Design of Hospital Operating Room Ventilation by Numerical Simulations - Sadrizadeh, Sasan
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The history of surgery is nearly as old as the human race. Control of wound infection has always been an essential part of any surgical procedure, and is still an important challenge in hospital operating rooms today. For patients undergoing surgery there is always a risk that they will develop some kind of postoperative complication. Over recent decades, the importance of airborne bacteria in the ORs has been a matter of interest and dispute. The number of viable airborne bacteria is highly correlated to risk of infection to the surgical patient. Almost 80-90% of bacterial contamination…mehr

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Produktbeschreibung
The history of surgery is nearly as old as the human race. Control of wound infection has always been an essential part of any surgical procedure, and is still an important challenge in hospital operating rooms today. For patients undergoing surgery there is always a risk that they will develop some kind of postoperative complication. Over recent decades, the importance of airborne bacteria in the ORs has been a matter of interest and dispute. The number of viable airborne bacteria is highly correlated to risk of infection to the surgical patient. Almost 80-90% of bacterial contamination detected in an operative wound comes from the surrounding air. It was showen that both aerobic and anaerobic skin bacteria are dispersed into the air and survive sufficiently long to make an airborne route of wound infection. Transfer of bacteria from the patient's skin may also be likely to occur due to the surgical procedure, although this is a matter of continuing debate. Transport mechanisms of BCPs are much more important in infection-prone surgeries such as orthopaedic replacement, because bacterial species causing SSI belong to the normal skin flora.
Autorenporträt
Sasan Sadrizadeh (PhD) is a researcher in the field of fluid mechanics in KTH Royal Institute of Technology. His research is focused on the use of Computational Fluid Dynamics techniques for indoor-air simulation, infection control and two-phase flow simulation. He received his doctorate of philosophy from KTH University in fluid mechanics field.