Biomedical Engineering Reference
In-Depth Information
Ashammakhi.N,.Ndreu.A,.Piras.AM,.Nikkola.L,.Sindelar.T,.Ylikauppila.H,.Harlin.A,.Gomes.ME,.
Neves.NM,.Chiellini.E,.Chiellini.F,.Hasirci.V,.Redl.H,.Reis.RL..2007a..Biodegradable.nanomats.
produced.by.electrospinning:.expanding.multifunctionality.and.potential.for.tissue.engineer-
ing..
J Nanosci Nanotechnol
.7:.862-882.
Ashammakhi.N,.Ndreu.A,.Yang.Y,.Ylikauppila.H,.Nikkola.L,.Hasirci.V..2007b..Tissue.engineering:.a.
new.take-off.using.nanoiber-based.scaffolds..
J Craniofac Surg
18:.3-17.
Asran.AS,. Henning. S,. Michler. GH.. 2010.. Polyvinyl. alcohol-collagen-hydroxyapatite. biocomposite.
nanoibrous.scaffold:.mimicking.the.key.features.of.natural.bone.at.the.nanoscale.level..
Polymer
51:.868-876.
Badami. AS,. Kreke. MR,. Thompson. MS,. Rifle. JS,. Goldstein. AS.. 2006.. Effect. of. iber. diameter. on.
spreading,.proliferation,.and.differentiation.of.osteoblastic.cells.on.electrospun.poly(lactic.acid).
substrates..
Biomaterials
.27:.596-606.
Barhate.RS,.Loong.CK,.Ramakrishna.S..2006..Preparation.and.characterization.of.nanoibrous.ilter-
ing.media..
J Membr Sci
.283:.209-218.
Barnes.CP,.Sell.SA,.Boland.ED,.Simpson.DG,.Bowlin.GL..2007..Nanoiber.technology:.designing.the.
next.generation.of.tissue.engineering.scaffold..
Adv Drug Delivery Rev
.59:.1413-1433.
Black.J..1999..
Biological performance of materials
,
3rd.ed..M..Dekker,.New.York,.p..6.
Black.LD,.Meyers.JD,.Weinbaum.JS,.Shvelidze.YA,.Tranquillo.RT..2009..Cell-induced.alignment.aug-
ments.twitch.force.in.ibrin.gel-based.engineered.myocardium.via.gap.junction.modiication..
Tissue Eng A
.15(10):.3099-3108.
Bruck.SD..1980..
Properties of biomaterials in the physiological environment
..CRC.Press,.Boca.Raton,.FL.
Burg.KJL,.Porter.S,.Kellam.JF..2000..Biomaterial.developments.for.bone.tissue.engineering..
Biomaterials
.
21:.2347-2359.
Bursac.N,.Papadaki.M,.Cohen.RJ,.Schoen.FJ,.Eisenberg.SR,.Carrier.RL,.Vunjak-Novakovic.G,.Freed.
LE..1999..Cardiac.muscle.tissue.engineering:.toward.an.
in vitro
.model.for.electrophysiological.
studies..
Am J Physiol Heart Circ Physiol
277:.H433-H444.
Cao.H,.Liu.T,.Chew.SY..2009..The.application.of.nanoibrous.scaffolds.in.neural.tissue.engineering..
Adv Drug Deliv Rev
61(12):.1055-1064.
Catledge.SA,.Vohra.YK,.Bellis.SL,.Sawyer.AA..2004..Mesenchymal.stem.cell.adhesion.and.spreading.
on.nanostructured.biomaterials..
J Nanosci Nanotechnol
.4:.986-989.
Chew.SY,.Mi.R,.Hoke.A,.Leong.KW..2007..Aligned.protein-polymer.composite.ibers.enhance.nerve.
regeneration:.a.potential.tissue-engineering.platform..
Adv Funct Mater
17(8):.1288-1296.
Chew.SY,.Mi.R,.Hoke.A,.Leong.KW..2008..The.effect.of.the.alignment.of.electrospun.ibrous.scaffolds.
on.Schwann.cell.maturation..
Biomaterials
.29(6):.653-661.
Chiu.JB,.Luu.YK,.Fang.D,.Hsiao.B,.Chu.B,.Hadjiargyrou.M..2005..Electrospun.nanoibrous.scaffolds.
for.biomedical.applications..
J Biomed Nanotechnol
.1:.115-132.
Choi.JS,.Lee.SJ,.Christ.GJ,.Atala.A,.Yoo.JJ..2008..The.inluence.of.electrospun.aligned.poly(ε.capro-
lactone)/collagen.nanoiber.meshes.on.the.formation.of.self-aligned.skeletal.muscle.myotubes..
Biomaterials
.29:.2899-2906.
Christopherson.GT,.Song.H,.Mao.HQ..2009..The.inluence.of.iber.diameter.of.electrospun.substrates.
on.neural.stem.cell.differentiation.and.proliferation..
Biomaterials
30(4):.556-564.
Corey.JM,.Lin.DY,.Mycek.KB,.Chen.Q,.Samuel.S,.Feldman.EL,.Martin.DC..2007..Aligned.electrospun.
nanoibers. specify. the. direction. of. dorsal. root. ganglia. neurite. growth..
J Biomed Mater Res A
83(3):.636-645.
Courtney.T,.Sacks.MS,.Stankus.J,.Guan.J,.Wagner.WR..2006..Design.and.analysis.of.tissue.engineer-
ing.scaffolds.that.mimic.soft.tissue.mechanical.anisotropy..
Biomaterials
.27:.3631-3638.
Cui. W,. Li. X,. Zhou. S,. Weng. J.. 2007..
In situ
. growth. of. hydroxyapatite. within. electrospun. poly(DL-
lactide).ibers..
J Biomed Mater Res A
.82(4):.831-841.
Deitzel.JM,.Kleinmeyer.J,.Harris.D,.Tan.NCB..2001..The.effect.of.processing.variables.on.the.mor-
phology.of.electrospun.nanoibres.and.textiles..
Polymer
.42:.261-272.
Dieudonné.SC,.van.den.Dolder.J,.de.Ruijter.JE,.Paldan.H,.Peltola.T,.van't.Hof.MA,.Happonen.RP,.
Jansen.JA..2002..Osteoblast.differentiation.of.bone.marrow.stromal.cells.cultured.on.silica.gel.
and.sol-gel-derived.titania..
Biomaterials
.23:.3041-3051.
