42
Bacterial Cellulose
Tahara,.N.,.M..Tabuchi,.K..Watanabe,.H..Yano,.Y..Morinaga,.and.F..Yoshinaga..1997a..
Degree. of. polymerization. of. cellulose. from. Gluconacetobacter xylinus. BPR2001.
decreased. by. cellulose. produced. by. the. strain.. Biosci. Biotechnol. Biochem..
61:1862–1865.
Tahara,.N.,.H..Yano,.and.F..Yoshinaga..1997b..Two.types.of.cellulose.activity.produced.
by.a.cellulose.producing.Acetobacter.strain..J. Ferm. Bioeng..83:389–392.
globin.modifies.microaerobic.Escherichia.coli.metabolism.through.elevated.concentration.and.specific.activity.of.cytochrome.o..Biotechnol Bioeng..49:151–160.
Valla,.S.,.D..H..Coucheron,.and.J..Kjosbakken..1987..The.plasmids.of.Acetobacter xylinum.
and.their.interaction.with.the.host.chromosome..Mol. Gen. Genet..208:76–83.
Valla,. S.,. and. J.. Kjosbakken.. 1982.. Cellulose-negative. mutants. of. Gluconacetobacter
xylinus..J. Gen. Microbiol..128:1401–1408.
Verschuren,. P.. G.,. T.. D.. Cardona,. M.. J.. Nout,. K.. D.. De. Gooijer,. and. J.. C.. Van. den.
Heuvel.. 2000.. Location. and. limitation. of. cellulose. production. by. Acetobacter
xylinum.established.from.oxygen.profiles..J. Biosci. Bioeng..89:414–419.
Watanabe,.K.,.M..Tabuchi,.Y..Morinaga,.and.F..Yoshinaga..1998..Structural.features.and.
properties.of.bacterial.cellulose.produced.in.agitated.culture..Cellulose.5:187–200.
Watanabe,.K.,.and.S..Yamanaka..1985..Effects.of.oxygen.tension.in.the.gaseous.phase.
on.production.and.physical.properties.of.bacterial.cellulose.formed.under.static.
culture.conditions..Biosci. Biotechnol. Biochem..59:65–68.
Wei,.B.,.G..Yang,.and.F..Hong..2011..Preparation.and.evaluation.of.a.kind.of.bacterial.
cellulose.dry.films.with.antibacterial.properties..Carbohyd. Polym..84:533–538.
White,.D..G.,.and.R..M..Brown,.Jr..1989..Prospects.for.the.commercialization.of.the.biosynthesis.of.microbial.cellulose..In:.Cellulose and Wood—Chemistry and Technology,.
ed..C..Schuerch,.573–590..New.York:.John.Wiley.&.Sons.
White,.P.,.and.L..A..Johnson..2003..Corn:.chemistry.and.technology,.2nd.ed..St..Paul,.
MN:.American.Association.of.Cereal.Chemists.
Williams,.W..S.,.and.R..E..Cannon..1989..Alternative.environmental.roles.for.cellulose.
produced.by.Acetobacter xylinum..Appl. Environ. Microbiol..55:2448–2452.
Wippermann,.J.,.D..Schumann,.D..Klemm,.H..Kosmehl,.S..Salehi-Gelani,.and.T. Wahlers..
2009..Preliminary.results.of.small.arterial.substitute.performed.with.a.new.cylindrical. biomaterial. composed. of. bacterial. cellulose.. Eur. J. Vasc. Endovasc. Surg..
37:592–596.
Yamanaka,. S.,. K.. Watanabe,. N.. Kitamura,. M.. Iguchi,. S.. Mitsuhashi,. Y.. Nishi,. and.
M. Uryu..1989..The.structure.and.mechanical.properties.of.sheets.prepared.from.
bacterial.cellulose..J. Mater. Sci..24:3141–3145.
Zaborowska,. M.,.A.. Bodin,. H.. Bäckdahl,. J.. Popp,.A.. Goldstein,. and. P.. Gatenholm..
2010..Microporous.bacterial.cellulose.as.a.potential.scaffold.for.bone.regeneration..Acta Biomater..6:2540–2547.
Zhang,.H..Y.,.X..J..Yan,.Y..Jiang,.and.J..Cong..2010..Development.and.. characteristic.of.
bacterial.cellulose.for.antimicrobial.wound.dressing..Adv. Mater. Res..978:152–153.