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Posterolateral impingement is sometimes diagnosed as a cause of refractory elbow pain, often after other treatments have been tried for common conditions such as lateral epicondylitis (tennis elbow) or subtly different conditions common in throwing athletes, such as valgus extension overload syndrome. Arthroscopic surgical treatment is effective when targeting abnormal anatomy such as plical folds. Partial excision of the olecranon must be undertaken with caution because it can lead to instability. This systematic review of the current literature uses a narrative synthesis to identify anatomical morphological variations of the olecranon, humeral and capitellar geometry, and overloading of the lateral part of the elbow as causative factors for this condition and discusses how arthroscopic techniques can resolve symptoms. Further understanding of the static and dynamic anatomy of the lateral part of the elbow will help to develop future treatment and preventive strategies.
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Background Treatment escalation plans (TEPs) provide enhanced clarity in planning appropriate decision-making in the management of deteriorating patients by explicitly defining a limit of care. These decisions are discussed with patients or their relatives and mutually agreed upon. We aimed to improve staff adherence to the completion of TEPs upon the admission of patients to the orthopedics wards in a London teaching hospital. Methods This study employed the Plan-Do-Study-Act (PDSA) methodology to investigate the efficacy of interventions implemented within a hospital setting for adult inpatients receiving orthopedic treatment. The approach adopted was cross-sectional, where a comprehensive audit was conducted on all adult inpatients admitted to the hospital. The initial cycle of the study was conducted in March 2022, followed by the implementation of interventions in the form of an internal algorithm. Subsequently, the second cycle of the study was conducted in November 2022. Results We sampled a total of 50 patients (PDSA 1, n=27; PDSA 2, n=23). Following the implementation of a designated local TEP pathway, the proportion of patients with incomplete TEPs fell from 30.4% (n=7, PDSA Cycle 1) to 11.76% (n=2, PDSA Cycle 2). Conclusions The study has demonstrated that interventions such as institutional algorithms and departmental meetings can be useful in improving the adherence of staff to complete TEPs. Ongoing training and education can help overcome some of the barriers to TEP completion.
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Introduction In the United Kingdom, musculoskeletal injuries represent a substantial proportion of primary care appointments, and within this category, acute knee injuries are prominent in accident and emergency department cases. Notably, diagnosing anterior cruciate ligament (ACL) injuries is a recognized challenge, often leading to extended diagnostic delays. The COVID-19 pandemic has significantly affected the management of musculoskeletal disorders, driven by reduced surgical capacities, creating a backlog of patients awaiting necessary surgical interventions. Delayed ACL reconstruction poses risks of prolonged knee instability and secondary injuries. To address these concerns, this study evaluates the impact of COVID-19 on the timeline from ACL injury diagnosis to MRI and surgical intervention, with a specific focus on an internal acute knee clinic pathway designed to expedite the evaluation, diagnosis, and management of soft tissue knee injuries. Methods In this cross-sectional study, we retrospectively reviewed all the patients who underwent primary ACL reconstruction from January 2019 to November 2022 in a district general teaching hospital (DGH). Besides demographic data of the patients, we recorded the dates of injury, primary presentation, first knee specialist review, knee MRI, and ACL reconstruction surgery, as well as the injury-to-surgery, injury-to-MRI, and MRI-to-surgery periods. Patients were divided based on the date of operation to pre- and post-COVID, and outcomes were compared to see the possible effects of COVID-19. Data were analyzed using a quantitative and qualitative test with a P < 0.05 significance level. Results Our cohort included 97 patients, and the mean age of patients was 30.6 years (17-53 years). The median time of injury-to-MRI was 46.5 days during the pre-COVID period, which decreased to 44 days in the post-COVID period (P = 0.596). The median time of injury-to-surgery was 287.5 days during the pre-COVID period, which increased to 289 days in the post-COVID period (P = 0.019). The median MRI-to-surgery duration was 200 days during the pre-COVID period, which increased to 225 days in the post-COVID period (P = 0.006). Around 35% of patients had an MRI prior to getting evaluated by a specialist. Conclusion The COVID-19 pandemic had a significant impact on the management of ACL injuries, with delays in elective knee clinics and surgery potentially leading to delays in the diagnosis and management of such injuries. However, our study showed that the delay from ACL injury to subsequent surgery actually reduced post-pandemic due to hospital-based acute knee pathway, which is particularly important in the context of associated meniscal injury that can worsen while patients wait for surgery.
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Background The rate of chest trauma admissions under the Queen Hospital Burton Orthopedic team has been steadily increasing, surpassing other hospital trusts. Patients are managed locally by the Orthopedic department, unlike in major trauma centres. Understanding the management outcomes and patient factors in this setting is crucial for enhancing patient safety. Methodology A retrospective analysis of 139 patients with chest trauma referred to the QHB Orthopedic team from October 2017 to May 2021 was conducted using the Meditech-V6 electronic medical records system (Meditech, Westwood, US). This study aims to evaluate the outcomes of patients admitted with chest trauma and improve current practices. The objectives include assessing patient factors influencing outcomes, initiating discussions with a major trauma centre, and enhancing the quality of care for chest trauma patients. Results The mechanism of injury in all cases of chest injuries was blunt trauma, accounting for 100% of the cases. The specific mechanisms of injury observed in the study included falls from standing, falls from height, road traffic collisions, and assault. The study comprised 139 individuals, 128 of whom were diagnosed with rib fractures, and 11 who did not have any rib fractures. In addition, two patients were hospitalized with bilateral rib fractures, both of which were life-threatening. Tragically, one of these cases resulted in the death of the patient. With regard to outcomes, 67% of the patients received a consultation at Royal Stoke Hospital (RSH). Eight individuals were transferred to RSH for further management, while the remaining 131 patients were not transferred. Eighty-seven individuals were discharged from the hospital, indicating successful recovery and readiness for discharge. However, it is noteworthy that nine patients experienced complications during their hospital stay, highlighting the potential challenges and risks associated with chest trauma management. Tragically, seven patients succumbed to their injuries and passed away. Conclusions The majority of patients in this study were aged 65 and over and presented with multiple comorbidities, indicating the complex medical profile of this population. However, despite the presence of life-threatening injuries and the associated risks, only a minority of patients in the study were transferred to a designated trauma centre. This raises concerns about the adequacy of the current transfer protocols and the potential impact on patient outcomes.
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Background The operating room (OR) is a critical facility that consumes a significant percentage of the hospital's resources, so it must be used judiciously. Surgical cancellation is a chief cause of OR underutilization. The purpose of this study was to hold medical concerns accountable for surgical cancellations at a large tertiary care hospital in Maharashtra, India. Methods The Plan, Do, Study, and Act (PDSA) cycle is a tool for analyzing change and learning via action. We used this method to determine the origins of errors, identify key points, and test change interventions such as an individually tailored anesthetic plan, provision of a pre-anesthesia evaluation clinic in the outpatient department, reevaluating patients, and rechecking the preoperative checklist. This study was undertaken as a part of a quality improvement project at our hospital in India. All elective surgical operations scheduled between January and November 2020 were included, and canceled procedures were investigated to identify potential reasons. Results During the auditing period, 7,709 elective operations were scheduled; 68 (0.88%) of them were canceled. After piloting interventions, the rate of cancellations dropped from 1.08% to 0.67% in the succeeding cycle. A root cause analysis of the data revealed that there was a 7.1% decrease in cancellations due to hypertension, a 3.8% decrease due to insufficient routine blood tests, and a 1.9% decrease in the inappropriate preoperative workup, while we saw an increase in fever (5.5%) and blood sugar level (1.9%) discrepancies. Conclusions Dr. D. Y. Patil Hospital & Research Centre in Pune, India, had cancellations in scheduled ORs due to associated medical co-morbidity that were potentially reducible post-intervention and could be replicated for application in various tertiary care hospitals. Regular monthly audits, quality improvement projects, and the designation of an organized system may enhance the proper utilization of the OR which could potentially save funds, preserve resources, alleviate the burden of patients, and reduce cancellations to a minimum.