71
Large-Scale Production of BNC
Wu,. W.,. and. J.. Wu.. 1990.. Airlift. reactor. with. net. draught. tube.. J. Ferment. Bioeng..
70:359–361.
Wu,. W.-T.,. P.-M.. Wang,. H.-P.. Cheng,. and. J.-W.. Chen.. 2001.. Tower-type. fermenter.
with.high.mass.transfer.capability..Abstracts.of.papers.from.the.221st.American.
Chemical.Society.National.Meeting,.San.Diego,.CA,.USA,.April.1–5.
Xiu,. H.,. Z.. Wang,. and. J.. Li.. 2005.. Effect. of. bacterial. cellulose. on. paper. property..
Zhongguo Zaozhi 24(3):14–17.
Yamada,. Y.. 2000.. Transfer. Acetobacter oboediens. and. A. intermedius. to. the. genus.
Gluconacetobacter.as.G. oboediens.comb..nov..and.G. intermedius.comb..nov..Int.
J. Syst. Evol. Microbiol. 50:225–227.
Yamanaka,.S.,.M..Ishihara,.and.J..Sugiyama..2000..Structural.modification.of.bacterial.
cellulose..Cellulose.7:213.
Zaar,.K..1979..Visualization.of.pores.(export.sites).correlated.with.cellulose.. production.
in.the.envelope.of.the.Gram-negative.bacterium.Acetobacter xylinum..J. Cell Biol..
80(3):773–777.
Zhou,.L..L.,.D..P..Sun,.L..Y..Hu,.Y..W..Li,.and.J..Z..Yang..2007a..Effect.of.addition.of.
sodium.alginate.on.bacterial.cellulose.production.by.Acetobacter xylinum..J. Ind.
Microbiol. Biotechnol..34(7):483–489.
Zhou,. L.. L.,. D.. P.. Sun,. Q.. H.. Wu,. J.. Z.. Yang,. and. S.. L.. Yang.. 2007b.. Influence. of.
. culture.mode.on.bacterial.cellulose.production.and.its.structure.and.property..
Weishengwu Xuebao.47(5):914–917.
Large-Scale Production of BNC
Wu,. W.,. and. J.. Wu.. 1990.. Airlift. reactor. with. net. draught. tube.. J. Ferment. Bioeng..
70:359–361.
Wu,. W.-T.,. P.-M.. Wang,. H.-P.. Cheng,. and. J.-W.. Chen.. 2001.. Tower-type. fermenter.
with.high.mass.transfer.capability..Abstracts.of.papers.from.the.221st.American.
Chemical.Society.National.Meeting,.San.Diego,.CA,.USA,.April.1–5.
Xiu,. H.,. Z.. Wang,. and. J.. Li.. 2005.. Effect. of. bacterial. cellulose. on. paper. property..
Zhongguo Zaozhi 24(3):14–17.
Yamada,. Y.. 2000.. Transfer. Acetobacter oboediens. and. A. intermedius. to. the. genus.
Gluconacetobacter.as.G. oboediens.comb..nov..and.G. intermedius.comb..nov..Int.
J. Syst. Evol. Microbiol. 50:225–227.
Yamanaka,.S.,.M..Ishihara,.and.J..Sugiyama..2000..Structural.modification.of.bacterial.
cellulose..Cellulose.7:213.
Zaar,.K..1979..Visualization.of.pores.(export.sites).correlated.with.cellulose.. production.
in.the.envelope.of.the.Gram-negative.bacterium.Acetobacter xylinum..J. Cell Biol..
80(3):773–777.
Zhou,.L..L.,.D..P..Sun,.L..Y..Hu,.Y..W..Li,.and.J..Z..Yang..2007a..Effect.of.addition.of.
sodium.alginate.on.bacterial.cellulose.production.by.Acetobacter xylinum..J. Ind.
Microbiol. Biotechnol..34(7):483–489.
Zhou,. L.. L.,. D.. P.. Sun,. Q.. H.. Wu,. J.. Z.. Yang,. and. S.. L.. Yang.. 2007b.. Influence. of.
. culture.mode.on.bacterial.cellulose.production.and.its.structure.and.property..
Weishengwu Xuebao.47(5):914–917.
