General surgical foundation doctor: optimisation of daily practice.

INTRODUCTION: The role of a foundation year 1 (FY1) doctor has evolved over the years. Many doctors report significant anxiety and stress during this period. In this Quality Improvement Project, we looked at the difficulties FY1s face in their working day and if these issues could be resolved by implementing some structural changes. METHODS: The project was conducted in three cycles, each lasting 5 days (Monday to Friday), over three consecutive weeks. Week 1 consisted of shadowing of Surgical FY1s on wards observing daily routine (arrival, lunch and departure time), communication and handovers. Following this a number of interventions were made to the structure of their daily practice to improve productivity and performance. These improvements were measured in week 2 (as the new model was scaffolded into place) and week 3 (strictly observed). RESULTS: There was no significant difference in number of tasks between week 1, 2 and 3. In week 1, there was no set times for lunch, all of the FY1s lunches were interrupted, there was no structure for handovers and 100% of FY1s stayed at work beyond there contracted hours. In week 2 and 3 there was significant improvement in the number of uninterrupted lunches, amount of time spent beyond contracted hours, number and quality of handovers. The qualitative results collected also suggested positive impact on the working lives of those involved. CONCLUSION: The implementation of structural changes improved the quality of FY1s working day and increased the efficiency of service delivered on the surgical ward.

Introduction of the identification, situation, background, assessment, recommendations tool to improve the quality of information transfer during medical handover in intensive care.

OBJECTIVE: To audit the quality and safety of the current doctor-to-doctor handover of patient information in our Cardiothoracic Intensive Care Unit. If deficient, to implement a validated handover tool to improve the quality of the handover process. METHODS: In Cycle 1 we observed the verbal handover and reviewed the written handover information transferred for 50 consecutive patients in St George's Hospital Cardiothoracic Intensive Care Unit. For each patient's handover, we assessed whether each section of the Identification, Situation, Background, Assessment, Recommendations tool was used on a scale of 0-2. Zero if no information in that category was transferred, one if the information was partially transferred and two if all relevant information was transferred. Each patient's handover received a score from 0 to 10 and thus, each cycle a total score of 0-500. Following the implementation of the Identification, Situation, Background, Assessment, Recommendations handover tool in our Intensive Care Unit in Cycle 2, we re-observed the handover process for another 50 consecutive patients hence, completing the audit cycle. RESULTS: There was a significant difference between the total scores from Cycle 1 and 2 (263/500 versus 457/500, p < 0.001). The median handover score for Cycle 1 was 5/10 (interquartile range 4-6). The median handover score for Cycle 2 was 9/10 (interquartile range 9-10). Patient handover scores increased significantly between Cycle 1 and 2, U = 13.5, p < 0.001. CONCLUSIONS: The introduction of a standardised handover template (Identification, Situation, Background, Assessment, Recommendations tool) has improved the quality and safety of the doctor-to-doctor handover of patient information in our Intensive Care Unit.

Surgical stabilization for open tibial fractures in children: External fixation or elastic stable intramedullary nail - which method is optimal?

BACKGROUND: Management of open tibial fractures is well documented in adults, with existing protocols outlining detailed treatment strategies. No clear guidelines exist for children. Surgical stabilization of tibial fractures in the pediatric population requires implants that do not disrupt the open epiphyses (growth plate). Both elastic stable intramedullary nails and external fixation can be used. The objective of this study was to identify the optimal method of surgical stabilization in the treatment of open tibial fractures in children. MATERIALS AND METHODS: MEDLINE and Embase were searched from their inception to March 2014 using the following advanced search terms (Key words): "open tibia fracture," "fracture fixation," "external fixation," "intramedullary," and "bone nail." Only studies in English and pertaining to children with open fractures treated with elastic stable intramedullary nails or external fixation between 1994 and 2014 were included. Twelve clinical studies were critically appraised. RESULTS: Due to a paucity in the literature coupled with a nonsystematic presentation of results, it proved to be very difficult in extracting relevant results from the studies. This was further added by a variation in outcome measures. Consequently, the results we obtained were difficult to draw conclusions from. CONCLUSION: There is no conclusive evidence or best practice guidelines for their management. Thus, as is highlighted in this study, more research is needed to determine the optimum treatment strategy for this common pediatric injury. The existing literature is of poor quality; consisting mainly of retrospective reviews of patients' medical records, charts, and radiographs. Carefully designed, high-quality prospective cohort studies utilizing a nationalized multi-hospital approach are needed to improve understanding before protocols and guidelines can be developed and implemented.

Serum alkalinisation is the cornerstone of treatment for amitriptyline poisoning.

A 28-year-old woman was admitted in a comatose state following ingestion of 5 g of amitriptyline. On arrival, there was intermittent seizure activity and a broad complex tachycardia on the ECG. Immediate resuscitation included 8 mg lorazepam, 2 L crystalloid fluid, 100 mL 8.4% sodium bicarbonate, 2 g of magnesium sulphate and lipid emulsion infusion. Despite this, the broad complex tachycardia persisted with haemodynamic instability. The case was discussed with the National Poisons Information Service, which advised further 8.4% sodium bicarbonate to achieve serum alkalinisation. Following this, the QRS duration reduced and haemodynamic stability was achieved. Serum alkalinisation continued in the intensive treatment unit before the patient was successfully extubated on day 5 and discharged on day 7 with no neurological sequelae. To our knowledge, this case is the largest recorded overdose of amitriptyline to have survived to discharge. The importance of serum alkalinisation in the management of tricyclic antidepressant poisoning is highlighted.

An Evaluation of the Accuracy and Necessity of Fracture Clinic Referrals in a Busy Pediatric Emergency Department.

OBJECTIVES: Injuries account for approximately 18% of all pediatric emergency department presentations. Of these, a significant amount will have fractures that will require orthopedic management usually in the orthopedic fracture clinic. Our aim was to assess the accuracy and necessity of fracture clinic referrals from our emergency department and to suggest an approach that might safely reduce the referral numbers. METHODS: All fracture clinic referrals from Temple Street Emergency Department in August 2013 were retrospectively audited. RESULTS: There were 339 fracture clinic referrals in August 2013. Of these, 213 (63%) had fractures as reported by a consultant radiologist. One hundred twenty-six (37%) had no fracture confirmed, and of these, 24 (19%) had no fracture seen in the emergency department but were referred as clinically fractured. Thirty-three (10%) of the 339 were buckle fractures of the wrist. There were 21 (6.2%) finger injuries referred. Of ankle injuries referred to fracture clinic (n = 43), 14 (33%) were confirmed Salter-Harris 1 or 2 or avulsion fractures of the lateral malleolus and 16 (37%) were suspected Salter-Harris 1 or 2 fractures of the lateral malleolus. CONCLUSIONS: Through education and policy change such as the establishment of an Advanced Nurse Practioner (ANP)-led clinic or a virtual clinic within our emergency department, we could safely and efficiently reduce orthopedic fracture clinic referrals by more than 30%.

Evaluation of Safety and Cost-Effectiveness of the Low Risk Ankle Rule in One of Europe's Busiest Pediatric Emergency Departments.

OBJECTIVES: Low Risk Ankle Rule (LRAR) has 100% sensitivity for identifying clinically important pediatric ankle fractures (high-risk injuries) and has the potential to safely reduce imaging by approximately 60%. This study investigates the safety and cost-effectiveness of this rule in our institution. METHODS: All patients triaged during July and August 2013 with an "ankle injury" had a retrospective clinical notes and radiology report review. Data were recorded using Excel and tests of significance, χ test. RESULTS: One hundred twenty-one patients were included. Of these, 65 were female and 56 were male (no significant difference in sex, P = 0.41). Mean age was 9.95 years. Seventy-eight (64%) had LRAR positive examinations. Of these, 77 (98.7%) had an x-ray and 12 (15%) had fractures. Of those with fractures, none had high-risk injuries.Eighteen (100%) of the doctors in our ED felt that a clinical decision rule would be of use within the department. Only 8 (44%) had heard of the LRAR, and of these, only 4 (50%) would be confident to implement the LRAR. Forty-four (88%) of parents felt that an x-ray is required in the diagnosis of ankle injuries in children, and 41 (82%) would want to know whether their child had an ankle sprain or a low-risk fracture even if the management was not different. CONCLUSIONS: By implementing the LRAR in our institution, we could reduce ankle x-rays by 64%. This would offer a significant reduction in radiation exposure to a radiosensitive population. Estimated costs of an ankle x-ray and interpretation are Euro 47 ($65), thus with more than 800 carried out per year in The Children's University Hospital, a potential annual saving is Euro 25,000 ($34,500).