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Showing 1 to 3 of 3 for “"bacterial surface proteins"”.

  1. Computational discovery and modelling of tandem domain repeats in proteins

    Domains are functional and evolutionary units of proteins that typically fold into stable globular structures. A small subset of natural multidomain proteins contain large arrays of nearly identical domains repeated in tandem, challenging some of our assumptions about protein folding and evolution. …

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  2. Computational Discovery of Bacterial Fibrillar Adhesins and Adhesive Domains

    Fibrillar adhesins are filamentous bacterial surface proteins, which can play a key role in host-pathogen interactions. They have a characteristic protein architecture with repeating domains, called stalk domains, folding into a rod-like stalk structure. An adhesive domain is positioned at the tip …

    cambridge Repository record for Computational Discovery of Bacterial Fibrillar Adhesins and Adhesive Domains (opens in a new tab)

  3. Assembly and Display of Surface Proteins In Actinomyces Oris

    … plaques form as a result of up to 700 individual bacterial species colonizing oral surfaces and forming a multispecies biofilm. These biofilms are the cause of prevalent human diseases such as dental caries, gingivitis, and periodontitis. The microbes present in the oral biofilm are highly …

    uthsc Repository record for Assembly and Display of Surface Proteins In Actinomyces Oris (opens in a new tab)