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Resilience is a complex construct that is not universally defined, but reflects the ability of a person, community, or system to positively adapt to adversity in a way that promotes growth and well-being. Developing resilient nurses is a promising strategy to reduce nurse burnout and improving retention. The purpose of this paper is to review selected literature, synthesize, and interpret the findings that point toward promising practices that educators can employ to support student resilience. Four prominent prelicensure nursing student internal protective factors associated with resilience and derived from the literature include self-efficacy, optimism, emotional intelligence, and self-stewardship/self-care. Interventions to promote nursing student resilience is not well developed, however, there are promising evidence to inform concepts and interventions to guide the development, skills, practices, and strategies for nurse educators. Educational strategies to enhance student nurse internal protective factors include reflection, positive reframing, problem-based learning, and mindfulness. Specific examples of each educational modality applied to prelicensure student nurse resilience are provided. Integrative strategies to support and cultivate internal protective factors to strengthen student resilience are paramount to nursing education and clinical nursing practice.

ObjectiveVideo-based advanc care planning (ACP) tools have been studied in varied medical contexts; however, none have been developed for patients undergoing major surgery. Using a patient- and family-centredness approach, our objective was to implement human-centred design (HCD) to develop an ACP decision support video for patients and their family members when preparing for major surgery.Design and methodsThe study investigators partnered with surgical patients and their family members, surgeons and other health professionals to design an ACP decision support video using key HCD principles. Adapting Maguire’s HCD stages from computer science to the surgical context, while also incorporating Elwyn et al’s specifications for patient-oriented decision support tool development, we used a six-stage HCD process to develop the video: (1) plan HCD process; (2) specify where video will be used; (3) specify user and organisational requirements; (4) produce and test prototypes; (5) carry out user-based assessment; (6) field test with end users.ResultsOver 450 stakeholders were engaged in the development process contributing to setting objectives, applying for funding, providing feedback on the storyboard and iterations of the decision tool video. Throughout the HCD process, stakeholders’ opinions were compiled and conflicting approaches negotiated resulting in a tool that addressed stakeholders’ concerns.ConclusionsOur patient- and family-centred approach using HCD facilitated discussion and the ability to elicit and balance sometimes competing viewpoints. The early engagement of users and stakeholders throughout the development process may help to ensure tools address the stated needs of these individuals.Trial registration numberNCT02489799.

The Scientific Studies Committee of the Surgical Infection Society undertook the present study to examine the prevalence of and indications for antimicrobial use in intensive care units where members of the Society practice.Information and data collection sheets were posted on the Internet for download by members interested in participating. All centers were required to obtain approval from their local human subjects research office or equivalent. A one-week time was set during which the center could collect information on any one day, at the center's convenience. Data collection sheets were then sent to the lead author for analysis. Seventeen centers reported data for 371 patients in 22 intensive care units.Trauma and general surgical patients comprised 224 of the patients (60%). The indications for anti-infective agents were prophylactic (22%), empiric (27%), therapeutic with known pathogen (41%), therapeutic without known pathogen (e.g., cellulitis) (4%), insistence of influential practitioner (4%), or non-anti-infective purposes (e.g., erythromycin for gastric motility) (2%). Only 44%, 29%, and 54% of the orders for prophylactic, empiric, and therapeutic antibiotics, respectively, had date-certain stop dates. The antimicrobial drugs most commonly used were vancomycin, piperacillin-tazobactam, and fluconazole.Most patients were receiving antimicrobial agents. Polypharmacy was common. Most patients did not have a date-certain stop date. This study sets the benchmark for future study regarding antibiotic prescribing behavior in surgical intensive care units.

5 Background: The feasibility and impact of integrating advance care planning (ACP) in surgical oncologic populations is unknown. We hypothesized that an ACP video could be integrated into surgical oncologic care and that patients who preoperatively viewed the video would engage in more ACP and patient-centered communication with their surgeon. Methods: Randomized controlled, phase II trial with two study arms: intervention ACP video and control (no ACP) video; and four data collection periods: enrollment, presurgical consent, postoperative one week, and postoperative one month. Participants included patients undergoing major cancer surgery recruited from nine surgical oncology clinics at a single, academic, inner city, tertiary care hospital. Main Outcomes and Measures: Primary Outcome - Content of ACP and patient-centeredness during the presurgical consent visit as measured through the Roter Interaction Analysis System (RIAS). Secondary patient outcomes – mood; goals of care; and video helpfulness. Results: Ninety-two patients (target enrollment of ninety) were enrolled over 15 months. The ACP video was successfully integrated into the intervention arm and no study-related harms were noted. Patient-centeredness was unchanged between the study arms (IRR=1.06, CI [0.87,1.3], p=0.545) and there was a trend of increased ACP content in the intervention arm (23% intervention vs. 10% control, p=0.182). There were no differences in secondary outcomes other than patients found the intervention video more “helpful” (p=0.007). There was a statistically significant increase in mood symptoms in both groups one week post-operative as compared to enrollment (p=0.01). Patients in both groups most frequently noted cure-related goals of care. Conclusions: The ACP video was integrated successfully into surgical care, well-tolerated, and thought helpful by patients, but did not significantly change the nature or ACP content in patient-surgeon pre-operative conversation. Future studies could increase the “dose” of ACP through modifying video content and/or how or who presents that content prior to surgery. Clinical trial information: NCT02489799.

Background Increasing numbers of survivors of critical illness are at risk for physical, cognitive, and/or mental health impairments that may persist for months or years after hospital discharge. The post-intensive care syndrome framework encompassing these multidimensional morbidities was developed at the 2010 Society of Critical Care Medicine conference on improving long-term outcomes after critical illness for survivors and their families. Objectives To report on engagement with non-critical care providers and survivors during the 2012 Society of Critical Care Medicine post-intensive care syndrome stakeholder conference. Task groups developed strategies and resources required for raising awareness and education, understanding and addressing barriers to clinical practice, and identifying research gaps and resources, aimed at improving patient and family outcomes. Participants Representatives from 21 professional associations or health systems involved in the provision of both critical care and rehabilitation of ICU survivors in the United States and ICU survivors and family members. Design Stakeholder consensus meeting. Researchers presented summaries on morbidities for survivors and their families, whereas survivors presented their own experiences. Meeting outcomes Future steps were planned regarding 1) recognizing, preventing, and treating post-intensive care syndrome, 2) building strategies for institutional capacity to support and partner with survivors and families, and 3) understanding and addressing barriers to practice. There was recognition of the need for systematic and frequent assessment for post-intensive care syndrome across the continuum of care, including explicit "functional reconciliation" (assessing gaps between a patient's pre-ICU and current functional ability at all intra- and interinstitutional transitions of care). Future post-intensive care syndrome research topic areas were identified across the continuum of recovery: characterization of at-risk patients (including recognizing risk factors, mechanisms of injury, and optimal screening instruments), prevention and treatment interventions, and outcomes research for patients and families. Conclusions Raising awareness of post-intensive care syndrome for the public and both critical care and non-critical care clinicians will inform a more coordinated approach to treatment and support during recovery after critical illness. Continued conceptual development and engagement with additional stakeholders is required.