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  1. ...were identified are highlighted. Isolates from patients 1 and 29 are indicated by blue text. The group corresponding to subclone ST131-H30 is indicated. Colored ring as in A. Scale bars are expressed in changes per site for both panels. Large-scale clinical E. col i genomic sequencing Genome Research...
  2. ...of composite likelihood estimators (CLEs). CLEs are becoming popular for dealing with large-scale data in population genetics. They form the basis for a number of recent methods for analyzing large-scale population genetic data, including methods for estimating changes in population size (e.g., Nielsen 2000...
  3. ...-remodeling enzymes are primarily responsible for the nucleosome architecture. Our model for promoter nucleosome architecture reconciles genome-scale findings with molecular studies; in doing so, we establish principles for nucleosome positioning and gene expression that apply not only to individual genes, but across...
  4. ...variability suggests that these sweeps have been caused by genes involved in genomic conflict. Results The recent advances in sequencing technology provide the opportunity to perform population genetic analyses on a scale. Even for species with no available reference , it has become feasible to generate draft...
  5. ...methods to identify the core region of promoters require large amounts of high-quality training data and often behave like black box models that output predictions that are difficult to interpret. Here, we present a novel approach for predicting promoters in whole-genome sequences by using large-scale...
  6. ...of laboratory experiments, estimates of the frequency and evolutionary importance of such events in natural populations have been difficult to come by. Now, with the ability to obtain nucleotide sequence data on a large scale, we are starting to learn about the nature and frequency of TE-induced changes...
  7. ...and general homology-based method for gene finding was applied to the 2.9-Mb Drosophila melanogaster Adh region, the target sequence of the Genome Annotation Assessment Project (GASP). Each strand of the entire sequence was used as query of the BLOCKS+ database of conserved regions of proteins. This led...
  8. ...of useful constructs) ( http://www.fruitfly.org/EST/ ; S. Celniker, pers. comm.), and perhaps even to the availability of full-length cDNAs from every alternatively spliced transcript. Likewise, the genomic sequence has enabled the design of antisense RNA reagents that are now allowing large-scale...
  9. ...assembly is preferred because it allows for the inclusion of disparate data sources, such as annotations, gene expression experiments, enzymatic assays, and physiological data, rather than exclusively genomic data ( Covert et al. 2001 ). Genome-scale metabolic networks have been manually reconstructed...
  10. ...of predictions. Therefore, we decided not to use EST information to make additional improvements testing the system to predict genes in which the information about the transcript sequences is practically absent. The suggested scheme is designed to expedite initial analysis of large-scale genomic sequences...
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