About: We investigated the antiviral activity of TiO(2)-coated cordierite foam used in air cleaners, as well as the evaluation methodology. Furthermore, we developed Cu(2+)/TiO(2)-coated cordierite foam and investigated the reduction in viral infection ratio. The method for evaluation of antibacterial activity of TiO(2)-coated cordierite foam could also be applied to evaluation of antiviral activity. We showed that Cu(2+)/TiO(2)-coated cordierite foam reduced the viral infection ratio to a greater extent than TiO(2)-coated cordierite foam. Our findings suggest that the infection risk by polluted air could be decreased using Cu(2+)/TiO(2)-coated cordierite foam in air cleaners.

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About: We investigated the antiviral activity of TiO(2)-coated cordierite foam used in air cleaners, as well as the evaluation methodology. Furthermore, we developed Cu(2+)/TiO(2)-coated cordierite foam and investigated the reduction in viral infection ratio. The method for evaluation of antibacterial activity of TiO(2)-coated cordierite foam could also be applied to evaluation of antiviral activity. We showed that Cu(2+)/TiO(2)-coated cordierite foam reduced the viral infection ratio to a greater extent than TiO(2)-coated cordierite foam. Our findings suggest that the infection risk by polluted air could be decreased using Cu(2+)/TiO(2)-coated cordierite foam in air cleaners. Goto Sponge NotDistinct Permalink

An Entity of Type : fabio:Abstract, within Data Space : wasabi.inria.fr associated with source document(s)

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type	abstract
value	We investigated the antiviral activity of TiO(2)-coated cordierite foam used in air cleaners, as well as the evaluation methodology. Furthermore, we developed Cu(2+)/TiO(2)-coated cordierite foam and investigated the reduction in viral infection ratio. The method for evaluation of antibacterial activity of TiO(2)-coated cordierite foam could also be applied to evaluation of antiviral activity. We showed that Cu(2+)/TiO(2)-coated cordierite foam reduced the viral infection ratio to a greater extent than TiO(2)-coated cordierite foam. Our findings suggest that the infection risk by polluted air could be decreased using Cu(2+)/TiO(2)-coated cordierite foam in air cleaners.
part of	Photocatalytic activity of Cu(2+)/TiO(2)-coated cordierite foam inactivates bacteriophages and Legionella pneumophila
is abstract of	Photocatalytic activity of Cu(2+)/TiO(2)-coated cordierite foam inactivates bacteriophages and Legionella pneumophila

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