No abstract

Purpose: to trauma quality indicators as a tool to identify opportunities of improvement in elderly trauma patient’s’ treatment. Methods: prospective analysis of data collected between 2014-2015, and stored in the iTreg software (by Ecossistemas). Trauma victims, aged older than 60 years and trauma quality indicators were assessed, based on those supported by SBAIT in 2013: (F1) Acute subdural hematoma drainage after 4 hours from admission, in patients with GCS<9; (F2) emergency room transference without definitive airway and GCS <9; (F3) Re-intubation within 48 hours from extubation; (F4) Admission-laparotomy time greater than 60 min. in hemodynamically uinstable patients with abdominal bleeding; (F5) Unprogrammed reoperation; (F6) Laparotomy after 4 hours from admission; (F7) Unfixed femur diaphyseal fracture; (F8) Non-operative treatment for abdominal gunshot; (F9) Admission-tibial exposure fracture treatment time greater than 6 hours; (F10) Surgery after 24 from admission. The indicators, treatments, adverse effects and deaths were analyzed, using the SPSS software, and the chi-squared and Fisher tests were used to calculate the statistical relevance. Results: from the 92 cases, 36 (39,1%) had complications and 15 (16,3%) died. The adequate use of quality indicator’s were substantially different among those who survived (was of 12%) compared to those who died (55,6%). The incidence of complications was of 77,8% (7/9) in patients with compromised indicators and 34,9% (28/83) in those without (p=0.017). Conclusions: trauma quality indicators are directly related with the occurrence of complications and deaths, in elderly trauma patients.

COVID-19 is a severe disease that has reached pandemic status. To the best of our knowledge, we describe the first case of COVID-19 and cytomegalovirus (CMV) co-infection in a critically ill patient. We discuss the challenge of establishing the diagnosis as well as the management of tissue-invasive gastrointestinal CMV infection (TI-GI CMV) simulating vascular involvement and intestinal obstruction in a critically ill patient.

Objective: to describe the use of the robotic platform in inguinal hernia recurrence after a previous laparoscopic repair. Methods: patients with recurrent inguinal hernias following a laparoscopic repair who have undergone robotic transabdominal preperitoneal between December 2015 through September 2020 were identified in a prospectively maintained database. Outcomes of interest included demographics, hernia characteristics, operative details and rates of 30-day surgical site occurrence, surgical site occurrences requiring procedural interventions, surgical site infection and hernia recurrence were abstracted. Results: nineteen patients (95% male, mean age 55 years, mean body mass index 28) had 27 hernias repaired (N=8 bilateral). Average operative time was 168.9 ± 49.3min (range 90-240). There were two intraoperative complications all of them were bleeding from the inferior epigastric vessel injuries. Three SSOs occurred (N=2 seromas and N=1 hematoma. After a median 35.7 months follow-up (IQR 13-49), no recurrence has been diagnosed. One patient developed chronic postoperative inguinal pain. Conclusions: on a small number of selected patients and experienced hands, we found that the use of the robotic platform for repair of recurrent hernias after prior laparoscopic repair appears to be feasible, safe and effective despite being technically demanding. Further studies in larger cohorts are necessary to determine if this technique provides any benefits in recurrent inguinal hernia scenario.