Nanocomposites for the Reduction of Bacterial Adherence to Solids - Sabbar, Muna
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This book deals with bacterial adhesion on the solid surfaces and how we can reduce the adherence in order to reduce the infection related to medical devices, because first step in medical devices-related infection is bacterial adhesion to the surface and after that the increasing the number of the adhered bacteria which is produced of a biofilm, after that infection. The surfaces of the biomaterial are the places of the microbial colonization. So that, the studies try to change the properties of polymers surface in order to create new material with lower bacterial adhesion.

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Produktbeschreibung
This book deals with bacterial adhesion on the solid surfaces and how we can reduce the adherence in order to reduce the infection related to medical devices, because first step in medical devices-related infection is bacterial adhesion to the surface and after that the increasing the number of the adhered bacteria which is produced of a biofilm, after that infection. The surfaces of the biomaterial are the places of the microbial colonization. So that, the studies try to change the properties of polymers surface in order to create new material with lower bacterial adhesion.
Autorenporträt
Muna S Jebar is Assistant professor at Babylon Technical Institute, Al-Furat Al-Awsat Technical University, Babylon, Iraq. She got her BSc in microbiology on 1995 from University of Al-Mustansaria. In 2001, she got her MSc from university of Baghdad. She did her PhD in biotechnology 2010 at Sardar Patel University (India).