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Computational structural genomics: identifying protein targets for structural studies

explosion of available gene sequences and advances in the methods for determining protein structures have motivated structural genomics efforts to determine all the different types of protein structures existing in nature in order to infer protein molecular functions. Since solving a structure is time-consuming and expensive, choosing the right targets for structural studies becomes important. The focus of this work is the comprehensive evaluation of potential targets for maximizing the chances of solving new folds with a minimum number of experiments. An automatic procedure for target selection has been designed and applied to the bacterial genome of Mycoplasma genitalium.