Laser Direct-Write - The Nanobiotechnology - page 292

Wang,.W.,.Huang,.Y.,.and.Chrisey,.D.B.,.2007..Numerical.study.of.cell.droplet.and.hydrogel.coating.
impact.process.in.cell.direct.writing.. Transactions of NAMRI/SME ,.35,.217-223.
Wang,.W.,.Li,.G.,.and.Huang,.Y.,.2009..Modeling.of.bubble.expansion-induced.cell.mechanical.proile.
in. laser-assisted. cell. direct. writing.. Journal of Manufacturing Science and Engineering ,. 131(5),.
051013.
Wang,.W..et.al.,.2008..Study.of.impact-induced.mechanical.effects.in.cell.direct.writing.using.smooth.
particle.hydrodynamic.method.. Journal of Manufacturing Science and Engineering ,.130(2),.021012.
Winer,.J.P..et.al.,.2009..Bone.marrow-derived.human.mesenchymal.stem.cells.become.quiescent.on.
soft.substrates.but.remain.responsive.to.chemical.or.mechanical.stimuli.. Tissue Engineering. Part
A ,.15(1),.147-154.
Wu,. P.. K.. et. al.,. 2003.. Laser. transfer. of. biomaterials:. Matrix-assisted. pulsed. laser. evaporation.
(MAPLE).and.MAPLE.direct.write.. Review of Scientiic Instruments ,.74(4),.2546.
Wu,. X.. et. al.,. 2004.. Tissue-engineered. microvessels. on. three-dimensional. biodegradable. scaffolds.
using.human.endothelial.progenitor.cells.. American Journal of Physiology. Heart and Circulatory
Physiology ,.287(2),.H480-H487.
Young,.D..et.al.,.2001..Time-resolved.optical.microscopy.of.a.laser-based.forward.transfer.process..
Applied Physics Letters ,.78(21),.3169.
Zergioti,. I.. et. al.,. 1998.. Microdeposition. of. metals. by. femtosecond. excimer. laser.. Applied Surface ,.
127-129,.601-605.
Zergioti,.I..et.al.,.2000..Rapid.communication.microdeposition.of.metal.and.oxide.structures.using.
ultrashort.laser.pulses.. Glass ,.582(1998),.579-582.
Zergioti,. I.. et. al.,. 2005.. Femtosecond. laser. microprinting. of. biomaterials.. Applied Physics Letters ,.
86(16),.163902.
Zhigilei,.L.V.,.2003..Dynamics.of.the.plume.formation.and.parameters.of.the.ejected.clusters.in.short-
pulse.laser.ablation.. Applied Physics A: Materials Science and Processing ,.76(3),.339-350.