Postgraduate clinical physiotherapy education in acute hospitals: a cohort study.

Background: Junior physiotherapists require satisfactory clinical skills to work effectively within the acute hospital setting for service quality and consistency. Objective: To investigate the effects of stream-specific clinical training on junior physiotherapist self-efficacy, self-rated confidence, and self-rated ability to work independently during weekend shifts. Design: Prospective cohort study. Participants: Eighteen junior physiotherapists. Methods: Physiotherapists undertook 8 h of stream-specific education in: pediatrics, women's health, neuro-medical, musculoskeletal, cardiorespiratory, and critical care over 8 weeks. Learning objectives were evaluated using a self-efficacy (0-100) scale and self-rated confidence was measured with a 4-point Likert scale (not confident to independent). Self-rated ability to independently work weekend shifts was measured dichotomously (yes/no). Results: Participants completed an average of three stream-specific programs in the study period. Post-training, mean improvement in self-efficacy across objectives ranged from 2.9 (95% CI -8.7 to 14.5) to 43.3 (95% CI 4.8-81.8) points, p < 0.05 for 80% of objectives. Self-rated confidence scores improved for 45.6% of stream-specific learning objectives; 52.8% were unchanged and 1.7% reported a decrease in confidence. Self-rated ability to work stream-specific weekend shifts increased from 56-70%, but no stream achieved a significant increase in staff able to independently work weekend shifts (p range 0.10 to 1.0). Conclusions: A stream-specific education program increased junior physiotherapists' self-efficacy and self-rated confidence but not perceived ability to work independently on weekends. Results were non-randomized and actual practice change was not assessed. Future studies could investigate different educational structures in a blinded, randomized manner on clinical practice change.

A pilot study into locating the bad bugs in a busy intensive care unit.

BACKGROUND: The persistence of multidrug-resistant organisms (MDROs) within an intensive care unit (ICU) possibly contained within dry surface biofilms, remains a perplexing confounder and is a threat to patient safety. Identification of residential locations of MDRO within the ICU is an intervention for which new scientific approaches may assist in finding potential MDRO reservoirs. METHOD: This study investigated a new approach to sampling using a more aggressive environmental swabbing technique of high-touch objects (HTOs) and surfaces, aided by 2 commercially available adenosine triphosphate (ATP) bioluminometers. RESULTS: A total of 13 individual MDRO locations identified in this pilot study. The use of ATP bioluminometers was significantly associated with the identification of 12 of the 13 individual MDRO locations. The MDRO recovery and readings from the 2 ATP bioluminometers were not significantly correlated with distinct cutoffs for each ATP device, and there was no correlation between the 2 ATP devices. CONCLUSION: The specific MDRO locations were not limited to the immediate patient surroundings or to any specific HTO or type of surface. The use of ATP testing helped rapidly identify the soiled locations for MDRO sampling. The greatest density of positive MDRO locations was around and within the clinical staff work station.