Synthetic promoters for control analysis and metabolic enginering

    Project Details


    In this project we use a new method for creating libraries of synthetic promoters for a range of microorganism, bacteria as well as yeast, and more recently for higher eukaryotic organisms. The promoters differ only slightly in strength but together they cover a broad range of promoter activities, including very efficient promoters. The strategy used here was to maintain the consensus sequence essentially constant and randomize the spacer sequences between the consensus sequences.
    Effective start/end date01/05/199501/01/9999


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