Biomedical Engineering Reference
In-Depth Information
References
Ananthanarayanan,. B.,. L.. Little,. D.. V.. Schaffer,. K.. E.. Healy,. and. M.. Tirrell.. 2010.. Neural. stem. cell.
adhesion. and. proliferation. on. phospholipid. bilayers. functionalized. with. RGD. peptides..
Biomaterials
.31(33):.8706-8715.
Anderson,.J..M.,.J..B..Vines,.J..L..Patterson.et.al..2011..Osteogenic.differentiation.of.human.mesen-
chymal.stem.cells.synergistically.enhanced.by.biomimetic.peptide.amphiphiles.combined.with.
conditioned.medium..
Acta Biomaterialia
.7(2):.675-682.
Andersson,. A.-S.,. P.. Olsson,. U.. Lidberg,. and. D.. Sutherland.. 2003.. The. effects. of. continuous. and.
discontinuous. groove. edges. on. cell. shape. and. alignment..
Experimental Cell Research
. 288(1):.
177-188.
Anselme,.K.,.P..Davidson,.A..M..Popa.et.al..2010..The.interaction.of.cells.and.bacteria.with.surfaces.
structured.at.the.nanometre.scale..
Acta Biomaterialia
.6(10):.3824-3846.
Arnold,. M.,. E.. A.. Cavalcanti-Adam,. R.. Glass. et. al.. 2004.. Activation. of. integrin. function. by.
nanopatterned.adhesive.interfaces..
ChemPhysChem
.5(3):.383-388.
Bauer,.A..L.,.T..L..Jackson,.and.Y..Jiang..2009..Topography.of.extracellular.matrix.mediates.vascular.
morphogenesis. and. migration. speeds. in. angiogenesis..
PLoS Computational Biology
. 5(7):.
e1000445.
Behan,. B.. L.,. D.. G.. DeWitt,. D.. R.. Bogdanowicz. et. al.. 2011.. Single-walled. carbon. nanotubes. alter.
Schwann. cell. behavior. differentially. within. 2D. and. 3D. environments..
Journal of Biomedical
Materials Research Part A
.96A(1):.46-57.
Biggs,.M..J..P.,.R..G..Richards,.S..McFarlane.et.al..2008..Adhesion.formation.of.primary.human.osteo-
blasts. and. the. functional. response. of. mesenchymal. stem. cells. to. 330.nm. deep. microgrooves..
Journal of the Royal Society Interface
.5(27):.1231-1242.
Bosman,. F.. T.. and. I.. Stamenkovic.. 2003.. Functional. structure. and. composition. of. the. extracellular.
matrix..
The Journal of Pathology
.200:.423-428.
Brammer,. K.. S.,. C.. Choi,. C.. J.. Frandsen,. S.. Oh,. and. S.. Jin.. 2011a.. Hydrophobic. nanopillars. ini-
tiate. mesenchymal. stem. cell. aggregation. and. osteo-differentiation..
Acta Biomaterialia
. 7(2):.
683-690.
Brammer,.K..S.,.C..Choi,.C..J..Frandsen.et.al..2011b..Comparative.cell.behavior.on.carbon-coated.TiO
2
.
nanotube.surfaces.for.osteoblasts.vs..osteo-progenitor.cells..
Acta Biomaterialia
.7(6):.2697-2703.
Chao,.T.-I.,.S..Xiang,.J..F..Lipstate,.C..Wang,.and.J..Lu..2010..Poly(methacrylic.acid)-grafted.carbon.
nanotube. scaffolds. enhance. differentiation. of. hESCs. into. neuronal. cells..
Advanced Materials
.
22(32):.3542-3547.
Chen,. S.,. J.. A.. Jones,. Y.. Xu. et. al.. 2010.. Characterization. of. topographical. effects. on. macrophage.
behavior.in.a.foreign.body.response.model..
Biomaterials
.31(13):.3479-3491.
Cheng,.X..and.L..J..Guo..2004..One-step.lithography.for.various.size.patterns.with.a.hybrid.mask-
mold..
Microelectronic Engineering
.71(3-4):.288-293.
Choi,.H..K.,.S..H..Im,.and.O..O..Park..2010..Fabrication.of.unconventional.colloidal.self-assembled.
structures..
Langmuir
.26(15):.12500-12504.
Chou,.S..Y.,.P..R..Krauss,.and.P..J..Renstrom..1996..Nanoimprint.lithography..
Journal of Vacuum Science
and Technology B
.14(6):.4129-4133.
Chow,. L.. W.,. L.-J.. Wang,. D.. B.. Kaufman,. and. S.. I.. Stupp.. 2010.. Self-assembling. nanostructures. to.
deliver.angiogenic.factors.to.pancreatic.islets..
Biomaterials
.31(24):.6154-6161.
Cui,.D.,.F..Tian,.C..S..Ozkan,.M..Wang,.and.H..Gao..2005..Effect.of.single.wall.carbon.nanotubes.on.
human.HEK293.cells..
Toxicology Letters
.155(1):.73-85.
Curran,.J..M.,.R..Stokes,.E..Irvine.et.al..2010..Introducing.dip.pen.nanolithography.as.a.tool.for.con-
trolling.stem.cell.behaviour:.Unlocking.the.potential.of.the.next.generation.of.smart.materials.
in.regenerative.medicine..
Lab on a Chip
.10(13):.1662-1670.
Curtis,.A.. S.. G.,. M.. J.. Dalby,. and. N.. Gadegaard.. 2006.. Nanoprinting. onto. cells..
Journal of the Royal
Society Interface
.3(8):.393-398.
