214
Bacterial Cellulose
Bäckdahl,.H.,.G..Helenius,.A..Bodin,.B..Johansson,.U..Nanmark,.B..Risberg,.and.
P..Gatenholm..2006..Bacterial.cellulose.as.potential.scaffold.for.. tissue.engineered.blood.vessels:.mechanical.properties.and.cell.interactions..Biomaterials.
27:2141–2149.
Bäckdahl,.H.,.B..Risberg,.and.P..Gatenholm..2011..Observation.on.bacterial.cellulose.
tube.formation.for.application.as.vascular.graft..Mater. Sci. Eng. C.31(1):14–21.
Badylak,.S..F.,.G..C..Lantz,.A..Coffey,.and.L..A..Geddes..1989..Small.intestinal.submucosa.as.a.large.diameter.vascular.graft.in.the.dog..J. Surg. Res..47:74–80.
Barud,. H.. S.,. C.. Barrios,. T.. Regiani,. R.. F.. C.. Marques,. M.. Verelst,. J.. Dexpert-Ghys,.
Y. Messaddeq,. and. S.. J.. L.. Ribeiro.. 2008.. Self-supported. silver. nanoparticles.
. containing.bacterial.cellulose.membranes..Mater. Sci. Eng. C.28:515–518.
Bodin,.A.,.L..Gustafsson,.and.P..Gatenholm..2006..Surface-engineered.bacterial.cellulose.as.template.for.crystallization.of.calcium.phosphate..J. Biomater. Sci. Polym.
Ed..17(4):435–447.
Bodin,.A.,.S..Wu,.S..Bharadwaj,.P..Gatenholm,.A..Atala,.and.Y..Zhang..2010..Tissue.
engineered. conduit. using. urine-derived. stem. cells. seeded. bacterial. cellulose.
polymer.in.urinary.reconstruction.and.diversion..Biomaterials.31:.8889–8901.
Brackmann,.C.,.A..Bodin,.M..Åkeson,.P..Gatenholm,.and.A..Enejder..2010..Imaging.of.
real-time.bacterial.cellulose.scaffold.biosynthesis.and.in-vivo.tissue.integration..
Biomacromolecules.11:542–548.
Bueno,.R..R.,.J..F..Tanguay,.F..S..Brito,.Jr.,.E..E..Guerios,.J..E..Tarastchuk,.P..A..Sanches,.
P.. M.. Andrade,. P.. F.. Rossi,. and. F.. L.. Bueno.. 2009.. Evaluation. of. the. efficacy.
and.safety.of.a.stent.covered.with.biosynthetic.cellulose.in.a.rabbit.iliac.artery.
model. J. Invasive Cardiol..21:392–396.
Czaja,.W.,.A..Krystynowicz,.S..Bielecki,.and.R..M..Brown,.Jr..2006..Microbial.cellulose—the.natural.power.to.heal.wounds..Biomaterials.27:145–151.
Davalos,.R..V.,.G..J..McGraw,.T..I.,.Wallow,.A..M..Morales,.K..L..Krafcik,.G..J. Fiechtner,.
Y..Fintschenko,.E..B..Cummings,.and.B..A..Simmons..2008..The.application.of.
insulator-based. dielectrophoresis. polymer. microfluidic. devices. as. particle.
separators.and.the.impact.of.dynamic.surface.coatings.on.performance..Anal.
Bioanal. Chem..390:847–855.
Esguerra,. M.,. H.. Fink,. M.. W.. Laschke,. D.. Delbro,. A.. Jeppsson,. P.. Gatenholm,.
M. G. Menger,.and.B..Risberg..2010..Intravital.fluorescent.microscopic.evaluation.of.bacterial.cellulose.as.scaffold.for.vascular.grafts..J. Biomed. Mater. Res. A..
93:140–149.
Evans,. B.. R.,. H.. O’Neill,. S.. A.. Hutchens,. R.. S.. Benson,. and. C.. J.. Rawn.. 2008.. A.
degradable. bacterial. cellulose. composite. for. bone. replacement.. Paper. presented.at.the.235th.American.Chemical.Society.National.Meeting,.April.6–10,.
New.Orleans,.LA.
Fontana,.J..D..1990..Acetobacter.cellulose.pellicle.as.a.temporary.skin.substitute..Appl.
Biochem. Biotechnol. 24:253–264.
Gatenholm,.P.,.and.D..Klemm..2010..Bacterial.nanocellulose.as.a.renewable.material.
for.biomedical.applications..MRS Bull..35:208–213.
Harrison,.B..S.,.D..Eberli,.S..J..Lee,.A..Atala,.and.J..J..Yoo..2007..Oxygen.producing.
biomaterials.for.tissue.regeneration..Biomaterials.28:4628–4634.
Helenius,. G.,. H.. Bäckdahl,. A.. Bodin,. U.. Nanmark,. P.. Gatenholm,. and. B.. Risberg..
2006.. In. vivo. biocompatibility. of. bacterial. cellulose.. J. Biomed. Mater. Res. A..
76:431–438.
Bacterial Cellulose
Bäckdahl,.H.,.G..Helenius,.A..Bodin,.B..Johansson,.U..Nanmark,.B..Risberg,.and.
P..Gatenholm..2006..Bacterial.cellulose.as.potential.scaffold.for.. tissue.engineered.blood.vessels:.mechanical.properties.and.cell.interactions..Biomaterials.
27:2141–2149.
Bäckdahl,.H.,.B..Risberg,.and.P..Gatenholm..2011..Observation.on.bacterial.cellulose.
tube.formation.for.application.as.vascular.graft..Mater. Sci. Eng. C.31(1):14–21.
Badylak,.S..F.,.G..C..Lantz,.A..Coffey,.and.L..A..Geddes..1989..Small.intestinal.submucosa.as.a.large.diameter.vascular.graft.in.the.dog..J. Surg. Res..47:74–80.
Barud,. H.. S.,. C.. Barrios,. T.. Regiani,. R.. F.. C.. Marques,. M.. Verelst,. J.. Dexpert-Ghys,.
Y. Messaddeq,. and. S.. J.. L.. Ribeiro.. 2008.. Self-supported. silver. nanoparticles.
. containing.bacterial.cellulose.membranes..Mater. Sci. Eng. C.28:515–518.
Bodin,.A.,.L..Gustafsson,.and.P..Gatenholm..2006..Surface-engineered.bacterial.cellulose.as.template.for.crystallization.of.calcium.phosphate..J. Biomater. Sci. Polym.
Ed..17(4):435–447.
Bodin,.A.,.S..Wu,.S..Bharadwaj,.P..Gatenholm,.A..Atala,.and.Y..Zhang..2010..Tissue.
engineered. conduit. using. urine-derived. stem. cells. seeded. bacterial. cellulose.
polymer.in.urinary.reconstruction.and.diversion..Biomaterials.31:.8889–8901.
Brackmann,.C.,.A..Bodin,.M..Åkeson,.P..Gatenholm,.and.A..Enejder..2010..Imaging.of.
real-time.bacterial.cellulose.scaffold.biosynthesis.and.in-vivo.tissue.integration..
Biomacromolecules.11:542–548.
Bueno,.R..R.,.J..F..Tanguay,.F..S..Brito,.Jr.,.E..E..Guerios,.J..E..Tarastchuk,.P..A..Sanches,.
P.. M.. Andrade,. P.. F.. Rossi,. and. F.. L.. Bueno.. 2009.. Evaluation. of. the. efficacy.
and.safety.of.a.stent.covered.with.biosynthetic.cellulose.in.a.rabbit.iliac.artery.
model. J. Invasive Cardiol..21:392–396.
Czaja,.W.,.A..Krystynowicz,.S..Bielecki,.and.R..M..Brown,.Jr..2006..Microbial.cellulose—the.natural.power.to.heal.wounds..Biomaterials.27:145–151.
Davalos,.R..V.,.G..J..McGraw,.T..I.,.Wallow,.A..M..Morales,.K..L..Krafcik,.G..J. Fiechtner,.
Y..Fintschenko,.E..B..Cummings,.and.B..A..Simmons..2008..The.application.of.
insulator-based. dielectrophoresis. polymer. microfluidic. devices. as. particle.
separators.and.the.impact.of.dynamic.surface.coatings.on.performance..Anal.
Bioanal. Chem..390:847–855.
Esguerra,. M.,. H.. Fink,. M.. W.. Laschke,. D.. Delbro,. A.. Jeppsson,. P.. Gatenholm,.
M. G. Menger,.and.B..Risberg..2010..Intravital.fluorescent.microscopic.evaluation.of.bacterial.cellulose.as.scaffold.for.vascular.grafts..J. Biomed. Mater. Res. A..
93:140–149.
Evans,. B.. R.,. H.. O’Neill,. S.. A.. Hutchens,. R.. S.. Benson,. and. C.. J.. Rawn.. 2008.. A.
degradable. bacterial. cellulose. composite. for. bone. replacement.. Paper. presented.at.the.235th.American.Chemical.Society.National.Meeting,.April.6–10,.
New.Orleans,.LA.
Fontana,.J..D..1990..Acetobacter.cellulose.pellicle.as.a.temporary.skin.substitute..Appl.
Biochem. Biotechnol. 24:253–264.
Gatenholm,.P.,.and.D..Klemm..2010..Bacterial.nanocellulose.as.a.renewable.material.
for.biomedical.applications..MRS Bull..35:208–213.
Harrison,.B..S.,.D..Eberli,.S..J..Lee,.A..Atala,.and.J..J..Yoo..2007..Oxygen.producing.
biomaterials.for.tissue.regeneration..Biomaterials.28:4628–4634.
Helenius,. G.,. H.. Bäckdahl,. A.. Bodin,. U.. Nanmark,. P.. Gatenholm,. and. B.. Risberg..
2006.. In. vivo. biocompatibility. of. bacterial. cellulose.. J. Biomed. Mater. Res. A..
76:431–438.