70
Bacterial Cellulose
Song,. H.-J.,. H.. Li,. J.-H.. Seo,. M.-J.. Kim,. and. S.-J.. Kim.. 2009.. Pilot-scale. production.
of. bacterial. cellulose. by. a. spherical. type. bubble. column. bioreactor. using.
. saccharified.food.wastes..Korean J. Chem. Eng..26:141–146.
Strobin,.G.,.A..Wlochowicz,.D..Ciechanska,.S..Boryniec,.H..Struszczyk,.and.S..Sobcza..
2003..Molecular.parameters.of.bacterial.cellulose..Effect.of.temperature.and.pH.
of.the.biosynthesis.medium..Polimery.48(11/12):779–783.
Takai,.M.,.Y..Tsuta,.and.S..Watanabe..1975..Biosynthesis.of.cellulose.by.Actetobacter
xylinum..Characterization.of.bacterial.cellulose..Polym. J..(Tokyo).7(2):137–146.
Tamura,.H.,.Y..Tsuruta,.and.S..Tokura..1999..Shallow.pan.cultivation.to.enhance.the.
yield.of.bacterial.cellulose,.Preprints.of.Symposia—American.Chemical.Society,.
Division.of.Fuel.Chemistry,.44/2:320–323.
Toda,. K.,. J.. Koizumi,. and. T.. Asakura.. 1994.. Continuous. manufacture. of. cellulose.
materials.with.Acetobacter..JP.06253877.
Tokura,.M.,.M..Fukaya,.H..Okumura,.and.K..Kawamura..1993..Permselective.membranes.for.gases.and.their.manufacture..Japan.Kokai.Tokkyo.Koho.JP.05293343.
Tokura,. S.,. H.. Asano,. N.. Sakairi,. and. N.. Nishi.. 1998.. Direct. filature. of. bacterial.
. cellulose.from.culture.medium..Macromol. Symp..127:23–30.
Tomé,. L.. C.,. R.. J.. B.. Pinto,. E.. Trovatti,. C.. S.. R.. Freire,.A.. J.. D.. Silvestre,. C.. P.. Neto,.
and.A..Gandini..2011..Transparent.bionanocomposites.with.improved.properties.prepared.from.acetylated.bacterial.cellulose.and.poly(lactic.acid).through.a.
simple.approach..Green Chem..13:419.
Toyosaki,.H.,.T..Naritomi,.A..Seto,.M..Matsuka,.T..Tsuchida,.and.F..Yoshinaga..1995..
Screening.of.bacterial.cellulose-producing.Acetobacter.strains.suitable.for.. agitated.
culture..Biosci. Biotechnol. Biochem..59:1498–1502.
Udhardt,.U..2004..Synthese,.Eigenschaften.und.Strukturdesign.von.Bakteriencellulose.
mit. speziellem. Anwendungspotential. von. BASYC ® . –. Implantaten. in. der.
Mikrochirurgie..Dissertation,.Friedrich.Schiller.University,.Jena,.Germany.
Vandamme,.E..J.,.S..De.Baets,.A..Vanbaelen,.K..Joris,.and.P..De.Wulf..1998..Improved.
production. of. bacterial. cellulose. and. its. application. potential.. Polym. Degrad.
Stabil..59:93–99.
Verschuren,. P.,. T.. Cardona,. M.. Nout,. K.. De. Gooijer,. and. J.. Van. den. Heuvel.. 2000..
Location. and. limitation. of. cellulose. production. by. Acetobacter xylinum. established.from.oxygen.profiles..J. Biosci. Bioeng..89(5):414–419.
Watanabe,. K.,. M.. Tabuchi,. M.. Yasushi,. and. F.. Yoshinaga.. 1998.. Structural. features.
and. properties. of. bacterial. cellulose. produced. in. agitated. culture.. Cellulose.
5:187–200.
Watanabe,.K.,.and.S..Yamanaka..1995..Effects.of.oxygen.tension.in.the.gaseous.phase.
on. production. and. physical. properties. of. bacterial. cellulose. formed. static.
. culture.conditions..Biosci. Biotechnol. Biochem..59(1):65–68.
Weuster-Botz,. D.,. M.. Hofinger,. and. G.. Bertholdt.. 2011.. Microbial. production. of.
homogenously.layered.cellulose.pellicles.in.a.membrane.bioreactor..Biotechnol.
Bioeng..108:2237–2240.
Williams,.W..S.,.and.R..E..Cannon..1989..Alternative.environmental.roles.for.cellulose.
produced.by.Acetobacter xylinum..Appl. Environ. Microbiol..55:2448–2452.
Wu,.J..Y.,.and.W..T..Wu..1991..Fed-batch.culture.of.Saccharomyces cerevisiae.in.an.airlift.
reactor.with.net.draft.tube..Biotechnol. Progr..7:230–233.
Wu,.W..1992..Mass.transfer.in.an.airlift.reactor.with.a.net.draft.tube..Biotechnol. Prog..
8:465–468.
Bacterial Cellulose
Song,. H.-J.,. H.. Li,. J.-H.. Seo,. M.-J.. Kim,. and. S.-J.. Kim.. 2009.. Pilot-scale. production.
of. bacterial. cellulose. by. a. spherical. type. bubble. column. bioreactor. using.
. saccharified.food.wastes..Korean J. Chem. Eng..26:141–146.
Strobin,.G.,.A..Wlochowicz,.D..Ciechanska,.S..Boryniec,.H..Struszczyk,.and.S..Sobcza..
2003..Molecular.parameters.of.bacterial.cellulose..Effect.of.temperature.and.pH.
of.the.biosynthesis.medium..Polimery.48(11/12):779–783.
Takai,.M.,.Y..Tsuta,.and.S..Watanabe..1975..Biosynthesis.of.cellulose.by.Actetobacter
xylinum..Characterization.of.bacterial.cellulose..Polym. J..(Tokyo).7(2):137–146.
Tamura,.H.,.Y..Tsuruta,.and.S..Tokura..1999..Shallow.pan.cultivation.to.enhance.the.
yield.of.bacterial.cellulose,.Preprints.of.Symposia—American.Chemical.Society,.
Division.of.Fuel.Chemistry,.44/2:320–323.
Toda,. K.,. J.. Koizumi,. and. T.. Asakura.. 1994.. Continuous. manufacture. of. cellulose.
materials.with.Acetobacter..JP.06253877.
Tokura,.M.,.M..Fukaya,.H..Okumura,.and.K..Kawamura..1993..Permselective.membranes.for.gases.and.their.manufacture..Japan.Kokai.Tokkyo.Koho.JP.05293343.
Tokura,. S.,. H.. Asano,. N.. Sakairi,. and. N.. Nishi.. 1998.. Direct. filature. of. bacterial.
. cellulose.from.culture.medium..Macromol. Symp..127:23–30.
Tomé,. L.. C.,. R.. J.. B.. Pinto,. E.. Trovatti,. C.. S.. R.. Freire,.A.. J.. D.. Silvestre,. C.. P.. Neto,.
and.A..Gandini..2011..Transparent.bionanocomposites.with.improved.properties.prepared.from.acetylated.bacterial.cellulose.and.poly(lactic.acid).through.a.
simple.approach..Green Chem..13:419.
Toyosaki,.H.,.T..Naritomi,.A..Seto,.M..Matsuka,.T..Tsuchida,.and.F..Yoshinaga..1995..
Screening.of.bacterial.cellulose-producing.Acetobacter.strains.suitable.for.. agitated.
culture..Biosci. Biotechnol. Biochem..59:1498–1502.
Udhardt,.U..2004..Synthese,.Eigenschaften.und.Strukturdesign.von.Bakteriencellulose.
mit. speziellem. Anwendungspotential. von. BASYC ® . –. Implantaten. in. der.
Mikrochirurgie..Dissertation,.Friedrich.Schiller.University,.Jena,.Germany.
Vandamme,.E..J.,.S..De.Baets,.A..Vanbaelen,.K..Joris,.and.P..De.Wulf..1998..Improved.
production. of. bacterial. cellulose. and. its. application. potential.. Polym. Degrad.
Stabil..59:93–99.
Verschuren,. P.,. T.. Cardona,. M.. Nout,. K.. De. Gooijer,. and. J.. Van. den. Heuvel.. 2000..
Location. and. limitation. of. cellulose. production. by. Acetobacter xylinum. established.from.oxygen.profiles..J. Biosci. Bioeng..89(5):414–419.
Watanabe,. K.,. M.. Tabuchi,. M.. Yasushi,. and. F.. Yoshinaga.. 1998.. Structural. features.
and. properties. of. bacterial. cellulose. produced. in. agitated. culture.. Cellulose.
5:187–200.
Watanabe,.K.,.and.S..Yamanaka..1995..Effects.of.oxygen.tension.in.the.gaseous.phase.
on. production. and. physical. properties. of. bacterial. cellulose. formed. static.
. culture.conditions..Biosci. Biotechnol. Biochem..59(1):65–68.
Weuster-Botz,. D.,. M.. Hofinger,. and. G.. Bertholdt.. 2011.. Microbial. production. of.
homogenously.layered.cellulose.pellicles.in.a.membrane.bioreactor..Biotechnol.
Bioeng..108:2237–2240.
Williams,.W..S.,.and.R..E..Cannon..1989..Alternative.environmental.roles.for.cellulose.
produced.by.Acetobacter xylinum..Appl. Environ. Microbiol..55:2448–2452.
Wu,.J..Y.,.and.W..T..Wu..1991..Fed-batch.culture.of.Saccharomyces cerevisiae.in.an.airlift.
reactor.with.net.draft.tube..Biotechnol. Progr..7:230–233.
Wu,.W..1992..Mass.transfer.in.an.airlift.reactor.with.a.net.draft.tube..Biotechnol. Prog..
8:465–468.