Bacterial Nanocellulose Hydrogels Designed as Bioartificial Medical Implants 195
Industry.Codes..2011..ASTM.F2900-Standard.guide.for.characterization.of.hydrogels.
used. in. regenerative. medicine.. http://industrycodes.com/products/edc44f/
standard-guide-characterization-hydrogels-used.(accessed.December.2011).
Jiang,.H.,.Y..Wang,.S..Jia,.Y..Huang,.F..He,.and.Y..Wan..2007..Preparation.and.characterization.of.hydroxyapatite/bacterial.cellulose.nanocomposite.scaffolds.for.
bone.tissue.engineering..Key Eng. Mater..330–332:923–926.
Jonas,. R.,. and. L.. F.. Farah.. 1998.. Production. and. application. of. microbial. cellulose..
Polym. Degrad. Stabil..59:101–106.
Klemm,.D.,.B..Heublein,.H..P..Fink,.and.A..Bohn..2005..Cellulose:.fascinating.biopolymer.
and.sustainable.raw.material..Angew Chem. Int. Ed..44:3358–3393.
Klemm,. D.,. R.. W.. Kinne,. F.. Kramer,. D.. Pretzel,. and. U.. Udhardt.. 2009.. Bakterielle.
Nanocellulose.zur.Knorpelneubildung..DE102009024133.(A1).
Klemm,.D.,.F..Kramer,.S..Moritz,.T..Lindstroem,.M..Ankerfors,.D..Gray,.and.A..Dorris..
2011..Nanocelluloses:.a.new.family.of.nature-based.materials..Angew Chem. Int.
Ed..50:5438–5466.
Klemm,. D.,. S.. Marsch,. D.. Schumann,. and. U.. Udhardt.. 2001a.. Method. and. device.
for.producing.shaped.microbial.cellulose.for.use.as.biomaterial,.especially.for.
microsurgery..WO.2001061026.(A1).
Klemm,. D.,. D.. Schumann,. F.. Kramer,. N.. Heßler,. M.. Hornig,. H.. P.. Schmauder,. and.
S. Marsch..2006..Nanocelluloses.as.innovative.polymers.in.research.and.application..Adv. Polym. Sci. 205:49–96.
Klemm,. D.,. D.. Schumann,. U.. Udhardt,. and. S.. Marsch.. 2001b.. Bacterial. synthesized.
. cellulose—artificial.blood.vessels.for.microsurgery..Prog. Polym. Sci..26:1561–1603.
Langstein,.J.,.F..M..Becke,.L..Sollner,.G..Krause,.G..Brockhoff,.M..Kreutz,.R..Andreesen,.
and. H.. Schwarz.. 2000.. Comparative. analysis. of. CD137. and. LPS. effects. on.
monocyte.activation,.survival,.and.proliferation..Biochem. Biophys. Res. Commun..
273:117–122.
Li,.J.,.Y..Wan,.L..Li,.H..Liang,.and.J..Wang..2009..Preparation.and.characterization.of.
2,3-dialdehyde.bacterial.cellulose.for.potential.biodegradable.tissue.engineering.scaffolds..Mater. Sci. Eng. C.29:1635–1642.
Lopes,.A..W.,.C..H..Olival,.S..F..de.Coelho,.C..M..de.Germanos,.and.S..da.Leonardo..
2009.. Experimental. study. of. the. tissue. reaction. caused. by. the. presence. of.
. cellulose.produced.by.Acetobacter xylinum.in.the.nasal.dorsum.of.rabbits..Braz.
J. Otorhinolaryngol..75:200–207.
Martson,.M.,.J..Viljanto,.T..Hurme,.and.P..Saukko..1998..Biocompatibility.of.cellulose.
sponge.with.bone..Eur. Surg. Res. 30:426–432.
Mello,.L..R.,.L..T..Feltrin,.P..T..Fontes.Neto,.and.F..A..Ferraz..1997..Duraplasty.with.
biosynthetic.cellulose:.an.experimental.study..J. Neurosurg..86:143–150.
Mendes,. P.. N.,. S.. C.. Rahal,. O.. C.. M.. Pereira-Junior,. V.. E.. Fabris,. S.. L.. R.. Lenharo,.
J. Ferreira.de.Lima-Neto,.and.L..A..Fernanda.da.Cruz..2009..In.vivo.and.in.vitro.
evaluation.of.an.Acetobacter xylinum.synthesized.microbial.cellulose.membrane.
intended.for.guided.tissue.repair..Acta Vet. Scand..51:12.
Miyamoto,. T.,. S.. Takahashi,. H.. Ito,. H.. Inagaki,. and. Y.. Noishiki.. 1989.. Tissue. biocompatibility.of.cellulose.and.its.derivatives..J. Biomed. Mater. Res..23:125–133.
Moreira,.S.,.N..B..Silva,.J..Almeida-Lima,.H..A..O..Rocha,.S..R..B..Medeiros,.C..Alves,.
and. F.. M.. Gama.. 2009.. BC. nanofibers:. in. vitro. study. of. genotoxicity. and. cell.
proliferation..Toxicol. Lett..189:235–241.
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