Innovative Development in Antimicrobial Inorganic Materials
Shahram Shafaei, Maximilian Lackner, Roman Voloshchuk, Iryna Voloshchuk, Josef P. Guggenbichler and Cordt Zollfrank
Pages 26-36 (11)
Antimicrobial materials are being developed to prevent the growth, spread and transfer of harmful microorganisms
such as bacteria and fungi, as well as to actively disable these microorganisms for the reduction of infections in public,
industrial and healthcare environments. This paper demonstrates the most up-to-date patents and research in the area
of metal oxides showing antimicrobial activity and discusses their properties and applications. A review of an innovative
antimicrobial surface technology, which is based on the formation of an acidic surface deteriorating cell growth and proliferation
is presented. The properties of the novel materials such as molybdenum trioxide and tungsten trioxide and their
fabrication methods and general mechanism, which describe antimicrobial effectiveness, are discussed briefly. Recent advances,
including the influence of morphology and durability of molybdenum and tungsten oxide on the activation of an
antimicrobial surface are summarized. The investigated method is facile and suitable to produce long lasting antibacterial
composites, useful for inanimate surfaces, which are used in public environments.
Acidic surfaces, antimicrobial materials, antimicrobial surface technology, molybdenum oxide, nosocomial infections,
tungsten oxide, transition metal oxides.
Technische Universität München (TUM), Fachgebiet Biogene Polymere, Schulgasse 16, D-94315 Straubing, Germany.