09/05/2024
【🧽消毒過的表面在兩次人工清潔之間很快就會再次受到污染,很可能不足以減輕傳染病病原體的負擔🦠】
上個月在西班牙舉行的 ESCMID 全球大會,來自美國的Curtis Donskey博士發表了一篇新的研究。
1)指出傳統清潔和消毒策略的一大局限: 消毒過的表面在兩次人工清潔之間很快就會再次受到污染,很可能不足以減輕傳染病病原體的負擔。
而紫外線技術是一種能夠有效清除表面和空氣中的病原體,並且自動化、安全、價格合理的技術,是最有前途的候選技術之一。
2)再加上,紫外線能殺死微生物、病毒和細菌,因此它們不會像疫苗和藥物治療那樣產生抗藥性。🛡️
"Disinfected surfaces will soon be contaminated again between manual cleansing, probably not sufficient to alleviate the burden of infectious disease pathogens."
At the ESCMID Global Conference in Spain (27-30 April), Dr. Curtis Donskey from the United States published new research.
1)It is pointed out that one of the major limitations of traditional cleaning and disinfection strategies is that disinfected surfaces rapidly become re-contaminated between manual cleaning episodes and may be inadequate to reduce the burden of infectious pathogens. Ultraviolet light (UV) technology is one of the most promising candidates for effective against surface and airborne pathogens and is automated, safe, and reasonably priced
2)Moreover, ultraviolet light kills microbes, viruses, and bacteria, they cannot develop resistance as they do with vaccines and drug treatments. #消毒 #遠紫外光 #光疫苗 #健康 #抗生素 #病毒 #寵物健康