pISSN: 2538-2330
eISSN: 2538-4600
Editor-in-Chief:
Seyed Mohammad Javad Mortazavi, MD.
Vol 5, No 1 (2019)
The vast majority of collected data in trauma patients can provide medical, economic and social information to guide the health care system for operating scheduled preventive programs to decrease the burden of trauma-related injuries. Also utilizing trauma registry’s data to compare with exiting international criteria in trauma care is another advantage. Analyzing the trauma mechanism based on registered data is the first step to clarify injuries' causes and construct primary preventive trauma injuries’ local or national programs. Over the years registered data will elucidate the morbidity and mortality causes to reprogramming health care systems' policies and planning. Therefore, conducting a national trauma registry system is an important issue to introduce to health care system as soon as possible.
Scaphoid fracture can cause serious complications and its diagnosis and treatment approaches are still contentious. Tenderness of anatomical snuffbox (ASB), longitudinal compression (LC) of the thumb, and scaphoid tubercle (ST) tenderness are very sensitive tests for clinical diagnosis of scaphoid factures all together. Previous studies recommend taking four standard views of the wrist for non-displaced scaphoid fractures diagnosis. Magnetic resonance imaging (MRI), computed tomography scan (CT scan), bone scintigraphy, and ultrasound are used for triage of suspected scaphoid fractures. MRI has the highest sensitivity and specificity. CT scan images captured in planes by the long axis of the scaphoid guide the diagnosis of nondisplaced scaphoid fracture. Displaced fractures need surgical treatment, but the best way of treating a nondisplaced fracture is controversial. Same results have been determined using a short arm or long arm cast for treatment of nondisplaced scaphoid fractures as well as similar outcomes with or without a thumb-spica component to the cast. Wrist position immobilization did not affect the rate of nonunion, wrist flexion, pain, or grip strength. Percutaneous screw fixation can shorten return to work time. CT scan and MRI both can be applied for assessment of union of fracture during follow-up period. This study aims to review the literature on challenges about clinical and radiologic diagnosis of nondisplaced scaphoid fractures and also present concepts about definite management of nondisplaced and minimally-displaced scaphoid waist fractures.
Trauma to the pediatric’s elbow are common and may result in different types of injuries such as bony, cartilaginous or soft tissue injuries. Fall on an outstretched hand is the most common mechanism of injury that mostly may result in hyperextension or valgus load to the elbow [1,2].
Comparing with adults, pediatric elbow fractures have a higher incidence and variability in fracture patterns [3]. 65 to 75% of all pediatric fractures are related to upper extremity. The most common is supracondylar humerus fracture followed by lateral condyle and medial epicondyle fractures [4].
Interpretation of pediatric elbow radiography needs a systematic approach to prevent misdiagnosis. In this study we explained a six-steps approach to an elbow radiography for better diagnosis of the injury.
The quality of radiography, identification of the presence and position of ossification centers, a search for effusion and localized soft tissue swelling, check the alignments, check the bone cortices and finally a focused search to avoid common mistakes based on the history and clinical examination of the patient are discussed in details.
Background: Open wedge high tibial osteotomy (OWHTO) is commonly utilized to correct genu varum. To decrease various complications of OWHTO, some modifications are needed.
Methods: In a parallel randomized controlled clinical trial, 42 patients were divided into two groups: conventional OWHTO (control group) and OWHTO with the cut in the sagittal plane or distal tubercle osteotomy (OWHTO/DTO) (intervention group). Evaluation of the following items was conducted pre- and post-operatively: Knee Society Score (KSS) questionnaire, incidence of postoperative complications, patellar height by Blackburne-Peel (BP) ratio and Insall-Salvati Index (ISI), posterior tibial slope (PTS), tibiofemoral angle (TFA), Q-angle, medial proximal tibial angle (MPTA), three joint alignment radiography, and union radiological parameters.
Results: The differences between preoperative and postoperative variables including the KSS, PTS, TFA, BP Index (BPI), ISI, MPTA, and Q-angle within the intervention and control groups were not statistically significant. In four cases (3 in the control group and 1 in the intervention group), the delayed union was observed but the complete union was achieved after a mean of 23 weeks. No nonunion was observed.
Conclusion: Our results showed equal effectiveness for OWHTO/DTO compared with the conventional OWHTO.
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