Global ETD Search

Search theses and dissertations gathered from participating repositories worldwide. Every result links back to the library that holds it. No account is needed.

Results

Showing 1 to 4 of 4 for “"Genome, Bacterial"”.

  1. Creating a versatile toolkit for transgene expression using BACS and for dissecting large-scale chromatin organization

    … difficult due to the complexity of the mammalian genome. Bacterial artificial chromosomes (BACs), containing 100-300 kb mammalian genomic regions have been shown to recapitulate the expression level and nuclear localization of the corresponding genomic regions, and to protect embedded reporter …

    uiuc Repository record for Creating a versatile toolkit for transgene expression using BACS and for dissecting large-scale chromatin organization (opens in a new tab)

  2. Bacteriophages in the honey bee gut and amphibian skin microbiomes: investigating the interactions between phages and their bacterial hosts

    … temperate. Lytic phages infect and directly kill bacterial hosts and can directly regulate bacterial population size. Temperate phages, in contrast, have the potential to undergo either a lytic cycle or integrate into the bacterial genome as a prophage. As a prophage, the phage may alter bacterial …

    vt Repository record for Bacteriophages in the honey bee gut and amphibian skin microbiomes: investigating the interactions between phages and their bacterial hosts (opens in a new tab)

  3. Establishing a Trustworthy First Approximation for Evolutionary Distances

    … have generated a large number of complete genomes. Traditionally, phylogenetic analysis relies on alignments of orthologs, but defining orthologs and separating them from paralogs is a complex task that may not always be suited to the large datasets of the future. An alternative to …

    utswmed Repository record for Establishing a Trustworthy First Approximation for Evolutionary Distances (opens in a new tab)

  4. Molecular Studies of Restriction Genes in Enteric Bacteria

    <p>Bacterial cells contain various restriction-modification (R-M) systems to protect themselves from incoming foreign DNA. Most bacteria have at least one such system. In this study, the restriction genes and the location of the genes on the chromosome were examined in three enteric bacteria. …

    loma-linda Repository record for Molecular Studies of Restriction Genes in Enteric Bacteria (opens in a new tab)