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  3. Central position

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    1Prediction of kinetic parameters from DNA-binding site sequences for modeling global transcription dynamics in Escherichia coli
     

    T. Hardiman, H. Meinhold, J. Hofmann, J. Ewald, M. Siemann-Herzberg, and M. Reuss. METABOLIC ENGINEERING, 12 (3): 196-211 (May 2010)
    7 years ago by @siemannherzberg
    show all tags
    • 1,6-bis(phosphate);
    • Central
    • Cra;
    • Fed-batch;
    • Fructose
    • Gene
    • Glucose-limitation;
    • Growth
    • Position
    • Promoter;
    • RNA
    • Regulation;
    • Transcription
    • carbon
    • fruR;
    • matrix;
    • metabolism;
    • myown
    • network;
    • polymerase;
    • rate-dependent
    • rate}
    • regulation;
    • regulatory
    • volume;
    • weight
    • {Cell
     
      1,6-bis(phosphate);CentralCra;Fed-batch;FructoseGeneGlucose-limitation;GrowthPositionPromoter;RNARegulation;TranscriptioncarbonfruR;matrix;metabolism;myownnetwork;polymerase;rate-dependentrate}regulation;regulatoryvolume;weight{Cell
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    related tags

    • + | regulation;
    • + | myown
    • + | 1,6-bis(phosphate);
    • + | network;
    • + | cra;
    • + | polymerase;
    • + | fed-batch;
    • + | rate-dependent
    • + | fructose
    • + | rate}
    • + | gene
    • + | regulatory
    • + | glucose-limitation;
    • + | volume;
    • + | growth
    • + | weight
    • + | promoter;
    • + | {cell
    • + | rna
    • + | transcription

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    • imported
    • proteinsynthesis
    • amidase;
    • {hydantoinase;
    • aurescens;
    • protein
    • carbon
    • Arthrobacter
    • amino
    • chromatography;
    • mRNA
    • response;
    • metabolic
    • metabolism;
    • cyclic
    • Gene
    • purification;
    • engineering;
    • hydantoinase;
    • Internal
    • quantification;
    • acid
    • superfamily}
    • {High
    • evolution;
    • immunoassay
    • 1,6-bis(phosphate);
    • network;
    • Ion
    • rate-dependent
    • acid}
    • techniques}
    • carboxylase;
    • {L-rhamnose
    • {Single
    • exchange
    • Absolute
    • nomenclature;
    • L-N-carbamoylase;
    • rate}
    • transcription;
    • central
    • {amidase;
    • exercise}
    • inducible
    • pathway;
    • Mixed
    • regulation;
    • amidohydrolase;
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