262
Bacterial Cellulose
Muller,.D.,.J..P..Silva,.F..O..Q..Dourado,.C..R..Rambo,.G..M..O..Barra,.and.M..Gama..2011b..
Desenvolvimento.de.Suportes.Condutores.de.Celulose.Bacteriana.com.Polipirrol.
para.Aplicações. em. Células. Neuronais.. Paper. presented. at. the. 11th. Congresso.
Brasileiro.de.Polímeros,.CBPol,.October.16–20,.Campos.do.Jordão,.Brazil.
Nagarale,. R.. K.,. G.. S.. Gohil,. and. Vinod. K.. Shahi.. 2006.. Recent. developments. on.
ion-exchange.membranes.and.electro-membrane.processes..Adv. Colloid Interf.
Sci..119(2–3):97–130.
Picciani,.P..H..S.,.E..S..Medeiros,.Z..L..Pan,.W..J..Orts,.L..H..C..Mattoso,.and.B..G. Soares..
2009.. Development. of. conducting. polyaniline/poly(lactic. acid). nanofibers. by.
electrospinning..J. Appl. Polym. Sci..112(2):744–753.
Place,. E.. S.,. N.. D.. Evans,. and. M.. M.. Stevens.. 2009.. Complexity. in. biomaterials. for.
. tissue.engineering..Nat. Mater..8(6):457–470.
tion.on.microporous.cellulose.ester.membranes.by.in.situ.chemical.polymerization..J. Phys. Chem. B.113(45):14986–14993.
Ramanavic ˇius,.A.,.A..Ramanavic ˇiene ˙,.and.A..Malinauskas..2006..Electrochemical.sensors.
based.on.conducting.polymer—polypyrrole..Electrochim. Acta.51(27):6025–6037.
Ravichandran,.R.,.S..Sundarrajan,.J..R..Venugopal,.S..Mukherjee,.and.S..Ramakrishna..
2010..Applications.of.conducting.polymers.and.their.issues.in.biomedical.engineering..J. R. Soc. Interface.7:S559–S579.
Recouvreux,.D..O..S.,.F..V..Berti,.C..R..Rambo,.R..M..Ribeiro-do-Valle,.R..V..Antônio,.
P..F..Dias,.and.L..M..Porto..2009..Spatial.distribution.of.embedded.human.vein.
endothelial.cell.growth.in.multilayered.BC-HAp.hydrogel..In.XXII Congresso de
Microscopia e Microanálises, SBMM..Belo.Horizonte,.MG.
Richardson,. M.. J.,. J.. H.. Johnston,. and. T.. Borrmann.. 2006.. Electronic. properties. of.
intrinsically.conducting.polymer-cellulose.based.composites..Curr. Appl. Phys..
6(3):462–465.
Scherr,. E.. M.,. A.. G.. MacDiarmid,. S.. K.. Manohar,. J.. G.. Masters,. Y.. Sun,. X.. Tang,.
M. A. Druy,. P.. J.. Glatkowski,. V.. B.. Cajipe,. J.. E.. Fischer,. K.. R.. Cromack,.
M. E. Jozefowicz,.J. M. Ginder,.R..P..Mccall,.and.A..J..Epstein..1991..Polyaniline:.
oriented.films.and.fibers..Synthetic Metals.41(1–2):735–738.
Song,.H..K.,.and.G...T..R.Palmore..2006..Redox-active.polypyrrole:.toward.polymer-based.
batteries..Adv. Mater..18(13):1764–1768.
Stalling,. S.. S.,. S.. O.. Akintoye,. and. S.. B.. Nicoll.. 2009.. Development. of. photocrosslinked. methylcellulose. hydrogels. for. soft. tissue. reconstruction.. Acta Biomater..
5(6):1911–1918.
Stejskal,.J.,.I..Sapurina,.M..Trchova,.and.E..N..Konyushenko..2008..Oxidation.of.aniline:.
polyaniline.granules,.nanotubes,.and.oligoaniline.microspheres..Macromolecules.
41(10):3530–3536.
Svirskis,. D.,. J.. Travas-Sejdic,.A.. Rodgers,. and. S.. Garg.. 2010.. Electrochemically. controlled. drug. delivery. based. on. intrinsically. conducting. polymers.. J. Control.
Release.146(1):6–15.
Tsukamoto,. J.. 1990.. Structure. and. electrical. properties. of. polyacetylene. yielding. a.
conductivity.of.105.S/cm..Jpn. J. Appl. Phys. 29:125–130.
Wang,. C.. Y.,. G.. Tsekouras,. P.. Wagner,. S.. Gambhir,. C.. O.. Too,. D.. Officer,. and.
G. G. Wallace.. 2010.. Functionalised. polyterthiophenes. as. anode. materials. in.
polymer/polymer.batteries..Synthetic Metals.160(1–2):76–82.
Wei,.M.,.J..Lee,.B..W..Kang,.and.J..Mead..2005..Preparation.of.core-sheath.nanofibers.
from.conducting.polymer.blends..Macromol. Rapid Commun..26(14):1127–1132.
Bacterial Cellulose
Muller,.D.,.J..P..Silva,.F..O..Q..Dourado,.C..R..Rambo,.G..M..O..Barra,.and.M..Gama..2011b..
Desenvolvimento.de.Suportes.Condutores.de.Celulose.Bacteriana.com.Polipirrol.
para.Aplicações. em. Células. Neuronais.. Paper. presented. at. the. 11th. Congresso.
Brasileiro.de.Polímeros,.CBPol,.October.16–20,.Campos.do.Jordão,.Brazil.
Nagarale,. R.. K.,. G.. S.. Gohil,. and. Vinod. K.. Shahi.. 2006.. Recent. developments. on.
ion-exchange.membranes.and.electro-membrane.processes..Adv. Colloid Interf.
Sci..119(2–3):97–130.
Picciani,.P..H..S.,.E..S..Medeiros,.Z..L..Pan,.W..J..Orts,.L..H..C..Mattoso,.and.B..G. Soares..
2009.. Development. of. conducting. polyaniline/poly(lactic. acid). nanofibers. by.
electrospinning..J. Appl. Polym. Sci..112(2):744–753.
Place,. E.. S.,. N.. D.. Evans,. and. M.. M.. Stevens.. 2009.. Complexity. in. biomaterials. for.
. tissue.engineering..Nat. Mater..8(6):457–470.
tion.on.microporous.cellulose.ester.membranes.by.in.situ.chemical.polymerization..J. Phys. Chem. B.113(45):14986–14993.
Ramanavic ˇius,.A.,.A..Ramanavic ˇiene ˙,.and.A..Malinauskas..2006..Electrochemical.sensors.
based.on.conducting.polymer—polypyrrole..Electrochim. Acta.51(27):6025–6037.
Ravichandran,.R.,.S..Sundarrajan,.J..R..Venugopal,.S..Mukherjee,.and.S..Ramakrishna..
2010..Applications.of.conducting.polymers.and.their.issues.in.biomedical.engineering..J. R. Soc. Interface.7:S559–S579.
Recouvreux,.D..O..S.,.F..V..Berti,.C..R..Rambo,.R..M..Ribeiro-do-Valle,.R..V..Antônio,.
P..F..Dias,.and.L..M..Porto..2009..Spatial.distribution.of.embedded.human.vein.
endothelial.cell.growth.in.multilayered.BC-HAp.hydrogel..In.XXII Congresso de
Microscopia e Microanálises, SBMM..Belo.Horizonte,.MG.
Richardson,. M.. J.,. J.. H.. Johnston,. and. T.. Borrmann.. 2006.. Electronic. properties. of.
intrinsically.conducting.polymer-cellulose.based.composites..Curr. Appl. Phys..
6(3):462–465.
Scherr,. E.. M.,. A.. G.. MacDiarmid,. S.. K.. Manohar,. J.. G.. Masters,. Y.. Sun,. X.. Tang,.
M. A. Druy,. P.. J.. Glatkowski,. V.. B.. Cajipe,. J.. E.. Fischer,. K.. R.. Cromack,.
M. E. Jozefowicz,.J. M. Ginder,.R..P..Mccall,.and.A..J..Epstein..1991..Polyaniline:.
oriented.films.and.fibers..Synthetic Metals.41(1–2):735–738.
Song,.H..K.,.and.G...T..R.Palmore..2006..Redox-active.polypyrrole:.toward.polymer-based.
batteries..Adv. Mater..18(13):1764–1768.
Stalling,. S.. S.,. S.. O.. Akintoye,. and. S.. B.. Nicoll.. 2009.. Development. of. photocrosslinked. methylcellulose. hydrogels. for. soft. tissue. reconstruction.. Acta Biomater..
5(6):1911–1918.
Stejskal,.J.,.I..Sapurina,.M..Trchova,.and.E..N..Konyushenko..2008..Oxidation.of.aniline:.
polyaniline.granules,.nanotubes,.and.oligoaniline.microspheres..Macromolecules.
41(10):3530–3536.
Svirskis,. D.,. J.. Travas-Sejdic,.A.. Rodgers,. and. S.. Garg.. 2010.. Electrochemically. controlled. drug. delivery. based. on. intrinsically. conducting. polymers.. J. Control.
Release.146(1):6–15.
Tsukamoto,. J.. 1990.. Structure. and. electrical. properties. of. polyacetylene. yielding. a.
conductivity.of.105.S/cm..Jpn. J. Appl. Phys. 29:125–130.
Wang,. C.. Y.,. G.. Tsekouras,. P.. Wagner,. S.. Gambhir,. C.. O.. Too,. D.. Officer,. and.
G. G. Wallace.. 2010.. Functionalised. polyterthiophenes. as. anode. materials. in.
polymer/polymer.batteries..Synthetic Metals.160(1–2):76–82.
Wei,.M.,.J..Lee,.B..W..Kang,.and.J..Mead..2005..Preparation.of.core-sheath.nanofibers.
from.conducting.polymer.blends..Macromol. Rapid Commun..26(14):1127–1132.