154
Bacterial Cellulose
References
Akihiro,.K.,.S..Chizuru,.Y..Yuya,.and.N..Yoshitoshi..2009..Utilization.of.various.fruit.
juices. as. carbon. source. for. production. of. bacterial. cellulose. by. Acetobacter
xylinum NBRC.13693..Carbohyd. Polym..76:333–335.
Amnuaikit,.T.,.T..Chusuit,.P..Raknam,.and.P..Boonme..2011..Effects.of.a.cellulose.mask.
synthesized.by.a.bacterium.on.facial.skin.characteristics.and.user.satisfaction..
Med. Dev. Evid. Res..4(1):77–81.
Andrade,.F..K.,.R..A..N..Pertile,.F..Dourado,.and.F..M..Gama..2010..Bacterial.cellulose.
properties,. production. and. applications.. In:. Cellulose: Structure and Properties,.
ed..A..Lejeune.and.T..Deprez,.427–458..New.York:.Nova.Science.
Bielecki,.S.,.A..Krystynowicz,.M..Turkiewicz,.and.H..Kalinowska..2004..Bacterial.cellulose..In:.Polysaccharides I: polysaccharides from prokaryotes,.Vol. 1, Biopolymers,.ed..
E..J..Vandamme,.S..De.Baets,.and.A..Steinbüchel,.37–45..Weinheim:.Wiley-VCH.
Brown,.A..J..1886a..The.chemical.action.of.pure.cultivation.of.Bacterium aceti..J. Chem.
Soc. 49:432–439.
Brown,.A..J..1886b..On.an.acetic.ferment.that.forms.cellulose..J. Chem. Soc. 49:172–186.
Budhiono,.A.,.B..Rosidia,.H..Tahera,.and.M..Iguchib..1999..Kinetic.aspects.of.bacterial.
cellulose.formation.in.nata-de-coco.culture.system..Carbohyd. Polym..40:137–143.
Carreira,. P.,. J.. Mendes,. E.. Trovatti,. L.. Serafim,. C.. Freire,.A.. Silvestre,. and. C.. Neto..
2011.. Utilization. of. residues. from. agro-forest. industries. in. the. production. of.
high.value.bacterial.cellulose..Bioresource Technol..102:7354–7360.
Feng,.H.,.and.Q..Kaiyan..2008..An.alternative.carbon.source.from.konjac.powder.for.
enhancing.production.of.bacterial.cellulose.in.static.cultures.by.a.model.strain.
Acetobacter aceti.subsp..xylinus.ATCC.23770..Carbohyd. Polym..72:545–549.
Jagannath,.A.,.S..Kalaiselvan,.S..Manjunatha,.P..Raju,.and.A..Bawa..2008..The.effect.
of. pH,. sucrose. and. ammonium. sulphate. concentrations. on. the. production. of.
bacterial. cellulose. (nata-de-coco). by. Acetobacter xylinum.. World J. Microbiol.
Biotechnol. 24:2593–2599.
Jung,.H.,.J..Jeong,.O..Lee,.G..Park,.K..Kim,.H..Park,.S..Lee,.Y..Kim,.and.H..Son..2010..
Influence. of. glycerol. on. production. and. structural–physical. properties. of.
. cellulose. from. Acetobacter. sp.. V6. cultured. in. shake. flasks.. Bioresource Technol..
101:3602–3608.
Kongruang,.S..2008..Bacterial.cellulose.production.by.Acetobacter xylinum.strains.from.
agricultural.waste.products..Appl. Biochem. Biotechnol. 148(1–3):245–256.
Lapuz,. M.. M.,. E.. G.. Gallardo,. and. M.. A.. Palo.. 1969.. The. nata. organism—cultural.
requirements,.characteristics,.and.identity..Philipp. J. Sci..96:91–109.
Masaoka,. S.,. T.. Ohe,. and. K.. Sakota.. 1993.. Production. of. cellulose. from. glucose. by.
Acetobacter xylinum..J. Ferm. Bioeng. 75:18–22.
Mesomya,. W.,. Y.. Cuptapun,. D.. Hengsawadi,. P.. Tangkanakul,. P.. Jittanoonta,. and.
R. Pakpeankitvatana..2002..Serum.lipid.lowering.in.rats.fed.with.high.dietary.
fiber.from.cereal.and.nata.de.coco..Kasetsart J. (Nat. Sci.).36:187–192.
Mesomya,. W.,. V.. Pakpeankitvatana,. S.. Komindr,. P.. Leelahakul,. Y.. Cuptapun,.
D. Hengsawadi,.P..Tammarate,.and.P..Tangkanakul..2006..Effects.of.health.food.
from.cereal.and.nata.de.coco.on.serum.lipids.in.human..Songklanakarin J. Sci.
Technol. 28:23–28.
Bacterial Cellulose
References
Akihiro,.K.,.S..Chizuru,.Y..Yuya,.and.N..Yoshitoshi..2009..Utilization.of.various.fruit.
juices. as. carbon. source. for. production. of. bacterial. cellulose. by. Acetobacter
xylinum NBRC.13693..Carbohyd. Polym..76:333–335.
Amnuaikit,.T.,.T..Chusuit,.P..Raknam,.and.P..Boonme..2011..Effects.of.a.cellulose.mask.
synthesized.by.a.bacterium.on.facial.skin.characteristics.and.user.satisfaction..
Med. Dev. Evid. Res..4(1):77–81.
Andrade,.F..K.,.R..A..N..Pertile,.F..Dourado,.and.F..M..Gama..2010..Bacterial.cellulose.
properties,. production. and. applications.. In:. Cellulose: Structure and Properties,.
ed..A..Lejeune.and.T..Deprez,.427–458..New.York:.Nova.Science.
Bielecki,.S.,.A..Krystynowicz,.M..Turkiewicz,.and.H..Kalinowska..2004..Bacterial.cellulose..In:.Polysaccharides I: polysaccharides from prokaryotes,.Vol. 1, Biopolymers,.ed..
E..J..Vandamme,.S..De.Baets,.and.A..Steinbüchel,.37–45..Weinheim:.Wiley-VCH.
Brown,.A..J..1886a..The.chemical.action.of.pure.cultivation.of.Bacterium aceti..J. Chem.
Soc. 49:432–439.
Brown,.A..J..1886b..On.an.acetic.ferment.that.forms.cellulose..J. Chem. Soc. 49:172–186.
Budhiono,.A.,.B..Rosidia,.H..Tahera,.and.M..Iguchib..1999..Kinetic.aspects.of.bacterial.
cellulose.formation.in.nata-de-coco.culture.system..Carbohyd. Polym..40:137–143.
Carreira,. P.,. J.. Mendes,. E.. Trovatti,. L.. Serafim,. C.. Freire,.A.. Silvestre,. and. C.. Neto..
2011.. Utilization. of. residues. from. agro-forest. industries. in. the. production. of.
high.value.bacterial.cellulose..Bioresource Technol..102:7354–7360.
Feng,.H.,.and.Q..Kaiyan..2008..An.alternative.carbon.source.from.konjac.powder.for.
enhancing.production.of.bacterial.cellulose.in.static.cultures.by.a.model.strain.
Acetobacter aceti.subsp..xylinus.ATCC.23770..Carbohyd. Polym..72:545–549.
Jagannath,.A.,.S..Kalaiselvan,.S..Manjunatha,.P..Raju,.and.A..Bawa..2008..The.effect.
of. pH,. sucrose. and. ammonium. sulphate. concentrations. on. the. production. of.
bacterial. cellulose. (nata-de-coco). by. Acetobacter xylinum.. World J. Microbiol.
Biotechnol. 24:2593–2599.
Jung,.H.,.J..Jeong,.O..Lee,.G..Park,.K..Kim,.H..Park,.S..Lee,.Y..Kim,.and.H..Son..2010..
Influence. of. glycerol. on. production. and. structural–physical. properties. of.
. cellulose. from. Acetobacter. sp.. V6. cultured. in. shake. flasks.. Bioresource Technol..
101:3602–3608.
Kongruang,.S..2008..Bacterial.cellulose.production.by.Acetobacter xylinum.strains.from.
agricultural.waste.products..Appl. Biochem. Biotechnol. 148(1–3):245–256.
Lapuz,. M.. M.,. E.. G.. Gallardo,. and. M.. A.. Palo.. 1969.. The. nata. organism—cultural.
requirements,.characteristics,.and.identity..Philipp. J. Sci..96:91–109.
Masaoka,. S.,. T.. Ohe,. and. K.. Sakota.. 1993.. Production. of. cellulose. from. glucose. by.
Acetobacter xylinum..J. Ferm. Bioeng. 75:18–22.
Mesomya,. W.,. Y.. Cuptapun,. D.. Hengsawadi,. P.. Tangkanakul,. P.. Jittanoonta,. and.
R. Pakpeankitvatana..2002..Serum.lipid.lowering.in.rats.fed.with.high.dietary.
fiber.from.cereal.and.nata.de.coco..Kasetsart J. (Nat. Sci.).36:187–192.
Mesomya,. W.,. V.. Pakpeankitvatana,. S.. Komindr,. P.. Leelahakul,. Y.. Cuptapun,.
D. Hengsawadi,.P..Tammarate,.and.P..Tangkanakul..2006..Effects.of.health.food.
from.cereal.and.nata.de.coco.on.serum.lipids.in.human..Songklanakarin J. Sci.
Technol. 28:23–28.