216
Bacterial Cellulose
Tang,.W.,.S..Jia,.Y..Jia,.and.H..Yang..2010..The.influence.of.fermentation.conditions.
and.post-treatment.methods.on.porosity.of.bacterial.cellulose.membrane..World
J. Microbiol. Biotechnol..26:125–131.
Temenoff,.J..S.,.and.A..G..Mikos..2000..Review:.Tissue.engineering.for.regeneration.of.
articular.cartilage..Biomaterials.21:431–440.
Wang,.H.,.W..Hu,.S..Chen,.S..Shi,.X..Zhang,.W..Shen,.and.X..Li..2008..Bacteria.cellulose.
membrane.containing.silver.chloride.nanoparticle.and.preparation.and.application.thereof,.Donghua.University.Sep,.17.2008:.CN.200810037074.
Webster,.T..2007..Nanotechnology:.better.materials.for.all.implants..Mater. Sci. Forum.
539–543:511–516.
Wiegand,.C.,.P..Elsner,.U..C..Hipler,.and.D..Klemm,.2006..Protease.and.ROS.. activities.
influenced. by. a. composite. of. bacterial. cellulose. and. collagen. type. I. in. vitro..
Cellulose 13:689–696.
Wippermann,. J.,. D.. Schumann,. D.. Klemm,. H.. Kosmehl,. S.. Salehi-Gelani,. and.
T. Wahlers.. 2009.. Preliminary. results. of. small. arterial. substitute. performed.
with.a.new.cylindrical.biomaterial.composed.of.bacterial.cellulose. Eur. J. Vasc.
Endovasc..37:592–596.
Yano,. H.,. J.. Sugiyama,. A.. N.. Nakagaito,. M.. Nogi,. T.. Matsuura,. M.. Hikita,. and.
K. Handa..2005..Optically.transparent.composites.reinforced.with.networks.of.
bacterial.nanofibers..Adv. Mater..17:153–155.
Zaborowska,. M.,.A.. Bodin,. H.. Bäckdahl,. J.. Popp,.A.. Goldstein,. and. P.. Gatenholm..
2010..Microporous.bacterial.cellulose.as.a.potential.scaffold.for.bone.regeneration..Acta Biomater..6:2540–2547.
Zhou,. Q.,.Y.. Gong,. and. C.. Gao.. 2005.. Microstructure. and. mechanical. properties. of.
poly(L-lactide).scaffolds.fabricated.by.gelatin.particle.leaching.method..J. Appl.
Polym. Sci..98:1373–1379.
Zimmermann,. K.. A.,. K.. T.. Sheets,. R.. Fox,. J.. M.. LeBlanc,. and. P.. Gatenholm.. 2011..
Biomimetic. design. of. a. bacterial. cellulose/hydroxyapatite. nanocomposite. for.
bone.healing.applications..Mater. Sci. Eng. C 31(1):43–49.
Bacterial Cellulose
Tang,.W.,.S..Jia,.Y..Jia,.and.H..Yang..2010..The.influence.of.fermentation.conditions.
and.post-treatment.methods.on.porosity.of.bacterial.cellulose.membrane..World
J. Microbiol. Biotechnol..26:125–131.
Temenoff,.J..S.,.and.A..G..Mikos..2000..Review:.Tissue.engineering.for.regeneration.of.
articular.cartilage..Biomaterials.21:431–440.
Wang,.H.,.W..Hu,.S..Chen,.S..Shi,.X..Zhang,.W..Shen,.and.X..Li..2008..Bacteria.cellulose.
membrane.containing.silver.chloride.nanoparticle.and.preparation.and.application.thereof,.Donghua.University.Sep,.17.2008:.CN.200810037074.
Webster,.T..2007..Nanotechnology:.better.materials.for.all.implants..Mater. Sci. Forum.
539–543:511–516.
Wiegand,.C.,.P..Elsner,.U..C..Hipler,.and.D..Klemm,.2006..Protease.and.ROS.. activities.
influenced. by. a. composite. of. bacterial. cellulose. and. collagen. type. I. in. vitro..
Cellulose 13:689–696.
Wippermann,. J.,. D.. Schumann,. D.. Klemm,. H.. Kosmehl,. S.. Salehi-Gelani,. and.
T. Wahlers.. 2009.. Preliminary. results. of. small. arterial. substitute. performed.
with.a.new.cylindrical.biomaterial.composed.of.bacterial.cellulose. Eur. J. Vasc.
Endovasc..37:592–596.
Yano,. H.,. J.. Sugiyama,. A.. N.. Nakagaito,. M.. Nogi,. T.. Matsuura,. M.. Hikita,. and.
K. Handa..2005..Optically.transparent.composites.reinforced.with.networks.of.
bacterial.nanofibers..Adv. Mater..17:153–155.
Zaborowska,. M.,.A.. Bodin,. H.. Bäckdahl,. J.. Popp,.A.. Goldstein,. and. P.. Gatenholm..
2010..Microporous.bacterial.cellulose.as.a.potential.scaffold.for.bone.regeneration..Acta Biomater..6:2540–2547.
Zhou,. Q.,.Y.. Gong,. and. C.. Gao.. 2005.. Microstructure. and. mechanical. properties. of.
poly(L-lactide).scaffolds.fabricated.by.gelatin.particle.leaching.method..J. Appl.
Polym. Sci..98:1373–1379.
Zimmermann,. K.. A.,. K.. T.. Sheets,. R.. Fox,. J.. M.. LeBlanc,. and. P.. Gatenholm.. 2011..
Biomimetic. design. of. a. bacterial. cellulose/hydroxyapatite. nanocomposite. for.
bone.healing.applications..Mater. Sci. Eng. C 31(1):43–49.