68
Bacterial Cellulose
Jonas,. R.,. and. L.. F.. Farah.. 1998.. Production. and. application. of. microbial. cellulose..
Polym. Degrad. Stabil..59:101–106.
Joseph,. G.,. E.. Rowe,. A.. Margaritis,. and. W.. Wan.. 2003.. Effects. of. polyacrylamide.
co-acrylic.acid.on.cellulose.production.by.Acetobacter xylinum. J. Chem. Technol.
Biotechnol..78:964–970.
Jung,. J.. Y.,. J.. K.. Park,. and. H.. N.. Chang.. 2005.. Bacterial. cellulose. production. by.
Gluconacetobacter hansenii. in. an. agitated. culture. without. living. non-cellulose.
producing.cells..Enzyme Microbial Technol..37:347–354.
Klemm,.D.,.U..Udhardt,.S..Marsch,.and.D..Schumann..1999..Cellulose..BASYC,.bacterially.synthesized.cellulose..Miniaturized.tubes.for.microsurgery..Polymer News.
24(11):377–378.
Kouda,.T.,.Y..Nagata,.H..Yano,.and.F..Yoshinaga..2000..Method.for.cultivating.apparatus.for.the.production.of.bacterial.cellulose.in.an.aerated.and.agitated.culture..
U.S..Patent.application.6,013,490.
Kouda,.T.,.T..Naritomi,.H..Yano,.and.F..Yoshinaga..1998..Inhibitory.effect.of.carbon.
dioxide. on. bacterial. cellulose. production. by. Acetobacter. in. agitated. culture..
J. Ferment. Bioeng. 85(3):318–321.
Kouda,. T.,. H.. Yano,. and. F.. Yoshinaga.. 1997.. Effect. of. agitator. configuration. on.
. bacterial. cellulose. productivity. in. aerated. and. agitated. culture.. J. Ferment.
Bioeng..83:371–376.
Kouda,. T.,. H.. Yano,. F.. Yoshinaga,. M.. Kaminoyama,. and. M.. Kamiwano.. 1996..
Characterization.of.non-Newtonian.behavior.during.mixing.of.bacterial.cellulose.in.a.bioreactor..J. Ferment. Bioeng. 82:382–386.
Kralisch,.D.,.N..Hessler,.and.D..Klemm..2010a..Method.for.the.production.of.. bacterial.
cellulose.or.cellulose-containing.material.in.a.planar.form..Friedrich-SchillerUniversity,.Jena,.Germany..Chemical.indexing.equivalent.to.152:309986.(DE).
Kralisch,.D.,.N..Hessler,.D..Klemm,.R..Erdmann,.and.W..Schmidt..2010b..White.biotechnology.for.cellulose.manufacturing—the.HoLiR.concept..Biotechnol. Bioeng..
105:740–747.
Kralisch,. D.,. N.. Hessler,. M.. Munteanu,. B.. Sultanova,. D.. Klemm,. R.. Erdmann,.
W. Schmidt,.F..Wesarg,.and.F..A..Mueller..2011..HoLiR:.continuous.generation.of.
planar.bacteria-produced.nanocellulose..Abstr. Pap. Am. Chem. Soc..241.
Krystynowicz,. A.,. W.. Czaja,. A.. Wiktorowska-Jezierska,. M.. Goncalves-Miskiewicz,.
M. Turkiewicz,.and.S..Bielecki..2002..Factors.affecting.the.yield.and.properties.
of.bacterial.cellulose..J. Ind. Microbiol. Biotechnol..29:189–195.
Lee,.H..C.,.and.X..Zhao..1999..Effects.of.mixing.conditions.on.the.production.of.microbial.cellulose.by.Acetobacter xylinum..Biotechnol. Bioproc. E.4:41–45.
Legeza,.V.,.V..P..Galenko-Yaroshevskii,.E..V..Zinov’ev,.B.. A..Paramonov,.G. S. Kreichman,.
I..I..Turkovskii,.E..S..Gumenyuk,.A..G..Karnovich,.and.A..K. Khripunov..2004..
Effects.of.new.wound.dressings.on.healing.of.thermal.burns.of.the.skin.in.acute.
radiation.disease..Exp. Biol. Med.138:311–315.
Levy,. N.. L.. F.,. E.. C.. Kurokawa,. and. P..A.. S.. Podlech.. 2004..A. process. for. obtaining.
a.cellulosic.wet.sheet.and.a.membrane.and.equipment.for.their.manufacture..
International.application.WO.2004050986.
Nakajima,.M.,.L..Pang,.and.T..Yoshida..2001..Kinetic.study.of.mass.transfer.on.. bacterial.
cellulose.production..Biotechnol. Sustain. Util. Biol. Resourc. Trop..15:438–442.
Naritomi,.T.,.T..Kouda,.H..Yano,.and.F..Yoshinaga..1998..Effect.of.ethanol.on.. bacterial.
cellulose. production. from. fructose. in. continuous. culture.. J. Ferment. Bioeng..
85:598–603.
Bacterial Cellulose
Jonas,. R.,. and. L.. F.. Farah.. 1998.. Production. and. application. of. microbial. cellulose..
Polym. Degrad. Stabil..59:101–106.
Joseph,. G.,. E.. Rowe,. A.. Margaritis,. and. W.. Wan.. 2003.. Effects. of. polyacrylamide.
co-acrylic.acid.on.cellulose.production.by.Acetobacter xylinum. J. Chem. Technol.
Biotechnol..78:964–970.
Jung,. J.. Y.,. J.. K.. Park,. and. H.. N.. Chang.. 2005.. Bacterial. cellulose. production. by.
Gluconacetobacter hansenii. in. an. agitated. culture. without. living. non-cellulose.
producing.cells..Enzyme Microbial Technol..37:347–354.
Klemm,.D.,.U..Udhardt,.S..Marsch,.and.D..Schumann..1999..Cellulose..BASYC,.bacterially.synthesized.cellulose..Miniaturized.tubes.for.microsurgery..Polymer News.
24(11):377–378.
Kouda,.T.,.Y..Nagata,.H..Yano,.and.F..Yoshinaga..2000..Method.for.cultivating.apparatus.for.the.production.of.bacterial.cellulose.in.an.aerated.and.agitated.culture..
U.S..Patent.application.6,013,490.
Kouda,.T.,.T..Naritomi,.H..Yano,.and.F..Yoshinaga..1998..Inhibitory.effect.of.carbon.
dioxide. on. bacterial. cellulose. production. by. Acetobacter. in. agitated. culture..
J. Ferment. Bioeng. 85(3):318–321.
Kouda,. T.,. H.. Yano,. and. F.. Yoshinaga.. 1997.. Effect. of. agitator. configuration. on.
. bacterial. cellulose. productivity. in. aerated. and. agitated. culture.. J. Ferment.
Bioeng..83:371–376.
Kouda,. T.,. H.. Yano,. F.. Yoshinaga,. M.. Kaminoyama,. and. M.. Kamiwano.. 1996..
Characterization.of.non-Newtonian.behavior.during.mixing.of.bacterial.cellulose.in.a.bioreactor..J. Ferment. Bioeng. 82:382–386.
Kralisch,.D.,.N..Hessler,.and.D..Klemm..2010a..Method.for.the.production.of.. bacterial.
cellulose.or.cellulose-containing.material.in.a.planar.form..Friedrich-SchillerUniversity,.Jena,.Germany..Chemical.indexing.equivalent.to.152:309986.(DE).
Kralisch,.D.,.N..Hessler,.D..Klemm,.R..Erdmann,.and.W..Schmidt..2010b..White.biotechnology.for.cellulose.manufacturing—the.HoLiR.concept..Biotechnol. Bioeng..
105:740–747.
Kralisch,. D.,. N.. Hessler,. M.. Munteanu,. B.. Sultanova,. D.. Klemm,. R.. Erdmann,.
W. Schmidt,.F..Wesarg,.and.F..A..Mueller..2011..HoLiR:.continuous.generation.of.
planar.bacteria-produced.nanocellulose..Abstr. Pap. Am. Chem. Soc..241.
Krystynowicz,. A.,. W.. Czaja,. A.. Wiktorowska-Jezierska,. M.. Goncalves-Miskiewicz,.
M. Turkiewicz,.and.S..Bielecki..2002..Factors.affecting.the.yield.and.properties.
of.bacterial.cellulose..J. Ind. Microbiol. Biotechnol..29:189–195.
Lee,.H..C.,.and.X..Zhao..1999..Effects.of.mixing.conditions.on.the.production.of.microbial.cellulose.by.Acetobacter xylinum..Biotechnol. Bioproc. E.4:41–45.
Legeza,.V.,.V..P..Galenko-Yaroshevskii,.E..V..Zinov’ev,.B.. A..Paramonov,.G. S. Kreichman,.
I..I..Turkovskii,.E..S..Gumenyuk,.A..G..Karnovich,.and.A..K. Khripunov..2004..
Effects.of.new.wound.dressings.on.healing.of.thermal.burns.of.the.skin.in.acute.
radiation.disease..Exp. Biol. Med.138:311–315.
Levy,. N.. L.. F.,. E.. C.. Kurokawa,. and. P..A.. S.. Podlech.. 2004..A. process. for. obtaining.
a.cellulosic.wet.sheet.and.a.membrane.and.equipment.for.their.manufacture..
International.application.WO.2004050986.
Nakajima,.M.,.L..Pang,.and.T..Yoshida..2001..Kinetic.study.of.mass.transfer.on.. bacterial.
cellulose.production..Biotechnol. Sustain. Util. Biol. Resourc. Trop..15:438–442.
Naritomi,.T.,.T..Kouda,.H..Yano,.and.F..Yoshinaga..1998..Effect.of.ethanol.on.. bacterial.
cellulose. production. from. fructose. in. continuous. culture.. J. Ferment. Bioeng..
85:598–603.