluate the theory that increased rigidity in the subchondral cancellous bone and trabecular stress fractures are responsible for the development of osteoarthritis. Histological sections of the entire femoral head were examined in 80 normals, 50 cases with early degenerative changes, and 50 cases with advanced ...
H U, Cameron, V L, Fornasier
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Advanced Emergency Nursing Journal, 2017
Metatarsal stress fractures are also called “march fractures” or “marcher's foot.” They most commonly occur in the distal second and third metatarsals. The second and third metatarsals receive the majority of stress during ambulation and are less mobile compared with the other metatarsals.
Denise R, Ramponi +2 more
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Metatarsal stress fractures are also called “march fractures” or “marcher's foot.” They most commonly occur in the distal second and third metatarsals. The second and third metatarsals receive the majority of stress during ambulation and are less mobile compared with the other metatarsals.
Denise R, Ramponi +2 more
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The American Journal of Sports Medicine, 1991
To answer the question why such large differences in stress fracture morbidity rates (2% to 64%) exist in different countries, we prospectively evaluated 312 re cruits for possible risk factors for stress fractures. Prior to training, each recruit underwent an evaluation includ ing the following: orthopaedic examination, foot and tibial radiographs ...
M, Giladi +3 more
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To answer the question why such large differences in stress fracture morbidity rates (2% to 64%) exist in different countries, we prospectively evaluated 312 re cruits for possible risk factors for stress fractures. Prior to training, each recruit underwent an evaluation includ ing the following: orthopaedic examination, foot and tibial radiographs ...
M, Giladi +3 more
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Current Sports Medicine Reports, 2006
Sacral stress fractures are a relatively common occurrence and can be a debilitating source of low back pain. They generally occur in two distinctly different patient populations, and are of two different etiologies. Sacral insufficiency-type fractures are seen in elderly osteoporotic persons, and fatigue fractures are seen young active individuals ...
Faisel M, Zaman +2 more
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Sacral stress fractures are a relatively common occurrence and can be a debilitating source of low back pain. They generally occur in two distinctly different patient populations, and are of two different etiologies. Sacral insufficiency-type fractures are seen in elderly osteoporotic persons, and fatigue fractures are seen young active individuals ...
Faisel M, Zaman +2 more
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The American Journal of Sports Medicine, 1980
We evaluated metatarsal lengths from roentgenograms in a group with metatarsal stress fractures and compared them with those of a control group having no foot symptoms to determine if a short first metatarsal could be implicated as a cause for metatarsal stress fractures.
D, Drez +3 more
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We evaluated metatarsal lengths from roentgenograms in a group with metatarsal stress fractures and compared them with those of a control group having no foot symptoms to determine if a short first metatarsal could be implicated as a cause for metatarsal stress fractures.
D, Drez +3 more
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Journal of the Royal Society of Health, 1985
STRESS FRACTURES are the result of bone fatigue from the inability of a bone to accommodate at a rate fast enough to meet the demands placed upon it. They usually occur in bones that experience repeated and unaccustomed micro- trauma or stress.
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STRESS FRACTURES are the result of bone fatigue from the inability of a bone to accommodate at a rate fast enough to meet the demands placed upon it. They usually occur in bones that experience repeated and unaccustomed micro- trauma or stress.
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Insufficiency stress fractures
Current Problems in Diagnostic Radiology, 1994Bones weakened by osteopenia have insufficient elastic resistance to withstand even the minimal mechanical stresses of normal daily activity. Repetitive subthreshold injury to these susceptible bones results in insufficiency-type stress fractures. The spine, pelvis, and lower extremities are commonly affected by these fractures. Insufficiency fractures
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