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Introduction and Aims The COVID-19 pandemic has had an unprecedented impact on service provision in Emergency General Surgery. Due to the unknown risk of COVID-19 transmission, the use of laparoscopic surgery was cautioned against in favour of open surgery or conservative management. This study looks at the impact of service reconfiguration on rates of laparoscopic surgery. Methods The management and outcomes were audited of all patients admitted to our unit during the UK COVID-19 lockdown period and compared against the same period last year. Results In total, 645 patients (223 COVID-19 period, 422 non-COVID) were included. Less surgery was performed during the pandemic (32.3% vs 39.3%), with only 2 cases of laparoscopic surgery (0.9% vs 16.1%). Despite a change to conservative management, we report no differences in complication rates or length of stay and 30-day mortality (excluding deaths from COVID-19 pneumonitis). Re-admission rates were higher following conservative management (10.6% vs 4.7%). Conclusion There is a significant reduction in surgery (particularly laparoscopic surgery) during the COVID-19 pandemic. There are no differences in outcomes, but we show higher re-admission rates for patients treated conservatively. Together with emerging evidence on the safety of laparoscopic surgery, these findings help inform service re-configuration for future pandemic responses.

Background Anastomotic leak after esophagectomy is associated with high levels of morbidity and may impact negatively on oncological outcomes. The aim of this single centre study was to describe our experience in managing these complications Methods From 2007–2017 data was reviewed retrospectively from our prospectively maintained electronic database. All patients underwent either 2 or 3 phase esophagectomy for cancer of the oesophagus or esophago-gastric junction. All histological sub-types and stage of cancer were included in the analysis. Anastomotic leaks were classified according to the Esophagectomy Complications Consensus Group (ECCG) guidelines; type I—conservative management, type II—non-surgical intervention, type III—surgical intervention. Results 224 esophagectomies were included in our analysis (104 (46%) minimally invasive, 120 (54%) open approach). The incidence of all anastomotic leaks was 10% (23/224). Surgical approach did not influence the incidence of anastomotic leak (minimally invasive 10 (43%), open approach 13(57%), P = 0.76). Five patients (22%) had a type I leak, 9 patients (39%) type II and 9 (39%) had a type III leak. There was an increase in the number of leaks managed non-surgically over the last 5 years compared to those in the first five years of our dataset (2012–2017: 11/23 (48%) vs 2007–2012: 4/23 (17%) P = 0.08). The median time for leak diagnosis was 8 days. Most leaks were diagnosed with oral contrast CT 19 (83%). Median hospital stay after anastomotic leak was 58.5 days. Type III leaks were associated with an increased length of stay (median 84 days) compared to type I&II leaks (median (38.5 days) (P = 0.002 95% CI 18.19- 74.41). There was no significant difference in 30-day mortality between type I&II (0 patients) and type III leaks (1 patient) P = 0.260. Conclusion Low mortality rates with anastomotic leak can be achieved. In centres with experienced radiological and endoscopic skills, most anastomotic leaks can be managed non-surgically. Disclosure All authors have declared no conflicts of interest.