Фомиты- больничная среда
Aug. 11th, 2021 11:24 pm![[personal profile]](https://www.dreamwidth.org/img/silk/identity/user.png){kind=small}
chuka_lisИсследователи из Индии полагают, что шансы заразиться ковидом в больнице с поверхностей- есть. Не смотря на то, что меры соблюдаются и все чистится, вентилируется и убирается.
Около 6% мазков с поверхностей были положительными на коронавирус, причем порой даже в неожиданных местах (вроде экрана монитора или фартука для рентгена). С поверхностей вирус может передаться контактно, или если будет реаэросолизация.
The study results suggests that transmission of virus infection via contact with fomites from surfaces in a healthcare setup suggest is highly possible. Environmental contamination in rooms with COVID-19 patient has been widely observed because of repetitive contact cycles that can spread the virus from one surface to the other in healthcare settings. Based on the findings of this study, decontamination of surfaces that frequently are in touch contact throughout all segments of the healthcare system should constitute an important part of the infection control and prevention of COVID-19. We also recommend the selection of a non-reactive disinfectant for hospital monitors, devices, ventilators and computers so that active surface disinfection can be effected without damage to the devices.
Evidence suggests that the most common route of transmission for the SARS-CoV-2 virus is likely via direct contact in person-to-person encounter with aerosol droplets. However, the possibility of transmission via contact with fomites from surfaces is a possible route of infection as well. Environmental contamination in rooms with COVID-19 patient has been widely observed due to viral shedding from both asymptomatic and symptomatic patients. Also, in hospitals, SARS-CoV-2 is known to survive on various surfaces for extended periods of time. Because repetitive contact cycles can spread the virus from one surface to the other in healthcare settings, here we evaluated contamination on different types of surfaces commonly found in healthcare settings. Also, based on various datasets, we analyzed the importance of various surfaces in transmission modalities. Based on the findings of this study, decontamination of surfaces that frequently are in touch contact throughout all segments of the healthcare system should constitute an important part of the infection control and prevention of COVID-19. We also recommend the selection of a non-reactive disinfectant for hospital monitors, devices, ventilators and computers so that active surface disinfection can be effected without damage to the devices.
Около 6% мазков с поверхностей были положительными на коронавирус, причем порой даже в неожиданных местах (вроде экрана монитора или фартука для рентгена). С поверхностей вирус может передаться контактно, или если будет реаэросолизация.
The study results suggests that transmission of virus infection via contact with fomites from surfaces in a healthcare setup suggest is highly possible. Environmental contamination in rooms with COVID-19 patient has been widely observed because of repetitive contact cycles that can spread the virus from one surface to the other in healthcare settings. Based on the findings of this study, decontamination of surfaces that frequently are in touch contact throughout all segments of the healthcare system should constitute an important part of the infection control and prevention of COVID-19. We also recommend the selection of a non-reactive disinfectant for hospital monitors, devices, ventilators and computers so that active surface disinfection can be effected without damage to the devices.
Evidence suggests that the most common route of transmission for the SARS-CoV-2 virus is likely via direct contact in person-to-person encounter with aerosol droplets. However, the possibility of transmission via contact with fomites from surfaces is a possible route of infection as well. Environmental contamination in rooms with COVID-19 patient has been widely observed due to viral shedding from both asymptomatic and symptomatic patients. Also, in hospitals, SARS-CoV-2 is known to survive on various surfaces for extended periods of time. Because repetitive contact cycles can spread the virus from one surface to the other in healthcare settings, here we evaluated contamination on different types of surfaces commonly found in healthcare settings. Also, based on various datasets, we analyzed the importance of various surfaces in transmission modalities. Based on the findings of this study, decontamination of surfaces that frequently are in touch contact throughout all segments of the healthcare system should constitute an important part of the infection control and prevention of COVID-19. We also recommend the selection of a non-reactive disinfectant for hospital monitors, devices, ventilators and computers so that active surface disinfection can be effected without damage to the devices.
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