Oxford University Press / ColIb-P9 Inc / Bio-Rad / Integrated DNA Technologies / Biosearch Technologies / WassermanS.A. / E. and PierceN.A. / /
Country
United States / /
Currency
pence / / /
Facility
duplex T A C G T C / H1L/H2 complex / California Institute of Technology / DNA complex / American Institute of Physics Press / / /
IndustryTerm
energy levels / important conceptual tool / minimum free energy helical conformation / loop-based nearest-neighbor free energy parameters / free energy / minimum free energy helical structure / energy landscape perspective / online version / dynamic programming partition function algorithm / potential energy / Stock solutions / conceptual free energy landscape / nanotechnology applications / minimum free energy helical conformations using hybridization catalysts / free energy landscape / minimum free energy state / energy landscapes / minimum free energy helical state / calculated using loop-based nearest-neighbor free energy parameters / /
Organization
American Institute of Physics Press / California Institute of Technology / Charles Lee Powell Foundation / National Science Foundation / Caltech Center for Biological Circuit Design / Oxford University / Ralph M. Parsons Foundation / Niles A. Pierce1 / 2 / * Department of Chemical Engineering / /
Person
Andrew J. Spakowitz / Justin S. Bois / Gang Wang / / /
Position
joint First Authors The Author / temperature controller / /
Product
acetic acid / /
ProvinceOrState
North Carolina / California / /
PublishedMedium
the Nucleic Acids Research / Nucleic Acids Research / Lecture Notes in Computer Science / /
Technology
thermodynamics / hybridization / dynamic programming partition function algorithm / simulation / same protocol / recombination / DNA hybridization / gel electrophoresis / /
Published online July 25, –4095 Nucleic Acids Research, 2005, Vol. 33, No. 13 doi:nar/gki721 Topological constraints in nucleic acid hybridization kinetics