Wound Dressings and Cosmetic Materials from Bacterial Nanocellulose
173
Enoch,. S.,. and. P.. Price.. 2004.. Cellular,. molecular. and. biochemical. differences. in.
the. pathophysiology. of. healing. between. acute. wounds,. chronic. wounds. and.
wounds. in. the. aged.. World Wide Wounds,. http://www.worldwidewounds.
com/2004/august/Enoch/Pathophysiology-Of-Healing.html
Fink,.H.,.L..Faxalv,.G..F..Molnar,.K..Drotz,.B..Risberg,.and.T..L..Lindahl..2010..Real-time.
measurements. of. coagulation. on. bacterial. cellulose. and. conventional. vascular.
graft.materials..Acta Biomater. 6:1125–1130.
Gupta,.B.,.R..Agarwal,.and.M..S..Alam..2010..Textile-based.smart.wound.dressings..
Indian J. Fibre.Text..35:174–187.
Hu,. Y.,. and. J.. M.. Catchmark.. 2011.. Integration. of. cellulases. into. bacterial. cellulose:.
toward.bioabsorbable.cellulose.composites..J. Biomed. Mater. Res. B Appl. Biomater..
79B:114–123.
Ioelovich,.M..2008..Cellulose.as.a.nanostructured.polymer:.a.short.review..BioResources.
3:1403–1418.
Kim,.Y.,.R..Jung,.H.-S..Kim,.and.H.-J..Jin..2009..Transparent.nanocomposites.prepared.
by.incorporating.microbial.nanofibrils.into.poly(L-lactic.acid)..Curr. Appl. Phys..
9:569–571.
Kołodziejczyk,. M.,. A.. Krystynowicz,. H.. Kalinowska,. T.. Pankiewicz,. Z.. Pasieka,.
B. Grobelski,.K..Kowalska,.P..Lawniczak,.and.S..Bielecki..2010..The.application.
of.microbial.cellulose.in.reconstructive.surgery..Mil. Pharm. Med..3:62–65.
Maneerung,.T.,.S..Tokura,.and.R..Rujiravanit..2008..Impregnation.of.silver.nanoparticles.
into.bacterial.cellulose.for.antimicrobial.wound.dressing..Carbohyd. Polym..72:43–51.
Maria,. I.. C.. D.,. A.. L.. C.. Santos,. P.. C.. Oliveira,. H.. S.. Barud,. Y.. Messadeq,. and.
S. J. I. Ribeiro.. 2009.. Synthesis. and. characterization. of. silver. nanoparticles.
impregnated.into.bacterial.cellulose..Mater. Lett. 63:797–799.
Melman,.L.,.E..D..Jenkins,.N..A..Hamilton,.L..C..Bender,.M..D..Brodt,.C..R..Deeken,.
S..C..Greco,.M..M..Frisella,.and.B..D..Matthews..2011..Early.biocompatibility.of.
crosslinked.and.non-crosslinked.biologic.meshes.in.a.porcine.model.of.ventral.
hernia.repair..Hernia.15:157–164.
Mendes,. P.. N.,. S.. C.. Rahal,. O.. C.. M.. Pereira,. Jr.,. V.. E.. Fabris,. S.. L.. R.. Lenharo,.
J. F. de Lima-Neto,.and.F..da.Cruz.Landim-Alvarenga..2009..In.vivo.and.in.vitro.
evaluation.of.an.Acetobacter.xylinum.synthesized.microbial.cellulose.membrane.
intended.for.guided.tissue.repair..Acta.Vet. Scand..51:12–19.
Oshima,.T.,.S..Taguchi,.K..Ohe,.and.Y..Baba..2011..Phosphorylated.bacterial.cellulose.
for.adsorption.of.proteins..Carbohyd. Polym..83:953–958.
Petersen,.N.,.and.P..Gatenholm..2011..Bacterial.cellulose-based.materials.and.medicinal.
devices:.current.state.and.perspectives..Appl. Microbiol. Biotechnol..91:1277–1286.
Pinto,.R..J..B.,.P..A..A..P..Marques,.C..P..Neto,.T..Trindade,.S..Daina,.and.P..Sadocco..
2009.. Antibacterial. activity. of. nanocomposites. of. silver. and. bacterial. or. vegetable.cellulosic.fibers..Acta Biomater..5:2279–2289.
PL.Patent.application.392,480.. A.method.of.modification.of.bacterial.cellulose.membranes.
Solway,. D.. R.,. M.. Consalter,. and. D.. J.. Levinson.. 2010.. Microbial. cellulose. wound.
dressing.in.the.treatment.of.skin.tears.in.the.frail.elderly..Wounds.22:17–19.
Stoica-Guzun,.A.,.M..Stroescu,.F..Tache,.T..Zaharescu,.and.E..Grosu..2007..Effect.of.
electron.beam.irradiation.on.bacterial.cellulose.membranes.used.as.transdermal.
drug.delivery.systems..Nucl..Instrum. Meth..B 265:434–438.
Thomas,.S..2008..The.role.of.dressings.in.the.treatment.of.moisture-related.skin.damage..
World Wide Wounds,.http://www.worldwidewounds.com/2008/march/Thomas/
Maceration-and-the-role-of-dressings.html
173
Enoch,. S.,. and. P.. Price.. 2004.. Cellular,. molecular. and. biochemical. differences. in.
the. pathophysiology. of. healing. between. acute. wounds,. chronic. wounds. and.
wounds. in. the. aged.. World Wide Wounds,. http://www.worldwidewounds.
com/2004/august/Enoch/Pathophysiology-Of-Healing.html
Fink,.H.,.L..Faxalv,.G..F..Molnar,.K..Drotz,.B..Risberg,.and.T..L..Lindahl..2010..Real-time.
measurements. of. coagulation. on. bacterial. cellulose. and. conventional. vascular.
graft.materials..Acta Biomater. 6:1125–1130.
Gupta,.B.,.R..Agarwal,.and.M..S..Alam..2010..Textile-based.smart.wound.dressings..
Indian J. Fibre.Text..35:174–187.
Hu,. Y.,. and. J.. M.. Catchmark.. 2011.. Integration. of. cellulases. into. bacterial. cellulose:.
toward.bioabsorbable.cellulose.composites..J. Biomed. Mater. Res. B Appl. Biomater..
79B:114–123.
Ioelovich,.M..2008..Cellulose.as.a.nanostructured.polymer:.a.short.review..BioResources.
3:1403–1418.
Kim,.Y.,.R..Jung,.H.-S..Kim,.and.H.-J..Jin..2009..Transparent.nanocomposites.prepared.
by.incorporating.microbial.nanofibrils.into.poly(L-lactic.acid)..Curr. Appl. Phys..
9:569–571.
Kołodziejczyk,. M.,. A.. Krystynowicz,. H.. Kalinowska,. T.. Pankiewicz,. Z.. Pasieka,.
B. Grobelski,.K..Kowalska,.P..Lawniczak,.and.S..Bielecki..2010..The.application.
of.microbial.cellulose.in.reconstructive.surgery..Mil. Pharm. Med..3:62–65.
Maneerung,.T.,.S..Tokura,.and.R..Rujiravanit..2008..Impregnation.of.silver.nanoparticles.
into.bacterial.cellulose.for.antimicrobial.wound.dressing..Carbohyd. Polym..72:43–51.
Maria,. I.. C.. D.,. A.. L.. C.. Santos,. P.. C.. Oliveira,. H.. S.. Barud,. Y.. Messadeq,. and.
S. J. I. Ribeiro.. 2009.. Synthesis. and. characterization. of. silver. nanoparticles.
impregnated.into.bacterial.cellulose..Mater. Lett. 63:797–799.
Melman,.L.,.E..D..Jenkins,.N..A..Hamilton,.L..C..Bender,.M..D..Brodt,.C..R..Deeken,.
S..C..Greco,.M..M..Frisella,.and.B..D..Matthews..2011..Early.biocompatibility.of.
crosslinked.and.non-crosslinked.biologic.meshes.in.a.porcine.model.of.ventral.
hernia.repair..Hernia.15:157–164.
Mendes,. P.. N.,. S.. C.. Rahal,. O.. C.. M.. Pereira,. Jr.,. V.. E.. Fabris,. S.. L.. R.. Lenharo,.
J. F. de Lima-Neto,.and.F..da.Cruz.Landim-Alvarenga..2009..In.vivo.and.in.vitro.
evaluation.of.an.Acetobacter.xylinum.synthesized.microbial.cellulose.membrane.
intended.for.guided.tissue.repair..Acta.Vet. Scand..51:12–19.
Oshima,.T.,.S..Taguchi,.K..Ohe,.and.Y..Baba..2011..Phosphorylated.bacterial.cellulose.
for.adsorption.of.proteins..Carbohyd. Polym..83:953–958.
Petersen,.N.,.and.P..Gatenholm..2011..Bacterial.cellulose-based.materials.and.medicinal.
devices:.current.state.and.perspectives..Appl. Microbiol. Biotechnol..91:1277–1286.
Pinto,.R..J..B.,.P..A..A..P..Marques,.C..P..Neto,.T..Trindade,.S..Daina,.and.P..Sadocco..
2009.. Antibacterial. activity. of. nanocomposites. of. silver. and. bacterial. or. vegetable.cellulosic.fibers..Acta Biomater..5:2279–2289.
PL.Patent.application.392,480.. A.method.of.modification.of.bacterial.cellulose.membranes.
Solway,. D.. R.,. M.. Consalter,. and. D.. J.. Levinson.. 2010.. Microbial. cellulose. wound.
dressing.in.the.treatment.of.skin.tears.in.the.frail.elderly..Wounds.22:17–19.
Stoica-Guzun,.A.,.M..Stroescu,.F..Tache,.T..Zaharescu,.and.E..Grosu..2007..Effect.of.
electron.beam.irradiation.on.bacterial.cellulose.membranes.used.as.transdermal.
drug.delivery.systems..Nucl..Instrum. Meth..B 265:434–438.
Thomas,.S..2008..The.role.of.dressings.in.the.treatment.of.moisture-related.skin.damage..
World Wide Wounds,.http://www.worldwidewounds.com/2008/march/Thomas/
Maceration-and-the-role-of-dressings.html