ABSTRACT
BACKGROUND: Reduction of some modified Gartland type III and IV supracondylar humerus fractures can pose difficulties, especially if they present late to the hospital. Various techniques of reduction have been tried for reducing the supracondylar humerus fracture for sagittal and coronal plane correction. This retrospective study assesses the dual joystick technique's possible effectiveness in achieving an anatomical reduction of the supracondylar humerus fracture. METHODS: Patients with modified Gartland's type III and IV supracondylar humerus fractures who underwent closed reduction and percutaneous pinning using the dual joystick technique at our trauma center between January 2020 and January 2022 were the subject of a retrospective review. Forty-six patients treated by the above technique who met the inclusion criteria were analyzed at the end of the final follow-up. RESULTS: The mean age of the children was 7.9+/- 2.25 years, with a male predominance at 32:14. The Right upper limb was more involved compared to the left side. The mean injury to hospital presentation was 2.67+/- 1.28 days, and the mean surgical duration was 24.57+/- 13.76 minutes. The average pin spread ratio at the fracture site was 35.17+/- 3.04%. Baumann angle at the final follow-up was 74.83+/- 2.56 degrees. The mean lateral rotation percentage was 2.8+/- 1.3%. 39 patients had excellent cosmetic outcomes, and 42 had excellent functional outcomes, whereas 7 and 4 patients had good cosmetic and functional outcomes, respectively, according to Flynn criteria. CONCLUSIONS: In modified Gartland type III and IV fractures with late presentation where reduction is challenging, this technique is shown to be convenient and easily reproducible and helps accomplish near anatomical reduction with reduced lateral rotation percentage and results in excellent to good outcomes.
Subject(s)
Humeral Fractures , Humans , Humeral Fractures/surgery , Male , Retrospective Studies , Female , Child , Child, Preschool , Closed Fracture Reduction/methods , Bone Nails , Treatment Outcome , Follow-Up Studies , Time-to-TreatmentABSTRACT
Background: Anterior Cruciate Ligament (ACL) reconstruction is one of the most common surgeries being currently done. As we usher into the era of Individualized Anatomic Reconstruction, it is very important to understand the native anatomy of ACL. We aimed to assess the ACL footprint dimensions in our patients and correlate it with anthropometric variables, which can help in preoperative decision making. Method: A total of 143 eligible patients with suspected ACL injury presented during the study period. Out of which 92 were included in the study. Data on patient's age, sex, height, weight and body mass index (BMI) was recorded. The length and area of both the tibial and femoral footprints were measured on MRI. The footprint dimensions were correlated with the recorded anthropometric data. Results: The ACL tibial footprint length and area, and femoral footprint length and area were found to be 13.3 ± 2.23 mm, 142.6 ± 26.16 mm2, 11.2 ± 1.97 mm, 125.8 ± 28.75 mm2 respectively. Footprint in males was significantly larger than females. A weak (ρ- 0.21 to 0.4) correlation with weight and moderate (ρ- 0.41 to 0.6) correlation with height was observed. Multivariate linear regression analysis yielded height to be the only significant predictor of footprint dimension from which predictive equations were drawn. Conclusions: Height was found to be the most significant predictor of footprint dimensions in our patients. The predictive equations and graphs can aid in preoperative surgical decision making resulting in a more anatomical ACL reconstruction and improve the post-operative results.
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OBJECTIVE: To compile epidemiological characteristics of traumatic spinal cord injury (TSCI) in the Northern Indian Himalayan regions and Sub-Himalayan planes. METHODS: The present study is a retrospective, cross-sectional descriptive analysis based on hospital data conducted at the Department of Physical Medicine and Rehabilitation and Spine Unit of Trauma Centre in a tertiary care hospital in Uttarakhand, India. People hospitalized at the tertiary care center between August 2018 and November 2021 are included in the study sample. A prestructured proforma was employed for the evaluation, including demographic and epidemiological characteristics. RESULTS: TSCI was found in 167 out of 3,120 trauma patients. The mean age of people with TSCI was 33.5±13.3, with a male-to-female ratio of 2.4:1. Eighty-three participants (49.7%) were from the plains, while the hilly region accounts for 50.3%. People from the plains had a 2.9:1 rural-to-urban ratio, whereas the hilly region had a 6:1 ratio. The overall most prevalent cause was Falls (59.3%), followed by road traffic accidents (RTAs) (35.9%). RTAs (57.2%) were the most common cause of TSCI in the plains' urban regions, while Falls (58.1%) were more common in rural plains. In both urban (66.6%) and rural (65.3%) parts of the hilly region, falls were the most common cause. CONCLUSION: TSCI is more common in young males, especially in rural hilly areas. Falls rather than RTAs are the major cause.
ABSTRACT
Abstract Objectives The present study aims to identify preoperative characteristics of the patient, of the injury, as well as of imaging, which would point towards a type IV fracture. The present study shall help the operating team to predict more accurately the type IV pattern preoperatively, leading to improved counselling of the caregivers, planning of surgery, as well as preparedness regarding open reduction, if such situation arises. Methods A retrospective study was conducted, including patients that met the following criteria: 1) age < 16 years old; 2) Gartland type-III and type-IV supracondylar fractures; and 3) with complete records. Demographic data like age, gender, laterality, mode of injury, hospital duration of the injury, history of previous attempts of closed reduction, open/closed fracture, distal neurovascular status, and radiographic data like angulation, translation, osseous apposition and fracture comminution were collected. Results Hospital duration of the injury and previous attempts of closed reduction were the factors that had a statistically significant difference among types III and IV fractures (p < 0.05). A diagnosis of type IV supracondylar fractures was significantly more likely in the presence of valgus angulation of the distal fragment ≥ 17º (odds ratio [OR] = 20.22; 95% confidence interval [CI] = 3.45-118.65). Flexion angulation ≥ 10º (OR = 5.32; 95% CI = 0.24-119.88) of the distal fragment predicted Gartland type IV with a sensitivity of 41% and a specificity of 100%. Conclusion The preoperative evaluation of suspected Gartland IV fractures can help the operating surgeon in predicting such injuries. Nonradiographic factors like increased hospital duration of the injury, attempts at previously closed reduction, and radiographic parameters like valgus and flexion angulation were more likely to be associated with type IV fractures. Level of evidence III.
Resumo Objetivos O presente estudo tem como objetivo identificar características pré-operatórias do paciente e da lesão, bem como da imagem que apontaria para uma fratura tipo IV. O presente estudo ajudará a equipe operacional a prever com mais precisão o padrão tipo IV pré-operatório, levando a um melhor aconselhamento dos cuidadores e planejamento da cirurgia, bem como a uma melhor preparação em relação à redução aberta, se tal situação surgir. Métodos Um estudo retrospectivo foi realizado, incluindo pacientes que atendiam os seguintes critérios: 1) idade < 16 anos; 2) fraturas supracondilares Gartland tipos III e IV; e 3) com registros completos. Foram coletados dados demográficos como idade, gênero, lateralidade, modo de lesão, duração hospitalar de lesão, histórico de tentativas anteriores de redução fechada, fratura aberta/fechada, estado neurovascular distal e dados radiográficos como angulação, translação, aposição óssea e cominação de fratura. Resultados A duração hospitalar de lesões e as tentativas anteriores de redução fechada foram os fatores com diferença estatisticamente significativa entre as fraturas tipo III e IV (p < 0,05). O diagnóstico de fraturas supracondilares tipo IV foi significativamente mais provável na presença de angulação em valgo de fragmento distal ≥ 17º (odds ratio [OR] = 20,22; intervalo de confiança [IC] 95% = 3,45-118,65). A angulação de flexão ≥ 10º (OR = 5,32; IC95% = 0,24-119,88) do fragmento distal previram Gartland tipo IV com sensibilidade de 41% e especificidade de 100%. Conclusão A avaliação pré-operatória de suspeitas de fraturas de Gartland IV pode ajudar o cirurgião operacional a prever tais lesões. Fatores não radiográficos, como o aumento da duração da lesão hospitalar, tentativas de redução previamente fechada e parâmetros radiográficos como valgo e angulação de flexão foram mais propensos a estarem associados a fraturas tipo IV. Nível de evidência III.