Biomedical Engineering Reference
In-Depth Information
Tsang,. K.,. M.. Cheung,. D.. Chan,. and. K.. Cheah.. 2010.. The. developmental. roles. of. the. extracellular.
matrix:.Beyond.structure.to.regulation.. Cell and Tissue Research .339(1):.93-110.
Tseng,. A.. A.,. C.. Kuan,. C.. D.. Chen,. and. K.. J.. Ma.. 2003.. Electron. beam. lithography. in. nanoscale.
fabrication:.Recent.development.. IEEE Transactions on Electronics Packaging Manufacturing .26(2):.
141-149.
Vega,. R..A.,. D.. Maspoch,. K.. Salaita,. and. C..A.. Mirkin.. 2005.. Nanoarrays. of. single. virus. particles..
Angewandte Chemie .117(37):.6167-6169.
Venugopal,.J.,.M..P..Prabhakaran,.Y..Zhang.et.al..2010..Biomimetic.hydroxyapatite-containing.com-
posite.nanoibrous.substrates.for.bone.tissue.engineering.. Philosophical Transactions of the Royal
Society A: Mathematical, Physical and Engineering Sciences .368(1917):.2065-2081.
Vieu,. C.,. F.. Carcenac,. A.. Pépin. et. al.. 2000.. Electron. beam. lithography:. Resolution. limits. and.
applications.. Applied Surface Science .164(1-4):.111-117.
Wang,.L.,.Z.-H..Wang,.C.-Y..Shen.et.al..2010..Differentiation.of.human.bone.marrow.mesenchymal.
stem.cells.grown.in.terpolyesters.of.3-hydroxyalkanoates.scaffolds.into.nerve.cells.. Biomaterials .
31(7):.1691-1698.
Webber,.M..J.,.J..Tongers,.M.-A..Renault.et.al..2010..Development.of.bioactive.peptide.amphiphiles.
for.therapeutic.cell.delivery.. Acta Biomaterialia .6(1):.3-11.
Whitesides,.G.,.J..Mathias,.and.C..Seto..1991..Molecular.self-assembly.and.nanochemistry:.A.chemical.
strategy.for.the.synthesis.of.nanostructures.. Science .254(5036):.1312-1319.
Wood,. M.. A.. 2007.. Colloidal. lithography. and. current. fabrication. techniques. producing. in-plane.
nanotopography.for.biological.applications.. Journal of the Royal Society Interface .4(12):.1-17.
Wood,.M.,.M..Riehle,.and.C..Wilkinson..2002..Patterning.colloidal.nanotopographies.. Nanotechnology .
13(5):.605-609.
Xiao,. R.,. S.. I.. Cho,. R.. Liu,. and. S.. B.. Lee.. 2007.. Controlled. electrochemical. synthesis. of. conductive.
polymer.nanotube.structures.. Journal of the American Chemical Society .129(14):.4483-4489.
Xie,. C.,. L.. Hanson,. W.. Xie. et. al.. 2010.. Noninvasive. neuron. pinning. with. nanopillar. arrays.. Nano
Letters .10(10):.4020-4024.
Yang,.S.-M.,.S..G..Jang,.D.-G..Choi,.S..Kim,.and.H..K..Yu..2006..Nanomachining.by.colloidal.lithog-
raphy.. Small .2(4):.458-475.
Yang,.Y.,.K..Kulangara,.J..Sia,.L..Wang,.and.K..W..Leong..2011..Engineering.of.a.microluidic.cell.cul-
ture.platform.embedded.with.nanoscale.features.. Lab on a Chip .11(9):.1638-1646.
Yim,.E..K..F.,.R..M..Reano,.S..W..Pang.et.al..2005..Nanopattern-induced.changes.in.morphology.and.
motility.of.smooth.muscle.cells.. Biomaterials .26(26):.5405-5413.
Yu,. W.-Q.,. X.-Q.. Jiang,. F.-Q.. Zhang,. and. L.. Xu.. 2010.. The. effect. of. anatase. TiO 2 . nanotube. layers.
on. MC3T3-E1. preosteoblast. adhesion,. proliferation,. and. differentiation.. Journal of Biomedical
Materials Research Part A .94A(4):.1012-1022.
Yun,.Y.,.Z..Dong,.Z..Tan,.M..J..Schulz,.and.V..Shanov..2009..Fibroblast.cell.behavior.on.chemically.
functionalized.carbon.nanomaterials.. Materials Science and Engineering C .29(3):.719-725.
Zhang,. S.. 2003.. Fabrication. of. novel. biomaterials. through. molecular. self-assembly.. Nature
Biotechnology .21(10):.1171-1178.
Zhao,.H.,.L..Ma,.Y..Gong,.C..Gao,.and.J..Shen..2009..A.polylactide/ibrin.gel.composite.scaffold.for.
cartilage.tissue.engineering:.Fabrication.and.an.in.vitro.evaluation.. Journal of Materials Science:
Materials in Medicine .20(1):.135-143.
Zhao,.L.,.S..Mei,.W..Wang.et.al..2011..Suppressed.primary.osteoblast.functions.on.nanoporous.titania.
surface.. Journal of Biomedical Materials Research Part A .96A(1):.100-107.
Zhao,.F.,.J..J..Veldhuis,.Y..Duan.et.al..2010..Low.oxygen.tension.and.synthetic.nanogratings.improve.
the.uniformity.and.stemness.of.human.mesenchymal.stem.cell.layer.. Molecular Therapy .18(5):.
1010-1018.
Zhu,.H.,.B..Cao,.Z..Zhen.et.al..2011..Controlled.growth.and.differentiation.of.MSCs.on.grooved.ilms.
assembled.from.monodisperse.biological.nanoibers.with.genetically.tunable.surface.chemis-
tries.. Biomaterials .32(21):.4744-4752.
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