SQUAD is an electronic surgical database that has been implemented and sustained in a low-resource setting. For the 20 variables evaluated, the data within SQUAD are highly complete and accurate. This database may serve as a model for the development of additional surgical databases in low-resource environments.

Background: Diabetic foot ulcers (DFUs) are a prevalent and serious consequence of poorly controlled diabetes. Hospitalizations are frequent among DFU patients, and these patients are at risk of lower extremity amputations (LEA). Uganda has few studies detailing DFUs and their management. We described the surgical characteristics, treatment modalities and short-term treatment outcomes of DFUs at Mbarara Regional Referral Hospital, in southwestern Uganda. Methods: A prospective cohort study involving 62 patients with DFUs was conducted from February 2021 to September 2021. We captured socio-demographic data, surgical characteristics, treatment and treatment outcomes of DFUs over a 5-week follow-up period, through an interviewer-administered structured questionnaire. Descriptive statistics were used at analysis. Results: The mean age of participants was 57.0 ± 12.27 years, comprising 35 (56.5%) females. Majority had diabetes mellitus (DM) for more than 10 years, predominantly type 2 (93.5%), and 33.9% with very poor glycaemic control (HBA1c>9.5%). Most ulcers involved the toes (27.4%), with 80.7% being large (>3 cm 2 ). Severe DFUs (Wagner grade 3-5) were seen in 66.2% of patients. Clinically infected ulcers mainly had Pseudomonas spp cultured. Arterial occlusion was detected in 35.5% through lower extremity Doppler ultrasonography. Initial surgical interventions were surgical debridement and LEA performed in 50.0% and 46.8%, respectively. Eight (42.1%) patients suffered surgical site infection, while 26.3% had persistent gangrene after initial surgery. Revision surgery was performed in 25.8% of the participants. Mortality rate was 1.6%, and mean length of hospital stay was 17.0 ± 11.1 days. Conclusion: More than half of the patients had advanced DFUs (Wagner grades 3-5). Poor glycemic control and late presentation were common. Lower extremity amputation was a common initial treatment modality for DFUs. Routine lower extremity Doppler ultrasonography is recommended to assess peripheral arterial disease for DFU patients. Wound swabbing for culture and sensitivity testing is encouraged for appropriate antibiotic coverage.

Background: This study was conducted to establish the causes, injury patterns and short-term outcomes of chest injuries at Mbarara Regional Referral Hospital. Methods: This was a prospective study involving chest injury patients admitted to Mbarara Regional Referral Hospital (MRRH) for a period of one year from April 2014 to 31 st March 2015. Results: A total of 71 chest injury patients were studied. Males (91.6%) were the majority and the ages ranged from 8 to 76 years (mean 32.9 years (+/-14.0). Majority of the patients (57.7%) sustained blunt injury. RTA was the most common cause of injury, affecting 49.3%.The commonest injury patterns were chest wall injuries and lung and pleural injuries accounting for 69.0% and 64.8 respectively. Rib fractures were the commonest chest wall injury (71.4%) while hemopneumothorax was the commonest (34.9%) finding among those with lung and pleural injury. Associated injuries were found in 64.2% and out of these, abdominal injuries were the commonest extra thoracic injury (39.1%) followed by head injury(37.0%),cuts and lacerations(37%) andfractures (28.3%).The commonest abdominal organs injured were spleen(44.4%), liver (27.8%) and stomach (16.7%). Majority of the patients had thoracostomy (47.9%) while 33.8% had non surgical treatment. Laparotomy and thoracotomy were done in 11(15.5%) and 3 (4.2%) of the patients respectively. Complications occurred in 20(28.2%) and the commonest complication was pneumonia 6 (30%).The mean length of stay was 7.14 days, SD=±6.1) and the mortality was 16.9%.The significant determinants of mortality were associated injuries (X 2 =4.57, F.E=0.046), complications (X 2 =36.82, F.E=0.000) and severe head injury (X2=13.85, F.E=0.001). Conclusion: The causes, patterns and short-term outcomes of this study are similar to those observed in other developing countries. Chest injury in our setting causes high mortality and measures to reduce road traffic accidents are urgently required.

BACKGROUND: The health care systems of low-income countries have severely limited capacity to treat surgical diseases and conditions. There is limited information about which hospital mortality outcomes are suitable metrics in these settings. METHODS: We did a 1-year observational cohort study of patient admissions to the Surgery and the Obstetrics and Gynecology departments and of newborns delivered at a Ugandan secondary referral hospital. We examined the proportion of deaths captured by standardized metrics of mortality. RESULTS: There were 17,015 admissions and 9612 deliveries. A total of 847 deaths were documented: 385 (45.5%) admission deaths and 462 (54.5%) perinatal deaths. Less than one-third of admission deaths occurred during or after an operation (n = 126/385, 32.7%). Trauma and maternal mortality combined with perioperative mortality produced 79.2% (n = 305/385) of admission deaths. Of 462 perinatal deaths, 412 (90.1%) were stillborn, and 50 (10.9%) were early neonatal deaths. The combined metrics of the trauma mortality rate, maternal mortality ratio, thirty-day perioperative mortality rate, and perinatal mortality rate captured 89.8% (n = 761/847) of all deaths documented at the hospital. CONCLUSIONS: The combination of perinatal, maternal, trauma, and perioperative mortality metrics captured most deaths documented at a Ugandan referral hospital.

Background Annually, an estimated 17 million lives are lost from conditions requiring surgical care and at least 77•2 million disability-adjusted life-years could be averted through provision of basic surgical services. Despite the staggering burden of surgical disease, there are scarce data available to track current capacity, volume, epidemiology, outcomes, and quality of surgical care delivery in low-income and middle-income countries. We aimed to organise the hospital record system into a high-quality and high-fidelity searchable database that can be used to measure and guide expansion and provision of quality care at Mbarara Regional Referral Hospital (MRRH) in western Uganda. MethodsInitiated in 2013, the Surgical Services QUality Assessment Database (SQUAD) arose from a shared commitment to improving surgical quality and capacity through a collaboration between MRRH and Massachusetts General Hospital. SQUAD systematically enrols and collects data on all surgical patients admitted to MRRH. Data are extracted from patient charts and admission, discharge, and operation logbooks by trained clerks-a process overseen by a data manager/statistician. Data variables are grouped into patient demographics, disease characteristics, cadre of clinicians, interventions, outcomes, and time. Data access and use is supervised by a committee of representatives.Findings To date, SQUAD contains more than 49 000 patient records in a searchable electronic database. Quality assurance reports have been produced for internal use at MRRH, and in-hospital initiatives have been made in response to findings. SQUAD was prospectively validated in 2016, and retrospective validation studies are currently underway.Interpretation Ongoing challenges include transitioning data capture methods from chart and log book review to a point-of-care electronic medical register and record system, while maintaining data entry. A future objective is the dissemination of clinical outcome reports through peer reviewed publications by authors from the collaborating institutions.