An intervention targeting wastewater plumbing fixtures, by installation of hopper covers, demonstrated a decrease in patient KPCO acquisitions. Considering wastewater reservoirs in nosocomial transmission of multispecies carbapenemase-producing Enterobacteriaceae may be critical.

The COVID-19 pandemic is devastating post-acute and long-term care (PA/LTC). As geriatricians practicing in PA/LTC and a regional academic medical center, we created this program for collaboration between academic medical centers and regional PA/LTC facilities. The mission of the Geriatric Engagement and Resource Integration in Post-Acute and Long-Term Care Facilities (GERI-PaL) program is to support optimal care of residents in PA/LTC facilities during the COVID-19 pandemic. There are 5 main components of our program: (1) Project ECHO; (2) nursing liaisons; (3) infection advisory consultation; (4) telemedicine consultation; and (5) resident social contact remote connections. Implementation of this program has had positive response from our local PA/LTC facilities. A key component of our program is our interprofessional team, which includes physicians and nursing, emergency response, and public health experts. With diverse professional backgrounds, our team members have created a new model for academic medical centers to collaborate with local PA/LTC facilities.

Introduction: Risk factors for carbapenemase-producing Enterobacterales (CPE) acquisition/ infection and associated clinical outcomes have been evaluated in the context of clonal, species-specific outbreaks. Equivalent analyses for complex, multi-species outbreaks, which are increasingly common, are lacking. Methods: Between December 2010 and January 2017, a caseecontrol study of Klebsiella pneumoniae carbapenemase (KPC)-producing organism (KPCO) acquisition was undertaken using electronic health records from inpatients in a US academic medical centre and longterm acute care hospital (LTACH) with ongoing multi-species KPCO transmission despite a robust CPE screening programme. Cases had a first KPCO-positive culture >48 h after admission, and included colonizations and infections (defined by clinical records). Controls had at least two negative perirectal screens and no positive cultures. Risk factors for KPCO acquisition, first infection following acquisition, and 14-day mortality following each episode of infection were identified using multi-variable logistic regression. Results: In 303 cases (89 with at least one infection) and 5929 controls, risk factors for KPCO acquisition included: longer inpatient stay, transfusion, complex thoracic pathology, mechanical ventilation, dialysis, and exposure to carbapenems and b-lactam/b-lactamase

OBJECTIVE The aim of this study was to explore clinical nurses' perspectives of shift length. BACKGROUND Discussions about scheduling practices, work rotations, and shift length are pervasive among nurses and nursing leadership. However, the science surrounding nurse perceptions of longer shifts is limited. METHODS A survey instrument was developed and distributed to nurses engaged in the state's professional association. RESULTS Data from 190 clinical nurses were included. When working a 40-hour work week, 76.3% reported a preference for 10-hour shifts, whereas 83.5% preferred a 12-hour shift during a 36-hour week. Those who chose longer shifts perceived improved work life balance and better patient care. Those identifying 8-hour shifts also pointed to work life balance as benefit. CONCLUSIONS The results capture the voice of the nurse regarding shift length. The preference for the 10-hour shift within the 40-hour work week is novel. These results may assist with efforts to initiate change, improve the work environment and enhance home life.

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