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Researches About Proximal Humerus Fractures

Majority of previous classifications based on two-dimensional images to analyze these complicated 3-D fractures. Small or delicate changes in rotation and positioning can result to considerable disagreement in the interpretation of standard radiographs. Therefore, a classification system which had a better reliability

Condition(s)Proximal Humeral Fracture
StatusRecruiting
Study typeObservational
SummaryMajority of previous classifications based on two-dimensional images to analyze these complicated 3-D fractures. Small or delicate changes in rotation and positioning can result to considerable disagreement in the interpretation of standard radiographs. Therefore, a classification system which had a better reliability and reproducibility for the fractures is warranted and helpful for orthopedic surgeons. Furthermore, CT and 3-D CT construction images with high resolution give a much clearer view of the pattern of proximal humeral fractures. Edelson proposed a new three-dimensional classification for fractures of the proximal humerus. The results concluded that it was a useful in classifying these injuries with reasonable interobserver reliability. It could be hypothesized that patients wit
Who can participateInclusion Criteria: * Whole imaging data ; * Clear record of demographic data; * Three dimensional construction with mimics (with CT of B30); * Patients older than 17 years with displaced PHF occurring less than 3 weeks before allocation and treatment. Exclusion Criteria: * Patients with the presence of neurological disease (syringomyelia and); * Open fractures; * Pathological fracture (other than osteoporotic); * Not a resident in the hospital catchment area
Ages17 Years
SexAll
Accepts healthy volunteersYes
Lead sponsorHebei Medical University Third Hospital
LocationsShijiazhuang, Hebei, China
Start date2019-01-01
NCT IDNCT04523415
Official listinghttps://clinicaltrials.gov/study/NCT04523415

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