Closed-wound negative pressure therapy dressing after loop ostomy closure: a retrospective comparative study.

Closed-wound negative pressure wound therapy (NPWT) dressings were recently introduced with the purpose to reduce incisional surgical site infections (iSSI) in high-risk wounds. The aim of this study was to compare iSSI rates in patients after ostomy closure with and without additional application of a closed-wound NPWT dressing. Single-center retrospective analysis of consecutive patients undergoing ileo- or colostomy closure over an 8-year period (January 2013-January 2021).

Challenges Related to Surgical Site Infection Prevention-Results after Standardized Bundle Implementation.

Aim: The aim of this study was to assess the implementation of an intraoperative standardized surgical site infection (SSI) prevention bundle.

Methods: The multimodal, evidence-based care bundle included nine intraoperative items (antibiotic type, timing, and re-dosing; disinfection; induction temperature control > 36.5°; glove change; intra-cavity lavage; wound protection; and closure strategy).

[Pediatrics. The PAT: a simple and rapid tool for the assessment of the severely ill or injured child].

The Pediatric Assessment Triangle (PAT) has become the cornerstone for the assessment and treatment of a critically ill or injured infant/young child. Now incorporated to the PALS course, it can be taught to all levels of health care providers in charge of severly-ill children. The PAT is a rapid and simple observational tool suitable for pediatric assessment regardless of complaint or underlying diagnosis.

[Acute respiratory distress syndrome in children].

The acute respiratory distress syndrome (ARDS) encountered in a child may be either due to a primary lung infection or may be secondary to a systemic inflammatory response of varying origin. Therapy is based on: 1) the mechanical ventilation strategy aimed at maintaining the functional residual capacity by alveolar recruitment using positive end expiratory pressure and to limit secondary pulmonary lesions by using small tidal volumes, 2) prone positioning as soon as sufficient stability is achieved; 3) optimizing tissue oxygen delivery by cardiac support; 4) correction of any other organ dysfunction. If this conventional approach is not sufficient experimental therapies may be tempted given the vital risk.