194
Bacterial Cellulose
Andrade,.F..K.,.S..M..G..Moreira,.L..Domingues,.and.F..M..P..Gama..2010..Improving.
the. affinity. of. fibroblasts. for. bacterial. cellulose. using. carbohydrate-binding.
modules.fused.to.RGD..J. Biomed. Mater. Res. A.92A:9–17.
Backdahl,.H.,.G..Helenius,.A..Bodin,.U..Nannmark,.B..R..Johansson,.B..Risberg,.and.
P. Gatenholm..2006..Mechanical.properties.of.bacterial.cellulose.and.inter. actions.
with.smooth.muscle.cells..Biomaterials.27:2141–2149.
Baeckdahl,. H.,. M.. Esguerra,. D.. Delbro,. B.. Risberg,. and. P.. Gatenholm.. 2008..
Engineering.microporosity.in.bacterial.cellulose.scaffolds..J. Tissue Eng. Regen.
Med. 2:320–330.
Barud,. H.. S.,. C.. A.. Ribeiro,. M.. S.. Crespi,. M.. A.. U.. Martines,. J.. Dexpert-Ghys,.
R. F. C. Marques,.Y..Messaddeq,.and.S..J..L..Ribeiro..2007..Thermal.characterization.of.bacterial.cellulose-phosphate.composite.membranes..J. Therm. Anal.
Calorim..87:815–818.
Bodin,.A.,.L..Ahrenstedt,.H..Fink,.H..Brumer,.B..Risberg,.and.P..Gatenholm..2007a..
Modification. of. nanocellulose. with. a. xyloglucan-RGD. conjugate. enhances.
adhesion.and.proliferation.of.endothelial.cells:.implications.for.tissue.engineering..Biomacromolecules.8:3697–3704.
Bodin,.A.,.S..Bharadwaj,.S..Wu,.P..Gatenholm,.A..Atala,.and.Y..Zhang..2010..Tissueengineered. conduit. using. urine-derived. stem. cell. seeded. bacterial. cellulose.
polymer.in.urinary.reconstruction.and.diversion..Biomaterials.31:8889–8901.
Bodin,.A.,.S..Concaro,.M..Brittberg,.and.P..Gatenholm..2007b..Bacterial.cellulose.as.a.
potential.meniscus.implant..J. Tissue Eng. Regen. Med..1:406–408.
Bumgardner. J.. D.,. M.. Vasquez-Lee,. K.. S.. Fulzele,. D.. H.. Smith,. K.. D.. Branch,.
S. I. Christian,.and.D..L..Williams..2008..Biocompatibility.testing..In:.Encyclopedia
of Biomaterials and Biomedical Engineering,.2nd.ed.,.ed..G..E..Wnek.and.G. L. Bowlin,.
169–178..New.York:.Informa.Healthcare.
Cai,.Z.,.and.J..Kim..2010..Bacterial.cellulose/poly(ethylene.glycol).composite:.characterization.and.first.evaluation.of.biocompatibility..Cellulose.17:83–91.
Chen,.Y..M.,.T..Xi,.Y..Zheng,.T..Guo,.J..Hou,.Y..Wan,.and.C..Gao..2009..In.vitro.cytotoxicity.of.bacterial.cellulose.scaffolds.used.for.tissue-engineered.bone..J. Bioact.
Compat. Pol..24:137–145.
Endres,.M.,.T..Rüdiger,.R..W..Kinne,.H..Ahrem,.D..Klemm,.A..A..Hegewald,.C..Thomé,.
A..Arshi,. U.. Merklein,. U.. Klinge,.A.. Fiebeler,. S.. Schneemelcher,. and. C.. Kaps..
2011..Bioactive.implants.for.the.repair.and.regeneration.of.soft.tissue..Project.
numbers. 13N9827–13N9833,. Federal. Ministry. for. Education. and. Research,.
Berlin,.Germany.
Fontana,.J..D.,.A..M..Desouza,.C..K..Fontana,.I..L..Torriani,.J..C..Moreschi,.B..J..Gallotti,.
S..J..Desouza,.G..P..Narcisco,.J..A..Bichara,.and.L..F..X..Farah..1990..Acetobacter.
cellulose. pellicle. as. a. temporary. skin. substitute.. Appl. Biochem. Biotechnol..
24–25:253–264.
Gao,.C.,.Y..Wan,.C..Yang,.K..Dai,.T..Tang,.H..Luo,.and.J..Wang..2011..Preparation.and.
characterization.of.bacterial.cellulose.sponge.with.hierarchical.pore.structure.as.
tissue.engineering.scaffold..J. Porous Mater. 18:139–145.
Grande,.C..J.,.F..G..Torres,.C..M..Gomez,.and.M..C..Bano..2009..Nanocomposites.of.
bacterial. cellulose/hydroxyapatite. for. biomedical. applications.. Acta Biomater..
5:1605–1615.
Helenius,.G.,.H..Bäckdahl,.A..Bodin,.U..Nannmark,.P..Gatenholm,.and.B..Risberg..2006..
In.vivo.biocompatibility.of.bacterial.cellulose..J. Biomed. Mater. Res. A.76:431–438.