DNA Nanostructures - The Nanobiotechnology - page 26

References
Andersen,.E..S.,.Dong,.M.,.Nielsen,.M..M.,.Jahn,.K.,.Lind-Thomsen,.A.,.Mamdouh,.W.,.Gothelf,.K..V..
et.al..2008..DNA.origami.design.of.dolphin-shaped.structures.with.lexible.tails.. ACS Nano .2:.
1213-1218.
Andersen,.E..S.,.Dong,.M.,.Nielsen,.M..M.,.Jahn,.K.,.Subramani,.R.,.Mamdouh,.W.,.Golas,.M..et.al..
2009..Self-assembly.of.a.nanoscale.DNA.box.with.a.controllable.lid.. Nature .459:.73-76.
Bellot,.G.,.McClintock,.M.A.,.Lin,.C.X.,.and.Shih,.W.M..2011..Recovery.of.intact.DNA.nanostructures.
after.agarose.gel-based.separation.. Nature Methods .8:.192-194.
Bui,. H.,. Onodera,. C.,. Kidwell,. C.,. Tan,. Y.. P.,. Graugnard,. E.,. Kuang,. W.,. Lee,. J.. et. al.. 2010..
Programmable.periodicity.of.quantum.dot.arrays.with.DNA.origami.nanotubes.. Nano Letters .
10:.3367-3372.
Cardin,.C..J.,.Gale,.B..C.,.Thorpe,.J..H.,.Teixeira,.S..C..M.,.Gan,.Y.,.Moraes,.M..I..A..A.,.and.Brogden,.
A.L.. Structural. analysis. of. two. Holliday. junctions. formed. by. the. sequences. TCGGTACCGA.
and. CCGGTACCGG.. DOI:. 10.2210/pdb1nvn/pdb,. http://www.rcsb.org/pdb/explore.do?.
structureId=1NVN,.accessed.July.23,.2012
Chen,.J..and.Seeman,.N..C..1991..Synthesis.from.DNA.of.a.molecule.with.the.connectivity.of.a.cube..
Nature .350:.631-633.
Chhabra,.R.,.Sharma,.J.,.Ke,.Y.,.Liu,.Y.,.Rinker,.S.,.Lindsay,.S.,.and.Yan,.H..2007..Spatially.addressable.
multi-protein.nanoarrays.templated.by.aptamer.tagged.DNA.nanoarchitectures.. Journal of the
American Chemical Society .129:.10304-10305.
Chworos,.A.,.Severcan,.I.,.Koyfman,.A..Y.,.Wienkam,.P.,.Oroudjev,.E.,.Hansma,.H..G.,.and.Jaeger,.L..
2004..Building.programmable.jigsaw.puzzles.with.RNA.. Science .306:.2068-2072.
Deng,. Z.. X.. and. Mao,. C.. D.. 2004.. Molecular. lithography. with. DNA. nanostructures.. Angewandte
Chemie International Edition .43:.4068-4070.for.an.example.of.its.use.as.a.resist.material.
Dietz,. H.,. Douglas,. S.. M.,. and. Shih,. W.. M.. 2009.. Folding. DNA. into. twisted. and. curved. nanoscale.
shapes.. Science .325:.725-730.
Ding,.B.,.Deng,.Z.,.Yan,.H.,.Cabrini,.S.,.Zuckermann,.R..N.,.and.Bokor,.J..2010a..Gold.nanoparticle.
self-similar.chain.structure.organized.by.DNA.origami.. Journal of the American Chemical Society .
132:.3248-3249.
Ding,.B..and.Seeman,.N..C..2006..Operation.of.a.DNA.robot.arm.inserted.into.a.2D.DNA.crystalline.
substrate.. Science .314:.1583-1585.
Ding,.B.,.Wu,.H.,.Xu,.W.,.Zhao,.Z.,.Liu,.Y.,.Yu,.H.,.and.Yan,.H..2010b..Interconnecting.gold.Islands.
with.DNA.origami.nanotubes.. Nano Letters .10:.5065-5069.
Douglas,.S..M.,.Bachelet,.I.,.and.Church,.G..M..2012..A.logic-gated.nanorobot.for.targeted.transport.
of.molecular.payloads.. Science .335:.831-834.
Douglas,.S..M.,.Dietz,.H.,.Liedl,.T.,.Högberg,.B.,.Graf,.F.,.and.Shih,.W..M..2009a..Self-assembly.of.DNA.
into.nanoscale.three-dimensional.shapes.. Nature .459:.414-418..See.also.erratum.DOI:.10.1038/
nature08165.
Douglas,.S..M.,.Marblestone,.A..H.,.Teerapittayanon,.S.,.Vazquez,.A.,.Church,.G..M.,.and.Shih,.W..M..
2009b..Rapid.prototyping.of.three-dimensional.DNA-origami.shapes.with.caDNAno.. Nucleic
Acids Research .37:.5001-5006.
Endo,.M.,.Katsuda,.Y.,.Hidaka,.K.,.and.Sugiyama,.H..2009..Regulation.of.DNA.methylation.using.
different.tensions.of.double.strands.constructed.in.a.deined.DNA.nanostructure.. Journal of the
American Chemistry Society .132:.1592-1597.
Endo,.M.,.Sugita,.T.,.Katsuda,.Y.,.Hidaka,.K.,.and.Sugiyama,.H..2010..Programmed-assembly.system.
using.DNA.jigsaw.pieces.. Chemistry: A European Journal .16:.5362-5368.
Endo,.M..and.Sugiyama,.H..2009..Chemical.approaches.to.DNA.nanotechnology.. ChemBioChem .10:.
2420-2443.
Feng,. L.,. Park,. S.. H.,. Reif,. J.. H.,. and. Yan,. H.. 2003.. A. two-state. DNA. lattice. switched. by. DNA.
nanoactuator.. Angewandte Chemie International Edition .42:.4342-4346.
Fu,.T.-J..and.Seeman,.N..C..1993..DNA.double-crossover.molecules.. Biochemistry .32:.3211-3220.