Biomedical Engineering Reference
In-Depth Information
. 15.. Klaus,.T.,.et.al.,.Silver-based.crystalline.nanoparticles,.microbially.fabricated,.
Proc. Natl. Acad.
Sci.
,.96,.13611,.1999.
. 16.. Mandal,.D.,.et.al.,.The.use.of.microorganisms.for.the.formation.of.metal.nanoparticles.and.their.
application,.
Appl. Microbiol. Biotechnol.
,.69,.485,.2006.
. 17.. Joerger,. R.,. Klaus,. T.,. and. Granqvist,. C.-G.,. Biologically. produced. silver-carbon. composite.
materials.for.optically.functional.thin.ilm.coatings,.
Adv. Mater.
,.12,.407,.2000.
. 18.. Nair,.B.,.and.Pradeep,.T.,.Coalescence.of.nanoclusters.and.formation.of.submicron.crystallites.
assisted.by.
Lactobacillus
.strains,.
Crystal Growth Design
,.4,.295,.2002.
. 19.. Jha,.A.K.,. Prasad,. K.,. and. Kulkarni,.A.R.,. Synthesis. of. TiO
2
. nanoparticles. using. microorgan-
isms,.
Colloids Surf. B Biointerfaces
,.71,.226,.2009.
. 20.. Jha,.A.K.,.and.Prasad,.K.,.Ferroelectric.BaTiO
3
.nanoparticles:.biosynthesis.and.characterization,.
Colloids Surf. B Biointerfaces
,.75,.330,.2010.
. 21.. Holmes,. J.D.,. et. al.,. Energy-dispersive. x-ray. analysis. of. the. extracellular. cadmium. sulphide.
crystallites.of.
Klebsiella aerogenes,
.
Arch. Microbiol.
,.163,.143,.1995.
. 22.. Yong,.P.,.et.al.,.Bioreduction.and.biocrystallization.of.palladium.by.
Desulfovibrio desulfuricans
.
NCIMB.8307,.
Biotechnol. Bioeng.
,.80,.369,.2002.
. 23.. Konishi,.Y.,.et.al.,.Bioreductive.deposition.of.platinum.nanoparticles.on.the.bacterium.
Shewanella
algae,
.
J. Biotechnol.
,.128,.648,.2007.
. 24.. Schuler,. D.,. and. Frankel,. R.B.,. Bacterial. magnetosomes:. microbiology,. biomineralization. and.
biotechnological.applications,.
Appl. Microbiol. Biotechnol.
,.52,.464,.1999.
. 25.. Dameron,.C.T.,.Biosynthesis.of.cadmium.sulphide.quantum.semiconductor.crystallites,.
Nature
,.
338,.596,.1989.
. 26.. Kowshik,.M.,.et.al.,.Microbial.synthesis.of.semiconductor.CdS.nanoparticles,.their.characteriza-
tion.and.their.use.in.the.fabrication.of.an.ideal.diode,.
Biotechnol. Bioeng.
,.78,.583,.2002.
. 27.. Kowshik,. M.,. et. al.,. Extracellular. synthesis. of. silver. nanoparticles. by. a. silver-tolerant. yeast.
strain.MKY3,.
Nanotechnology
,.14,.95,.2003.
. 28.. Gericke,.M.,.and.Pinches,.A.,.Biological.synthesis.of.metal.nanoparticles,.
Hydrometallurgy
,.83,.
132,.2006.
. 29.. Agnihotri,.M.,.et.al.,.Biosynthesis.of.gold.nanoparticles.by.the.tropical.marine.yeast.
Yarrowia
lipolytica
.NCIM.3589,.
Mater. Lett.,
.63,.1231,.2009.
. 30.. Sastry,.M.,.et.al.,.Biosynthesis.of.metal.nanoparticles.using.fungi.and.actinomycete,.
Curr. Sci.,
.
85,.162,.2003.
. 31.. Ahmad,.A.,.et.al.,.Extracellular.biosynthesis.of.silver.nanoparticles.using.the.fungus.
Fusarium
oxysporum, Colloids Surf. B Biointerfaces
,.28,.313,.2003.
. 32.. Ahmad,.A.,.et.al.,.Intracellular.synthesis.of.gold.nanoparticles.by.a.novel.alkalotolerant.actino-
mycete,.
Rhodococcus
.species,.
Nanotechnology,
.14,.824,.2003.
. 33.. Mukherjee,.P.,.et.al.,.Bioreduction.of.AuCl
4
-
.ions.by.the.fungus,.
Verticillium
.sp..and.surface.trap-
ping.of.the.gold.nanoparticles.formed,.
Angew. Chem. Int. Ed.,
.40,.3585,.2001.
. 34.. Mukherjee,. P.,. et. al.,. Extracellular. synthesis. of. gold. nanoparticles. by. the. fungus.
Fusarium
oxysporum,
.
ChemBioChem
,.5,.461,.2002.
. 35.. Ahmad,.A.,.et.al.,.Extra-/intracellular.biosynthesis.of.gold.nanoparticles.by.an.alkalotolerant.
fungus,.
Trichothecium
.sp.,.
J. Biomed. Nanotechnol.,
.1,.47,.2005.
. 36.. Riddin,.T.L.,.Gericke,.M.,.and.Whiteley,.C.G.,.Analysis.of.the.inter-.and.extracellular.formation.
of.platinum.nanoparticles.by.
Fusarium oxysporum
f..sp..
Lycopersici
using.response.surface.meth-
odology,.
Nanotechnology
,.17,.3482,.2006.
. 37.. Vigneshwaran,.N.,.et.al.,.Biological.synthesis.of.silver.nanoparticles.using.the.fungus.
Aspergillus
lavus,
.
Mater. Lett.,
.61,.1413,.2007.
. 38.. Basavaraja,.S.,.et.al.,.Extracellular.biosynthesis.of.silver.nanoparticles.using.the.fungus.
Fusarium
semitectum
,.
Mater. Bull.
,.43,.1164,.2007.
. 39.. Bhainsa,. K.C.,. and. D'Souza,. S.F.,. Extracellular. biosynthesis. of. silver. nanoparticles. using. the.
fungus.
Aspergillus fumigatus,
.
Colloids Surf. B Biointerfaces
,.47,.160,.2006.
. 40.. Sanghi,. R.,. and. Verma,. P.,. A. facile. green. extracellular. biosynthesis. of. CdS. nanoparticles. by.
immobilized.fungus,.
Chem. Eng. J.
,.155,.886,.2009.