Zhejiang University School of Medicine's affiliated Sir Run Run Shaw Hospital has responded to innovative rehabilitation healthcare policy by implementing enhanced recovery after surgery(ERAS)wards based on healing concepts during the development of new wards in its multi-campus integration.By integrating 5G communication technology with the hospital's various information systems and leveraging the hospital's locational advantages,the hospital has upgraded its software and hardware configurations,promoting a multidisciplinary collaborative bedside management model in the context of new technologies.In terms of overall environment construction,the hospital uses best healing theories in physical design,organizational conditions,and interpersonal relationships to facilitate and support patients'healing experiences,effectively improving medical and nursing services.

Zhejiang University School of Medicine's affiliated Sir Run Run Shaw Hospital has responded to innovative rehabilitation healthcare policy by implementing enhanced recovery after surgery(ERAS)wards based on healing concepts during the development of new wards in its multi-campus integration.By integrating 5G communication technology with the hospital's various information systems and leveraging the hospital's locational advantages,the hospital has upgraded its software and hardware configurations,promoting a multidisciplinary collaborative bedside management model in the context of new technologies.In terms of overall environment construction,the hospital uses best healing theories in physical design,organizational conditions,and interpersonal relationships to facilitate and support patients'healing experiences,effectively improving medical and nursing services.

Zhejiang University School of Medicine's affiliated Sir Run Run Shaw Hospital has responded to innovative rehabilitation healthcare policy by implementing enhanced recovery after surgery(ERAS)wards based on healing concepts during the development of new wards in its multi-campus integration.By integrating 5G communication technology with the hospital's various information systems and leveraging the hospital's locational advantages,the hospital has upgraded its software and hardware configurations,promoting a multidisciplinary collaborative bedside management model in the context of new technologies.In terms of overall environment construction,the hospital uses best healing theories in physical design,organizational conditions,and interpersonal relationships to facilitate and support patients'healing experiences,effectively improving medical and nursing services.

Zhejiang University School of Medicine's affiliated Sir Run Run Shaw Hospital has responded to innovative rehabilitation healthcare policy by implementing enhanced recovery after surgery(ERAS)wards based on healing concepts during the development of new wards in its multi-campus integration.By integrating 5G communication technology with the hospital's various information systems and leveraging the hospital's locational advantages,the hospital has upgraded its software and hardware configurations,promoting a multidisciplinary collaborative bedside management model in the context of new technologies.In terms of overall environment construction,the hospital uses best healing theories in physical design,organizational conditions,and interpersonal relationships to facilitate and support patients'healing experiences,effectively improving medical and nursing services.

Zhejiang University School of Medicine's affiliated Sir Run Run Shaw Hospital has responded to innovative rehabilitation healthcare policy by implementing enhanced recovery after surgery(ERAS)wards based on healing concepts during the development of new wards in its multi-campus integration.By integrating 5G communication technology with the hospital's various information systems and leveraging the hospital's locational advantages,the hospital has upgraded its software and hardware configurations,promoting a multidisciplinary collaborative bedside management model in the context of new technologies.In terms of overall environment construction,the hospital uses best healing theories in physical design,organizational conditions,and interpersonal relationships to facilitate and support patients'healing experiences,effectively improving medical and nursing services.

Zhejiang University School of Medicine's affiliated Sir Run Run Shaw Hospital has responded to innovative rehabilitation healthcare policy by implementing enhanced recovery after surgery(ERAS)wards based on healing concepts during the development of new wards in its multi-campus integration.By integrating 5G communication technology with the hospital's various information systems and leveraging the hospital's locational advantages,the hospital has upgraded its software and hardware configurations,promoting a multidisciplinary collaborative bedside management model in the context of new technologies.In terms of overall environment construction,the hospital uses best healing theories in physical design,organizational conditions,and interpersonal relationships to facilitate and support patients'healing experiences,effectively improving medical and nursing services.

Zhejiang University School of Medicine's affiliated Sir Run Run Shaw Hospital has responded to innovative rehabilitation healthcare policy by implementing enhanced recovery after surgery(ERAS)wards based on healing concepts during the development of new wards in its multi-campus integration.By integrating 5G communication technology with the hospital's various information systems and leveraging the hospital's locational advantages,the hospital has upgraded its software and hardware configurations,promoting a multidisciplinary collaborative bedside management model in the context of new technologies.In terms of overall environment construction,the hospital uses best healing theories in physical design,organizational conditions,and interpersonal relationships to facilitate and support patients'healing experiences,effectively improving medical and nursing services.

Zhejiang University School of Medicine's affiliated Sir Run Run Shaw Hospital has responded to innovative rehabilitation healthcare policy by implementing enhanced recovery after surgery(ERAS)wards based on healing concepts during the development of new wards in its multi-campus integration.By integrating 5G communication technology with the hospital's various information systems and leveraging the hospital's locational advantages,the hospital has upgraded its software and hardware configurations,promoting a multidisciplinary collaborative bedside management model in the context of new technologies.In terms of overall environment construction,the hospital uses best healing theories in physical design,organizational conditions,and interpersonal relationships to facilitate and support patients'healing experiences,effectively improving medical and nursing services.

Nursing information security is an essential component of providing high-quality nursing services and is an important guarantee for the construction of large-scale health care data application systems. This article reviewed the concept, assessment tools, and influencing factors of nursing information security, aiming to provide references for hospital nursing managers to effectively assess information security and improve nurses′ information literacy.

Objective:To optimize the accuracy of the intelligent hand hygiene system to monitor the hand hygiene timing warning, and provide a reference basis for healthcare workers to apply the intelligent hand hygiene system.Methods:Using a single-sample diagnostic pilot study method, 62 clinical nurses wearing smart badges working in the intensive care unit of Sir Run Run Shaw Hospital Affiliated to Zhejiang University School of Medicine in Hangzhou, from December 1, 2020 to December 31, 2021 were selected by convenience sampling methods. Direct observation was used as the gold standard. The accuracy of the warning timing of the intelligent hand hygiene monitoring system was optimized through adjusting the bed sensing rang,adjusting the time setting, adjusting the time settings according to the physical space of the ward and adding posture recognition.Results:The sensitivity of adjusting the bed sensing range was 0.935 (95% CI 0.918-0.949); the specificity was 0.008 (95% CI 0.001-0.074). The sensitivity of the temporal setting based on the physical space of the ward was 0.932(95% CI 0.915-0.946); the specificity was 0.205 (95% CI 0.087-0.410). The false positive rate with gesture recognition turned on was 86.1% higher than the false positive rate without gesture recognition which was 79.5%. The diagnostic OR based on the temporal setting of the physical space of the ward was the largest at 3.517(95% CI 1.213-10.193). Conclusions:The intelligent hand hygiene system exhibits high accuracy in monitoring hand hygiene timing. Adjusting the bed sensing range and individualizing the timing settings according to the physical space of the ward can improve the accuracy. Further optimization is needed for posture recognition to improve the accuracy.