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Lac operon / Operon / Evolution by Gene Duplication / Repressor / Protein-DNA interaction / Robustness / Lac repressor / Operator / Transcription factor / Biology / Gene expression / Biochemistry


Evolutionary Potential of a Duplicated Repressor-Operator Pair: Simulating Pathways Using Mutation Data Frank J. Poelwijk[, Daniel J. Kiviet[, Sander J. Tans* FOM Institute for Atomic and Molecular Physics (AMOLF), Amste
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Document Date: 2008-02-21 05:54:50


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LG / Proc Natl Acad Sci U S A / Oxford University Press / MRC Laboratory / O2 / Creative Commons / Cold Spring Harbor Laboratory Press / Stephens / O1 / Teichmann SA / Kauffman SA / sequenPLoS Computational Biology / /

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MRC Laboratory of Molecular Biology / Sander J. Tans* FOM Institute / /

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transcription control networks / mutant network / experimental network / ebg systems / Online Release / presented systematic search / protein networks / interaction network / gene regulatory network / lac operon products / heterodimer binding energy / trivial solutions / raf systems / evolutionary algorithm / regulatory networks / regulatory systems / inherent physico-chemical limitations / energy / duplicate network / non-palindromic operator / genetic network / symmetric network / genetic networks / gene expression networks / dimer-operator binding energy / biological regulatory networks / dimerization free energy / mammalian gene regulation networks / engineered gene networks / evolutionary search / dimerization energy / coevolutionary search / /

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Fitness Optima / Sander J. Tans* FOM Institute for Atomic and Molecular Physics / Oxford University / /

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Hakim V / Pilar Francino / Ohno / Kobus Kuipers / Benno Mu / Yoshio Tateno / Frank J. Poelwijk / Harald Tepper / Dennis Bray / Daniel J. Kiviet / Sorin Tanase-Nicola / Sarah Teichmann / James Shapiro / /

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original author / Farmer / Author / candidate for the initial divergence pressure as well / www.ploscompbiol.org Editor / reporter / /

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