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to diagnose despite emerging laboratory studies. Our case adds to the limited literature by proposing that high-dose steroids, not IVIG, should be the first-line treatment. Further investigations are underway to assess implications of this finding in disease pathophysiology and management.<br />Autoimmune GFAP astrocytopathy is a rare cause of meningoencephalomyelitis that remains difficult to diagnose despite emerging laboratory studies. Our case adds to the limited literature by proposing that high-dose steroids, not IVIG, should be the first-line treatment. Further investigations are underway to assess implications of this finding in disease pathophysiology and management.<br />To examine the effectiveness of end-of-life educational interventions in improving nurses and nursing students' attitude toward death and care of dying patients.<br />A systematic review and meta-analysis of randomized controlled trials and controlled clinical trials.<br />English language studies were sourced from five electronic databases (PubMed, Embase, CINAHL, PsycINFO and ProQuest Dissertations &amp; Theses Global) to November 2020.<br />A meta-analysis was conducted using the random-effect model. Standardized mean differences with 95% confidence intervals were used as the effect measure under the inverse-variance method. Heterogeneity was assessed using the I<br />statistics and Cochran's Q chi-squared test. The Cochrane risk of bias tool conducted quality appraisal at the study level while the Grades of Recommendation, Assessment, Development, and Evaluation approach conducted quality appraisal at the outcome level.<br />Nine studies were included. Meta-analyses showed that end-of-life educational interventions we be improved by organizing both group-based segments and combined sessions for nurses and nursing students. Online components could be incorporated for convenience. Topics related to spirituality and grief management should be included. Future research is needed to examine the sustainability of nurses and nursing students' improvement in attitude toward death and care of dying patients, as well as how the change in their attitude affects their clinical practices.<br />Dropout in later years of the nursing degree programme involves lost investment and is a particular problem for both students and educators. Reasons for late dropout seem to be related to the work and learning environment of the clinical placement.<br />The aim of this study was to investigate associations between psychosocial work characteristics and distress and intention to leave nursing education among third-year nursing students.<br />A prospective cohort study.<br />A Bachelor of Nursing programme of a University of Applied Sciences in the Netherlands.<br />363 third-year nursing students.<br />Baseline and one-year follow-up measurements were used from a prospective cohort study. Third-year nursing students were invited annually in May between 2016 and 2018. Psychosocial work characteristics were psychological demands, supervisor and co-worker support, and acts of offensive behaviour. Logistic regression analyses were used to build multivariate models.<br />Frequent exposure to violence (OR=2.52, 95% CI 1.29-4.92) wasress, and co-worker support is a protective factor reducing the intention to leave nursing education in the last stage of the programme. Improving the psychosocial working climate of nursing students may reduce the intention to leave at a late stage in nursing education, and hence actual late dropout.In this work, a novel cation exchange membrane, PSEBS SU22 was deployed in microbial fuel cells (MFCs) to examine system efficacy in line with membrane characteristics and inoculum source. It turned out that compared to a reference membrane (Nafion), employing PSEBS SU22 resulted in higher current density and electricity generation kinetics, while the electron recoveries were similar (19-28%). These outcomes indicated more beneficial ion transfer features and lower mass transfer-related losses in the PSEBS SU22-MFCs, supported by membrane water uptake, ion exchange capacity, ionic conductivity and permselectivity. By re-activating the membranes after (bio)foulant removal, PSEBS SU22 regained nearly its initial conductivity, highlighting a salient functional stability. Although the particular inoculum showed a clear effect on the microbial composition of the membrane biofouling layers, the dominance of aerobic species was revealed in all cases. Considering all the findings, the PSEBS SU22 seems to be promising for application in MFCs.Although conventional skin-attachable electronics exhibit good functionalities, their direct attachment (without any adhesive) to human skin with sufficient conformal contact is challenging. Herein, all-solution-processed on-skin electronics based on self-reconfigurable high-weight-per- volume-gelatin (HWVG) film constructed using an effective, biocompatible water absorption-evaporation technique are demonstrated. Completely conformal contact of self-reconfigurable HWVG films is realized by rapidly inducing anisotropic swelling in the perpendicular direction and covering any curvature on the skin without spatial gap or void after shrinking. A sufficiently thin HWVG film (~2 um) exhibited higher adhesion owing to van der Waals force and the carboxylic acid and amine groups in HWVG film form cross-linkages through intermolecular bonds with human skin. Self-reconfigurable HWVG films with high biocompatibility are optimized to afford a superior efficiency of 87.83 % at a concentration of 20 % (w/v) and a storage modulus of 1822 MPa at 36.5 °C. [https://www.selleckchem.com/products/nu7441.html read more] Furthermore, functional nanoelectrodes consisting of self-reconfigurable silver nanowires/HWVG films for high-performance on-skin sensors allowing the detection of sensitive motion and electrophysiological signals, as well as an armband-type sensor system incorporated with a smartphone for health-care monitoring are demonstrated. Outstanding performances, including stability, reliability, flexibility, re-usability, biocompatibility, and permeability of on-skin electronics based on HWVG films can open-up a prospective route to realizing breathable human-machine interfaces based on biocompatible materials and processes.