41
Effect of Cultivation on BNC Biomaterials
Matsuoka,.M.,.T..Tsuchida,.K..Matsushita,.O..Adachi,.and.F..Yoshinaga..1996..A.synthetic.medium.for.bacterial.cellulose.production.by.Acetobacter xylinum.subsp..
sucrofermentans..Biosci., Biotechnol. Biochem..60:575–579.
Mikkelsen,.D.,.B..M..Flanagan,.G..A..Dykes,.and.M..J..Gidley..2009..Influence.of.different.carbon.sources.on.bacterial.cellulose.production.by.Gluconacetobacter xylinus.
strain.ATCC.53524..J. Appl. Microbiol..107:576–583.
Naritomi,.T.,.T..Kouda,.H..Yano,.and.F..Yoshinaga..1998..Effect.of.ethanol.on.bacterial.cellulose.production.in.continuous.culture.from.fructose..J. Ferment. Bioeng..
85:598–603.
Nerem,.R..M.,.and.D..Seliktar..2001..Vascular.tissue.engineering..Annu. Rev. Biomed.
Eng..3:225–243.
Nguyen,. V.. T.,. B.. Flanagan,. D.. Mikkelsen,. S.. Ramirez,. L.. Rivas,. M.. J.. Gidley,. and.
G. A. Dykes..2010..Spontaneous.mutation.results.in.lower.cellulose.production.by.
a.Gluconacetobacter xylinus.strain.from.Kombucha..Carbohyd. Polym. 80:337–343.
Noro,. N.,. Y.. Sugano,. and. M.. Shoda.. 2004.. Utilization. of. the. buffering. capacity. of.
corn.steep.liquor.in.bacterial.cellulose.production.by.Acetobacter xylinum..Appl.
Microbiol. Biotechnol..64:199–205.
Okajima,. K.,.Y.. Matsuda,. and. K.. Kamide.. 1991.. Study. on. changes. in. the. degree. of.
polymerization.of.bacterial.cellulose.produced.by.Gluconacetobacter xylinus.during.its.cultivation..Polym. Int. 25:145–151.
Pringsheim,.E..G..1951..The.Vitreoscillaceae:.a.family.of.colorless,.gliding,.filamentous.
organisms..J. Gen. Microbiol..5:124–149.
Rezaee,.A.,. S.. Solimani,. and. M.. Forozandemogadam.. 2005.. Role. of. plasmid. in. the.
production.of.Acetobacter xylinum.biofilms..Am. J. Biochem. Biotechnol. 1:121–124.
Roberts,.E..M.,.L..K..Hardison,.and.R..M..Brown,.Jr..1986..Production.of.microbial.
cellulose,.1986-07-02..European.patent.number.0186495.
Ross,. P.,. R.. Mayer,. and. M.. Benziman.. 1991.. Cellulose. biosynthesis. and. function. in.
bacteria..Microbiol. Rev..55:35–58.
Ross,.P.,.R..Mayer,.H..Weinhouse,.D..Amikam,.Y..Huggirat,.and.Y..Benziman..1990..
The.cyclic.diguanylic.acid.regulatory.system.of.cellulose.synthesis.in.Acetobacter
xylinus. J. Biol. Chem..265:18933–18943.
Saha,.B..C.,.and.F..M..Racine..2010..Effects.of.pH.and.corn.steep.liquor.variability.on.
mannitol.production.by.Lactobacillus intermedius.NRRL.B-3693..Appl. Microbiol.
Biotechnol..87:553–560.
Saxena,.I..M.,.E..M..Roberts,.and.R..M..Brown,.Jr..1990..Modification.of.cellulose.normally.synthesized.by.cellulose-producing.microorganisms..U.S..patent.4,950,597.
Schramm,. M.,. and. S.. Hestrin.. 1954.. Factors. affecting. production. of. cellulose. at. the.
air/liquid.interface.of.a.culture.of.Acetobacter xylinum..J. Gen. Microbiol..11:123–129.
Setyawati,.M..I.,.L..J..Chien,.and.C..K..Lee..2007..Expressing.Vitreoscilla.hemoglobin.
in. statically. cultured. Acetobacter xylinum. with. reduced. O 2 . tension. maximizes.
bacterial.cellulose.pellicle.production..J. Biotechnol..132:38–43.
Son,.H..J.,.M..S..Heo,.Y..G..Kim,.and.S..J..Lee..2001..Optimization.of.fermentation.conditions.for.the.production.of.bacterial.cellulose.by.a.newly.isolated.Acetobacter.
sp..A9.in.shaking.cultures..Biotechnol. Appl. Biochem. 33:1–5.
Svensson,.A.,.E..Nicklasson,.T..Harrah,.B..Panilaitis,.D..L..Kaplan,.M..Brittberg,.and.
P. Gatenholm..2005..Bacterial.cellulose.as.a.potential.scaffold.for.tissue.engineering.of.cartilage..Biomaterials.26:419–431.