Seite - 128 - in Charge Transport in DNA - Insights from Simulations

BIBLIOGRAPHY surements. Phys. Life Rev., 2010. 7, 3, 299 and comments following in the same issue. [33] K.M.Kosikov,A.A.Gorin,V.B.Zhurkin, andW.K.Olson. DNAstretching andcompression: Large-scalesimulationsofdoublehelical structures. J.Mol. Biol.,1999. 289,5,1301–1326. [34] S. Piana. Structure and energy of a DNA dodecamer under tensile load. NucleicAcidsRes.,2005. 33,22,7029–7038. [35] R.Lohikoski, J.Timonen, andA.Laaksonen.Moleculardynamics simulation of single DNA stretching reveals a novel structure. Chem. Phys. Lett., 2005. 407,1-3,23–29. [36] D. R. Roe and A. M. Chaka. Structural basis of pathway-dependent force profiles in stretchedDNA. J. Phys.Chem.B,2009. 113,46,15364–15371. [37] J. Rˇezácˇ, P. Hobza, and S. A. Harris. Stretched DNA investigated using molecular-dynamics andquantum-mechanical calculations. Biophys. J., 2010. 98,1,101–110. [38] P.Maragakis, R. L. Barnett, E.Kaxiras,M. Elstner, andT. Frauenheim. Elec- tronic structureof overstretchedDNA. Phys.Rev.B,2002. 66,24,241104. [39] B. Song,M.Elstner, andG.Cuniberti. AnomalousConductanceResponseof DNAWiresunderStretching. NanoLett.,2008. 8,10,3217–3220. [40] M.A.O’Neill,H.-C.Becker,C.Z.Wan, J.K.Barton, andA.H.Zewail. Ultra- fast dynamics inDNA-mediated electron transfer: Base gating and the role of temperature. Angew.Chem. Int.Ed.,2003. 42,47,5896–5900. [41] S. S. Skourtis, D.H.Waldeck, andD.N. Beratan. Fluctuations in Biological and Bioinspired Electron-Transfer Reactions. Annu. Rev. Phys. Chem., 2010. 61,461–485. [42] D.Q.Andrews,R.P.VanDuyne, andM.A.Ratner. Stochasticmodulation in molecular electronic transport junctions: Molecular dynamics coupledwith charge transport calculations. NanoLett.,2008. 8,4,1120–1126. [43] R. Maul and W. Wenzel. Influence of structural disorder and large-scale 128