67
Large-Scale Production of BNC
Correns,. E.,.A.. Groebe,. H.. J.. Purz,. H.. H.. Schwarz,. and. I.. Hagen.. 1972.. Verfahren.
zur.Herstellung.von.Membranen.und.Flächengebilden.aus.Bakteriencellulose..
DD.92136.
Czaja,.W.,.M..Kawecki,.A..Krystynowicz,.K..Wysota,.S..Sakiel,.P..Wroblewski,.J..Glik,.
and.S..Bielecki..2004a..Application.of.bacterial.cellulose.in.treatment.of.second.
and. third. degree. burns.. Presented. at. the. 227th. American. Chemical. Society.
National.Meeting,.Anaheim,.CA,.USA.
Czaja,. W.,. D.. Romanovicz,. and. R.. M.. Brown,. Jr.. 2004b.. Structural. investigations.
of. microbial. cellulose. produced. in. stationary. and. agitated. culture.. Cellulose.
11:403–411.
Czaja,.W.,.A..Krystynowicz,.S..Bielecki,.and.R..M..Brown,.Jr..2006..Microbial.. cellulose—
the.natural.power.to.heal.wounds..Biomaterials.27:145–151.
Dudman,.W..F..1960..Cellulose.production.by.Acetobacter.strains.in.submerged.culture..
J. Gen. Microbiol. 22:25–39.
Farah,.L..F..X.,.P..A..S..Podlech,.C..D..R..Archanjo,.and.L..A..Coral..2006..Continuous.
fermentation.process.to.produce.bacterial.cellulosic.sheets..WO.2006066377.
Gagnaire,.D.,.and.F..R..Taravel,.1975..Biosynthesis.of.bacterial.cellulose.from.glucose.
selectively.deuterated.in.position.6:.NMR.study..FEBS letters,.60/2:317–21.
Gatenholm,.P.,.H..Backdahl,.T..J..Tzavaras,.R..V..Davalos,.and.M..B..Sano..2011..Threedimensional. bioprinting. of. biosynthetic. cellulose. implants. and. scaffolds. for.
. tissue.engineering..Virginia.Tech.Intellectual.Properties,.Inc.,.USA.
Heo,. M.-S.,. and. H.-J.. Son.. 2002.. Development. of. an. optimized,. simple. chemically.
defined. medium. for. bacterial. cellulose. production. by. Acetobacter. sp.. A9. in.
. shaking.cultures..Biotechnol. Appl. Biochem..36:41–45.
Hessler,.N.,.and.D..Klemm..2008..Control.of.structure.and.shape.of.bacterial.synthesized.nanocellulose..Presented.at.the.235th.American.Chemical.Society.National.
Meeting,.New.Orleans,.LA,.USA.
Hessler,.N.,.and.D..Klemm..2009..Alteration.of.bacterial.nanocellulose.structure.by.
in. situ. modification. using. polyethylene. glycol. and. carbohydrate. additives..
Cellulose.16:899–910.
Hestrin,.S.,.and.M..Schramm..1954..Synthesis.of.cellulose.by.Acetobacter xylinum:.II..
Preparation.of.freeze-dried.cells.capable.of.polymerizing.glucose.to.cellulose..
Biochem. J. 58:345–352.
Hirai,.A.,.M..Tsuji,.and.F..Horii..1997..Culture.conditions.producing.structure.entities.
composed.of.cellulose.I.and.II.in.bacterial.cellulose..Cellulose.4:239–245.
Hornung,.M.,.M..Ludwig,.and.H..P..Schmauder..2007..Optimizing.the.production.of.
bacterial.cellulose.in.surface.culture:.a.novel.aerosol.bioreactor.working.on.a.fed.
batch.principle..Part.3..Eng. Life Sci..7:35–41.
Hu,.Y.,. and. J.. M.. Catchmark.. 2010a.. Formation. and. characterization. of. sphere. like.
bacterial. cellulose. particles. produced. by. Acetobacter xylinum. JCM. 9730. strain..
Biomacromolecules.11(7):1727–1734.
Hu,. Y.,. and. J.. M.. Catchmark.. 2010b.. Influence. of. 1-methylcyclopropene. (1-MCP).
on.the.production.of.bacterial.cellulose.biosynthesized.by.Acetobacter xylinum.
under.the.agitated.culture..Lett. Appl. Microbiol..51(1):109–13.
Iguchi,.M..2000..Bacterial.cellulose—a.masterpiece.of.nature’s.arts..J. Mater. Sci..35:261–270.
Ishihara,.M.,.M..Matsunaga,.N..Hayashi,.and.V..Tisler..2002..Utilization.of.D-xylose.
as.carbon.source.for.production.of.bacterial.cellulose..Enzyme Microbial Technol..
31(1):986–91.
Large-Scale Production of BNC
Correns,. E.,.A.. Groebe,. H.. J.. Purz,. H.. H.. Schwarz,. and. I.. Hagen.. 1972.. Verfahren.
zur.Herstellung.von.Membranen.und.Flächengebilden.aus.Bakteriencellulose..
DD.92136.
Czaja,.W.,.M..Kawecki,.A..Krystynowicz,.K..Wysota,.S..Sakiel,.P..Wroblewski,.J..Glik,.
and.S..Bielecki..2004a..Application.of.bacterial.cellulose.in.treatment.of.second.
and. third. degree. burns.. Presented. at. the. 227th. American. Chemical. Society.
National.Meeting,.Anaheim,.CA,.USA.
Czaja,. W.,. D.. Romanovicz,. and. R.. M.. Brown,. Jr.. 2004b.. Structural. investigations.
of. microbial. cellulose. produced. in. stationary. and. agitated. culture.. Cellulose.
11:403–411.
Czaja,.W.,.A..Krystynowicz,.S..Bielecki,.and.R..M..Brown,.Jr..2006..Microbial.. cellulose—
the.natural.power.to.heal.wounds..Biomaterials.27:145–151.
Dudman,.W..F..1960..Cellulose.production.by.Acetobacter.strains.in.submerged.culture..
J. Gen. Microbiol. 22:25–39.
Farah,.L..F..X.,.P..A..S..Podlech,.C..D..R..Archanjo,.and.L..A..Coral..2006..Continuous.
fermentation.process.to.produce.bacterial.cellulosic.sheets..WO.2006066377.
Gagnaire,.D.,.and.F..R..Taravel,.1975..Biosynthesis.of.bacterial.cellulose.from.glucose.
selectively.deuterated.in.position.6:.NMR.study..FEBS letters,.60/2:317–21.
Gatenholm,.P.,.H..Backdahl,.T..J..Tzavaras,.R..V..Davalos,.and.M..B..Sano..2011..Threedimensional. bioprinting. of. biosynthetic. cellulose. implants. and. scaffolds. for.
. tissue.engineering..Virginia.Tech.Intellectual.Properties,.Inc.,.USA.
Heo,. M.-S.,. and. H.-J.. Son.. 2002.. Development. of. an. optimized,. simple. chemically.
defined. medium. for. bacterial. cellulose. production. by. Acetobacter. sp.. A9. in.
. shaking.cultures..Biotechnol. Appl. Biochem..36:41–45.
Hessler,.N.,.and.D..Klemm..2008..Control.of.structure.and.shape.of.bacterial.synthesized.nanocellulose..Presented.at.the.235th.American.Chemical.Society.National.
Meeting,.New.Orleans,.LA,.USA.
Hessler,.N.,.and.D..Klemm..2009..Alteration.of.bacterial.nanocellulose.structure.by.
in. situ. modification. using. polyethylene. glycol. and. carbohydrate. additives..
Cellulose.16:899–910.
Hestrin,.S.,.and.M..Schramm..1954..Synthesis.of.cellulose.by.Acetobacter xylinum:.II..
Preparation.of.freeze-dried.cells.capable.of.polymerizing.glucose.to.cellulose..
Biochem. J. 58:345–352.
Hirai,.A.,.M..Tsuji,.and.F..Horii..1997..Culture.conditions.producing.structure.entities.
composed.of.cellulose.I.and.II.in.bacterial.cellulose..Cellulose.4:239–245.
Hornung,.M.,.M..Ludwig,.and.H..P..Schmauder..2007..Optimizing.the.production.of.
bacterial.cellulose.in.surface.culture:.a.novel.aerosol.bioreactor.working.on.a.fed.
batch.principle..Part.3..Eng. Life Sci..7:35–41.
Hu,.Y.,. and. J.. M.. Catchmark.. 2010a.. Formation. and. characterization. of. sphere. like.
bacterial. cellulose. particles. produced. by. Acetobacter xylinum. JCM. 9730. strain..
Biomacromolecules.11(7):1727–1734.
Hu,. Y.,. and. J.. M.. Catchmark.. 2010b.. Influence. of. 1-methylcyclopropene. (1-MCP).
on.the.production.of.bacterial.cellulose.biosynthesized.by.Acetobacter xylinum.
under.the.agitated.culture..Lett. Appl. Microbiol..51(1):109–13.
Iguchi,.M..2000..Bacterial.cellulose—a.masterpiece.of.nature’s.arts..J. Mater. Sci..35:261–270.
Ishihara,.M.,.M..Matsunaga,.N..Hayashi,.and.V..Tisler..2002..Utilization.of.D-xylose.
as.carbon.source.for.production.of.bacterial.cellulose..Enzyme Microbial Technol..
31(1):986–91.