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Airborne infection in a fully air-conditioned hospital. IV. Airborne dispersal of Staphylococcus aureus and its nasal acquisition by patients.

机译:在配备了空调的医院中进行空气传播的感染。 IV。金黄色葡萄球菌的空气传播扩散及其患者的鼻部吸收。

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摘要

Studies in a newly built hospital furnished with complete air conditioning where most of the patients are nursed in 6-bed rooms showed that the transfer of air from one patient room to another was very small, especially when there was substantial flow of air in a consistent direction between the patient rooms and the corridor, and that the direct transfer of airborne particles was even less. There was, however, no evidence of any reduction in the rates of nasal acquisition of Staphylococcus aureus compared with those to be found in naturally ventilated hospitals. The numbers of Staph. aureus found in the air of a given room that appeared to have originated from patient carriers in other rooms were many times greater than could be accounted for by direct airborne transfer. Although there was evidence that many carriers were not detected, detailed study showed that this excess transfer to the air of other rooms was genuine. It seems probable on the basis of investigations in this hospital and elsewhere that this excess transfer occurs indirectly, through dispersal from the clothing of the nursing and medical staff into the air of another room of strains with which their outer clothes have become contaminated while dealing with patients. Reduction in direct airborne transfer of micro-organisms from one room to another, whether by ventilation or other means, can only be of clinical advantage if transfer by other routes is, or can be made, less than that by the direct airborne route.
机译:在新建的配备有完整空调的医院中进行的研究表明,大多数患者都在6张病床的房间中护理,这表明从一个病房到另一个病房的空气传输非常少,尤其是当持续不断地有大量空气流通时病房和走廊之间的方向,并且空气中颗粒物的直接转移甚至更少。但是,没有证据表明与自然通风的医院相比,金黄色葡萄球菌的鼻吸率有所降低。葡萄球菌的数量。在给定房间的空气中发现的金黄色葡萄球似乎是由其他房间的患者携带者产生的,比直接机载转移所能解释的大许多倍。尽管有证据表明未检测到许多携带者,但详细研究表明,这种过度转移到其他房间的过程是真实的。根据在这家医院和其他地方的调查看来,这种过度转移很可能是间接发生的,这是通过从护理和医护人员的衣服散布到另一种菌株的空气中造成的,这些菌株的外衣在处理时被污染了。耐心。无论是通过通风还是其他方式,减少微生物通过空气直接从一个房间转移到另一个房间,只有在通过或可以通过其他途径进行的转移少于通过直接空中途径进行的转移时,才具有临床优势。

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