To evaluate microbial contamination in hospitals environments, several methods are available, each one having its limitations. Therefore, the choice of system to use is open. This study compares the ability of a dusting cloth pad (DC pad) with 2 other methods (Rodac contact plate and air sampling) to detect contamination because of filamentous fungi in operating rooms, performing 110 sampling campaigns in hospitals of 3 Italian cities. Overall, 96% of the DC pad samples were positive compared with 51% of Rodac plates (P < .0001) and 35% of air samples (P < .0001). Authors conclude that the DC pad improves the ability to detect an environmental contamination of filamentous fungi. Copyright (C) 2013 by the Association for Professionals in Inf...
Abstract Background Since air can play a central role as a reservoir for microorganisms, in controll...
International audienceMany ailments can be linked to exposure to indoor airborne fungus. However, ob...
Background: Environmental monitoring of airborne filamentous fungi is necessary to reduce fungal con...
Background. To evaluate microbial contamination in hospitals environments, several methods are avail...
We compare the ability of a new sampling method (DC pad) with Rodac contact plate to detect a contam...
Background. The health-care facility environment can be implicated in disease transmission in immuno...
Efficient monitoring of surfaces for spores of filamentous fungi is essential for detecting minor co...
AIM: To evaluate the level of microbial contamination of air in operating theatres using active [i.e...
OBJECTIVES. To assess the degree of fungal contamination in hospital environments and to evaluate th...
The objective of this technical report is to compare the ability to capture fungal spores through sa...
Objective: To assess the relationship of bacterial and fungal contamination on used surgical masks w...
The microbiological assessment of the air in operating theatres is critical to control hospital-acqu...
Electrostatic dust cloths (EDC) have been widely used for microbiologic contamination assessment in ...
Poor hospital indoor air quality (IAQ) may lead to hospital-acquired infections, sick hospital syndr...
Detecting microorganisms on textiles is useful for many purposes, for example to determine the biobu...
Abstract Background Since air can play a central role as a reservoir for microorganisms, in controll...
International audienceMany ailments can be linked to exposure to indoor airborne fungus. However, ob...
Background: Environmental monitoring of airborne filamentous fungi is necessary to reduce fungal con...
Background. To evaluate microbial contamination in hospitals environments, several methods are avail...
We compare the ability of a new sampling method (DC pad) with Rodac contact plate to detect a contam...
Background. The health-care facility environment can be implicated in disease transmission in immuno...
Efficient monitoring of surfaces for spores of filamentous fungi is essential for detecting minor co...
AIM: To evaluate the level of microbial contamination of air in operating theatres using active [i.e...
OBJECTIVES. To assess the degree of fungal contamination in hospital environments and to evaluate th...
The objective of this technical report is to compare the ability to capture fungal spores through sa...
Objective: To assess the relationship of bacterial and fungal contamination on used surgical masks w...
The microbiological assessment of the air in operating theatres is critical to control hospital-acqu...
Electrostatic dust cloths (EDC) have been widely used for microbiologic contamination assessment in ...
Poor hospital indoor air quality (IAQ) may lead to hospital-acquired infections, sick hospital syndr...
Detecting microorganisms on textiles is useful for many purposes, for example to determine the biobu...
Abstract Background Since air can play a central role as a reservoir for microorganisms, in controll...
International audienceMany ailments can be linked to exposure to indoor airborne fungus. However, ob...
Background: Environmental monitoring of airborne filamentous fungi is necessary to reduce fungal con...