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Filtering by: Advisor Parr, Frank W. Remove constraint Advisor: Parr, Frank W. Subject Cellular signal transduction Remove constraint Subject: Cellular signal transduction

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  • Use of elicitor sets to characterize cellular signal transduction networks

    Creator:
    Narayanan, Arthi
    Abstract:
    Intracellular signaling cascades can no longer be viewed as linear pathways that relay and amplify information. Often, components of different pathways interact, resulting in signaling networks. The interactions of different pathways and the dynamic modulation of the activities of the components within signaling pathways can create a multitude of biological...
    Resource Type:
    Masters Thesis
    Full Text:
    Sets to Characterize Cellular Signal Transduction Networks Abstract AnDroved: Frank W.R. Chaplen

  • A network approach for the mechanistic classification of bioactive compounds

    Creator:
    Siebert, Trina A.
    Abstract:
    Using network architecture to describe a biological system is an effective organizational method. The utility of this approach, which generally applies to qualitative models, is enhanced by the addition of quantitative models characterizing the interactions between network nodes. A chromatophore-based signal transduction network is developed, and the highly interconnected major...
    Resource Type:
    Dissertation
    Full Text:
    Network Approach for the Mechanistic Classification of Bioactive Compounds. Abstract approved: Frank