2003•Indoor and Built EnvironmentRequires access

Hospital Indoor Environment: Screening for Micro-Organisms and Particulate Matter

Kateřina Klánová, Jitka Hollerová

Open publisher page 31 citations

Abstract

The concentrations of air-borne micro-organisms and particulate matter were measured in the air and on solid surfaces in five rooms in a hospital. For comparison the same measurements were also made outdoors. The rooms were chosen because of their different needs in terms of indoor environment quality. The highest bacterial concentrations were found in the air of a patient's room that was `unventilated' other than through its doorway. Some of the rooms were supplied with filtered air. Compared to the rest, these rooms had the lowest microbial concentrations in their air but the highest on surfaces. A correlation was found between the count of the particulate size-range ≥1.0 μm and that of bacteria ( r=0.76) and between the count of the particulate size range ≥5.0 μm and those of bacteria ( r=0.88) and staphylococci ( r=0.80) in indoor air. No correlation was found between the particulate count and the mould count in the indoor air.

About this research paper

What this paper is about

The concentrations of air-borne micro-organisms and particulate matter were measured in the air and on solid surfaces in five rooms in a hospital. For comparison the same measurements were also made outdoors. The rooms were chosen because of their different needs in terms of indoor environment quality. The highest bacterial concentrations were found in the air of a patient's room that was `unventilated' other than through its doorway. Some of the rooms were supplied with filtered air. Compared to the rest, these rooms had the lowest microbial concentrations in their air but the highest on surfaces. A correlation was found between the count of the particulate size-range ≥1.0 μm and that of bacteria ( r=0.76) and between the count of the particulate size range ≥5.0 μm and those of bacteria ( r=0.88) and staphylococci ( r=0.80) in indoor air. No correlation was found between the particulate count and the mould count in the indoor air.

Why it matters

OpenAlex reports 31 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

The concentrations of air-borne micro-organisms and particulate matter were measured in the air and on solid surfaces in five rooms in a hospital. For comparison the same measurements were also made outdoors. The rooms were chosen because of their different needs in terms of indoor environment quality. The highest bacterial concentrations were found in the air of a patient's room that was `unventilated' other than through its doorway. Some of the rooms were supplied with filtered air. Compared to the rest, these rooms had the lowest microbial concentrations in their air but the highest on surfaces. A correlation was found between the count of the particulate size-range ≥1.0 μm and that of bacteria ( r=0.76) and between the count of the particulate size range ≥5.0 μm and those of bacteria ( r=0.88) and staphylococci ( r=0.80) in indoor air. No correlation was found between the particulate count and the mould count in the indoor air.

Key concepts: Particulates, Indoor air, Environmental science, Indoor air quality, Air quality index, Environmental chemistry, Environmental engineering, Chemistry

Related papers

Back to paper searchBrowse research topicsOriginal source
Hospital Indoor Environment: Screening for Micro-Organisms and Particulate Matter — Research Paper | ScholarLens