The importance of applying sustainability concepts to endoscopes has recently been raised particularly in low to moderate-income countries. This concept aims to provide high-quality care, reducing negative impacts on the environment, healthcare workers, and the endoscopes themselves, without impairing patient safety. A total of 14 endoscopes (6 gastroscopes, 4 bronchoscopes and 4 duodenoscopes) were stored for 10-20 days after being high level disinfected using a standard technique according to recommended guidelines and sampled by flush-brush-flush sampling method (FBFSM) to screen for bacterial recontamination after storage. According to the study, no bacterial count difference between days (1-8) for gastroscopes, (1-11) for duodenoscopes and days (1-15) for bronchoscopes which means that the shelf life of the endoscope could be extended from 24 hours to 8 days for gastroscopes, 11 days for duodenoscopes and for bronchoscopes the duration could be extended to 15 days without reprocessing.
Abdo, N., ragab, M., Fahmy, G., & Elkholy, I. (2024). GREEN ENDOSCOPY: RELATION BETWEEN STORAGE TIME AND MICROBIOLOGICAL SAFETY LEVEL. Journal of Environmental Science, 53(9), 2459-2472. doi: 10.21608/jes.2024.284266.1778
MLA
Nourhan H. Abdo; moustafa H. ragab; Gehan M. Fahmy; Iman M. Elkholy. "GREEN ENDOSCOPY: RELATION BETWEEN STORAGE TIME AND MICROBIOLOGICAL SAFETY LEVEL", Journal of Environmental Science, 53, 9, 2024, 2459-2472. doi: 10.21608/jes.2024.284266.1778
HARVARD
Abdo, N., ragab, M., Fahmy, G., Elkholy, I. (2024). 'GREEN ENDOSCOPY: RELATION BETWEEN STORAGE TIME AND MICROBIOLOGICAL SAFETY LEVEL', Journal of Environmental Science, 53(9), pp. 2459-2472. doi: 10.21608/jes.2024.284266.1778
VANCOUVER
Abdo, N., ragab, M., Fahmy, G., Elkholy, I. GREEN ENDOSCOPY: RELATION BETWEEN STORAGE TIME AND MICROBIOLOGICAL SAFETY LEVEL. Journal of Environmental Science, 2024; 53(9): 2459-2472. doi: 10.21608/jes.2024.284266.1778