Published on in Vol 25 (2023)

Preprints (earlier versions) of this paper are available at https://preprints.jmir.org/preprint/37249, first published .
Effects of the Implementation of Intelligent Technology for Hand Hygiene in Hospitals: Systematic Review and Meta-analysis

Effects of the Implementation of Intelligent Technology for Hand Hygiene in Hospitals: Systematic Review and Meta-analysis

Effects of the Implementation of Intelligent Technology for Hand Hygiene in Hospitals: Systematic Review and Meta-analysis

Journals

  1. Crispino P. Clustering Disease of Clostridioides Difficile Infection: Implication for the Management in Internal Medicine. Microbiology Research 2023;14(3):1376 View
  2. Tozzi A, Gesualdo F, Pandolfi E, Ferro D, Cinelli G, Bozzola E, Aversa T, Di Mauro A, Mameli C, Croci I. Prioritizing educational initiatives on emerging technologies for Italian pediatricians: bibliometric review and a survey. Italian Journal of Pediatrics 2023;49(1) View
  3. Bolcato V, Robustelli della Cuna F, Fassina G, Odone A, Gervasio L, Bosone D, Blandi L. Preventing Healthcare-Associated Infections: Hand Disinfection Monitoring Using an Automated System in an Italian Neurological Hospital. Healthcare 2023;11(23):3018 View
  4. Gurbuz K, Das K, Demir M, Suntur B, Ozlu O, Basaran A, Cil M, Golbol A. Impacts of intelligent monitoring technology installation and additional modalities on hand hygiene compliance in a burn center: A quasi-experimental longitudinal trial. Burns 2024;50(5):1307 View
  5. Gould D, Hawker C, Drey N, Purssell E. Should automated electronic hand-hygiene monitoring systems be implemented in routine patient care? Systematic review and appraisal with Medical Research Council Framework for Complex Interventions. Journal of Hospital Infection 2024;147:180 View
  6. Uladzimir I, Aksana V. Effectiveness of hand hygiene protocols in reducing nosocomial infections: a hospital-based study. Journal of Bacteriology & Mycology: Open Access 2025;13(1):38 View
  7. Wang Y, Wang Z, Lin W, Li Q. Artificial Intelligence Technologies for Nursing Development: A Review of the Current Literature. British Journal of Hospital Medicine 2025;86(5):1 View
  8. Aldahlawi S, Almoallim A, Afifi I. Artificial Intelligence and Hand Hygiene Accuracy: A New Era in Infection Control for Dental Practices. Clinical and Experimental Dental Research 2025;11(3) View
  9. Huang E, Xu Q, Liu Y, Liu P, Kong M, Huang J. Effects of reminders from Sanibit™ electronic hand hygiene system and incentives on hand hygiene compliance: a prospective, four-phased, observational study. Journal of Hospital Infection 2025;162:241 View
  10. Iqbal F, Siva N, Shenoy P, Lewis L, Purkayastha J, Vandana K. Reducing hospital-acquired infections in the NICU: Nurse-led quality improvement strategies. Journal of Neonatal Nursing 2025;31(4):101699 View
  11. Belman D, Ben-Chetrit E, Belman C, Levin P. Improving hand hygiene in hospitals: A comparative study using body-worn cameras and direct observation. American Journal of Infection Control 2025;53(10):1055 View
  12. Wu Y, Peng X, Zhang X, Chen X, Liu X. Implementation and clinical management status of smart care and smart technology systems in Shandong Province, China: a multicentre cross-sectional study. Health and Technology 2025;15(6):1105 View
  13. Mohd Ali N, Abdul Rashid N, Aung K. Knowledge and Perceptions of Hand Hygiene among Nurses in a Teaching Hospital in Pahang. INTERNATIONAL JOURNAL OF CARE SCHOLARS 2025;8(1):51 View
  14. Gupta M, Gairaboni R, Bautista A, Brown K, Gupta B, Bautista A, Bautista A, Ong Sio L, Garg S. Real-Time Personal Protective Equipment (PPE) Compliance and Clinical Tool Monitoring Using Generative AI: A Novel Approach for Adaptive and Automated Healthcare Surveillance. Cureus 2025 View