Biomedical Engineering Reference
In-Depth Information
Acknowledgments
The. National. Rearch. University. Project. under. the Ofice. of. the. Higher. Education.
Commission,. Ministry. of. Education,. Thailand. and Thai. Textile. Institute,. Ministry. of.
Commerce,.Thailand are.gratefully.acknowledged.
References
. 1.. Nanomaterials:.a.big.market.potential,. Chemical Week ,.October.16,.2002,.p..17.
. 2.. D.R..Forrest,.The.future.impact.of.molecular.nanotechnology.on.textile.technology.and.on.the.
textile.industry;.presentation.at.Discover.Expo.'95,.Industrial.Fabric.&.Equipment.Exposition.
Charlotte,.NC,.1995..
. 3.. D.R..Forrest.and.the.Industrial.Fabrics.Association.International,.http://www.salsgiver.com/
people/forrest/IFAI.text.html.
. 4.. http://www.nanophase.com/applications/textile_ibers.asp.(accessed.May.6,.2006).
. 5.. J..Chen,.N..Tsubokawa,.Electric.properties.of.conducting.composite.from.poly(ethylene.oxide).
and.poly(ethylene.oxide)-grafted.carbon.black.in.solvent.vapor,. Polymer ,.2000,.32(9),.729.
. 6.. S.M..Hartley,.H..Axtell,. The next generation of chemical and biological protective material utilizing
reactive nanoparticles ,. Gentex. Corporation,. Carbondale,. PA. 18407,. presented. at. the.Advanced.
Technology.of.Materials.Synthesis.and.Processing.Information.Gatways.(ATMSP.2003).confer-
ence,.May.9,.2003.
. 7.. T..Yuranova,.A.G..Rincon,.A..Bozzi,.S..Parra,.C..Pulgarin,.P..Albers,.J..Kiwi,.Antibacterial.textiles.
prepared.by.RF-plasma.and.vacuum-UV.mediated.deposition.of.silver , J. Photochem. Photobiol.
A Chem. ,.2003,.161,.27-34.
. 8.. I..Sondi,.B..Salopek-Sondi,.Silver.nanoparticles.as.antimicrobial.agent:.a.case.study.on. E. coli .as.
a.model.for.Gram-negative.bacteria,. J. Colloid Interface Sci. ,.2004,.275,.177-182.
. 9.. K.H..Cho,.J.E..Park,.T..Osaka,.S.G..Park,.The.study.of.antimicrobial.activity.and.preservative.
effects.of.nanosilver.ingredient,. Electrochem. Acta ,.2005,.51,.956-960.
. 10.. W.K.. Son,. J.H.. Youk,. W.H.. Park,.Antimicrobial. cellulose. acetate. nanoibers. containing. silver.
nanoparticles,. Carbohyd. Polym. ,.2006,.65,.430-434.
. 11.. S.T..Dubas,.P..Kumlangdudsana,.P..Potiyaraj,.Layer-by-layer.deposition.of.antimicrobial.silver.
nanoparticles.on.textile.ibers,. Colloid Surf. A ,.2006,.289,.105-109.
. 12.. V.. Thomas,. M.M.. Yallapu,. B.. Sreedhar,. S.K.. Bajpai,.A. versatile. stategy. to. fabricate. hydrogel-
silver.nanocomposites.and.investigation.of.their.antimicrobial.activity,. J. Colloid Interface Sci. ,.
2007,.315,.389-395.
. 13.. A..Petica,.S..Gavriliu,.M..Lungu,.N..Buruntea,.C..Panzaru,.Colloidal.silver.solutions.with.anti-
microbial.properties,. Mater. Sci. Eng. B ,.2008,.152,.22-27.
. 14.. V..Llić,.Z..Šaponjić,.V..Vodnik,.B..Potkonjak,.P..Jovančić,.J..Nedeljković,.M..Radetić,.The.inlu-
ence.of.silver.content.on.antimicrobial.activity.and.color.of.cotton.fabrics.funtionalized.with.Ag.
nanoparticles,. Carbohyd. Polym. ,.2009,.78,.564-569.
. 15.. M..Rai,.A..Yadav,.A..Gade,.Silver.nanoparticles.as.a.new.generation.of.antimicrobials,. Biotechnol.
Adv. ,.2009,.27,.76-83.
. 16.. V.K..Sharma,.R.A..Yngard,.Y..Lin,.Silver.nanoparticles:.green.synthesis.and.their.antimicrobial.
activities,. Adv. Colloid Interface. Sci. ,.2009,.145,.83-96.
. 17.. Z.. Huang,. P.C.. Maness,. D.M.. Blanke,. E.J.. Wolfrum,. S.L.. Smolinski,. W.A.. Jacoby,. Bactericidal.
mode.of.titanium.dioxide.photocatalysis,. J. Photochem. Photobiol. A Chem. ,.2000,.130,163-170.
. 18.. Y.. Li,. P.. Leung,. L..Yao,. Q.M.. Song,. E.. Newton,.Antimicrobial. effect. of. surgical. masks. coated.
with.nanoparticles,. J. Host. Infect. ,.2006,.62,.58-63.
 
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