Biomedical Engineering Reference
In-Depth Information
Walker,.G..M.,.Zeringue,.H..C.,.and.Beebe,.D..J..(2004).Microenvironment.design.considerations.for.
cellular.scale.studies.. Lab on a Chip .4,.91-97.
Wan,.C..R.,.Frohlich,.E..M.,.Charest,.J..L.,.and.Kamm,.R..D..(2010).Effect.of.surface.patterning.and.
presence.of.collagen.I.on.the.phenotypic.changes.of.embryonic.stem.cell.derived.cardiomyocytes..
Cellular and Molecular Bioengineering .4,.56-66.
Wang,.Y..D.,.Ameer,.G..A.,.Sheppard,.B..J.,.and.Langer,.R..(2002).A.tough.biodegradable.elastomer..
Nature Biotechnology .20,.602-606.
Wang,.J.,.Bettinger,.C..J.,.Langer,.R..S.,.and.Borenstein,.J..T..(2010).Biodegradable.microluidic.scaffolds.
for.tissue.engineering.from.amino.alcohol-based.poly(ester.amide).elastomers.. Organogenesis .
6,.212-216.
Whitesides,.G..M.,.Ostuni,.E.,.Takayama,.S.,.Jiang,.X..Y.,.and.Ingber,.D..E..(2001).Soft.lithography.in.
biology.and.biochemistry.. Annual Review of Biomedical Engineering .3,.335-373.
Whitesides,.G..M..and.Strook,.A..D..(2001).Flexible.methods.for.microluidics.. Physics Today .54(6),.
42-48.
Wolf,.K.,.Muller,.R.,.Borgmann,.S.,.Brocker,.E..B.,.and.Friedl,.P..(2003).Amoeboid.shape.change.and.
contact.guidance:.T-lymphocyte.crawling.through.ibrillar.collagen.is.independent.of.matrix.
remodeling.by.MMPs.and.other.proteases.. Blood .102,.3262-3269.
Xin,.X.,.Hussain,.M.,.and.Mao,.J..J..(2007).Continuing.differentiation.of.human.mesenchymal.stem.
cells.and.induced.chondrogenic.and.osteogenic.lineages.in.electrospun.PLGA.nanoiber.scaf-
fold.. Biomaterials .28,.316-325.
Yang,.Y.,.Chen,.X.,.Ding,.F.,.Zhang,.P.,.Liu,.J.,.and.Gu,.X..(2007a).Biocompatibility.evaluation.of.silk.
ibroin.with.peripheral.nerve.tissues.and.cells.in.vitro.. Biomaterials .28,.1643-1652.
Yang,.Y.,.Ding,.F.,.Wu,.J.,.Hu,.W.,.Liu,.W.,.Liu,.J.,.and.Gu,.X..(2007b).Development.and.evaluation.
of. silk. ibroin-based. nerve. grafts. used. for. peripheral. nerve. regeneration.. Biomaterials . 28,.
5526-5535.
Yokoyama,. T.,. Ohashi,. K.,. Kuge,. H.,. Kanehiro,. H.,. Iwata,. H.,.Yamato,. M.,. and. Nakajima,.Y.. (2006).
In.vivo.engineering.of.metabolically.active.hepatic.tissues.in.a.neovascularized.subcutaneous.
cavity.. American Journal of Transplantation .6,.50-59.
Zhang,. L.,. Rodriguez,. J.,. Raez,. J.,. Myles,. A.. J.,. Fenniri,. H.,. and. Webster,. T.. J.. (2009). Biologically.
inspired. rosette. nanotubes. and. nanocrystalline. hydroxyapatite. hydrogel. nanocomposites. as.
improved.bone.substitutes.. Nanotechnology .20,.175101.
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