The degree of risk from microbial contamination of manufactured products in healthcare cleanrooms has been assessed in a series of three articles. The first article discussed airborne sources, and this second article considers surface contact and liquid sources. A final article will consider all sources and give further information on the application of the risk method. The degree of risk to products from micro-organisms transferred from sources by surface contact, or by liquids, has been assessed by the means of fundamental equations used to calculate the likely number of microbes deposited (NMD) onto, or into, a product. The method calculates the likely product contamination rate from each source and gives a more accurate risk asse...
The deposition velocity of airborne microbe-carrying particles (MCPs) falling towards surfaces was ...
This article reviews a series of scientific articles written by the authors, where the following top...
In 2015, The Norwegian Environment Agency requested the Norwegian Scientific Committee for Food Safe...
The degree of risk from microbial contamination of manufactured products by sources of contaminatio...
A method of calculating the degree of risk of sources of microbial contamination to products manufa...
The microbial risk to aseptically manufactured products in pharmaceutical cleanrooms can be assesse...
This paper describes the fundamental mechanisms of microbial contamination during manufacture of ph...
Analytical methods for hazard and risk analysis are being considered for controlling contamination i...
The microbial risk to patients from aseptically manufactured pharmaceuticals is dependent on the ch...
Experiments were carried out to ascertain the proportion of microbes that would be transferred from ...
This is the third and final article in a series that discusses the deposition of airborne particles ...
A joint publication of The Pharmaceutical and Healthcare Sciences Society and the Scottish Society f...
AbstractBacterial contamination control in pharmaceutical products is a critical aspect in the field...
Background. Non-porous environmental surfaces accidentally/deliberately contaminated with bioagents ...
Recent reports provide evidence that contaminated healthcare environments represent major sources fo...
The deposition velocity of airborne microbe-carrying particles (MCPs) falling towards surfaces was ...
This article reviews a series of scientific articles written by the authors, where the following top...
In 2015, The Norwegian Environment Agency requested the Norwegian Scientific Committee for Food Safe...
The degree of risk from microbial contamination of manufactured products by sources of contaminatio...
A method of calculating the degree of risk of sources of microbial contamination to products manufa...
The microbial risk to aseptically manufactured products in pharmaceutical cleanrooms can be assesse...
This paper describes the fundamental mechanisms of microbial contamination during manufacture of ph...
Analytical methods for hazard and risk analysis are being considered for controlling contamination i...
The microbial risk to patients from aseptically manufactured pharmaceuticals is dependent on the ch...
Experiments were carried out to ascertain the proportion of microbes that would be transferred from ...
This is the third and final article in a series that discusses the deposition of airborne particles ...
A joint publication of The Pharmaceutical and Healthcare Sciences Society and the Scottish Society f...
AbstractBacterial contamination control in pharmaceutical products is a critical aspect in the field...
Background. Non-porous environmental surfaces accidentally/deliberately contaminated with bioagents ...
Recent reports provide evidence that contaminated healthcare environments represent major sources fo...
The deposition velocity of airborne microbe-carrying particles (MCPs) falling towards surfaces was ...
This article reviews a series of scientific articles written by the authors, where the following top...
In 2015, The Norwegian Environment Agency requested the Norwegian Scientific Committee for Food Safe...