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Analysis of a wound-induced gene family in Glycine max

Posted on:2013-07-20Degree:M.SType:Thesis
University:Missouri University of Science and TechnologyCandidate:Robertson, GenaFull Text:PDF
GTID:2454390008464332Subject:Biology
Abstract/Summary:
Gene families in plants are important in understanding genome evolution indicating when and where genome duplications and segmental duplications occurred as well as subsequent divergence and subfunctionalization. A gene family in Glycine max that encodes a WI12 protein, wound-induced protein, was found to consist of ten genes on five chromosomes. Wound-induced proteins are activated in response to wounding in plants, and the WI12 protein in particular is thought to be involved in cell wall modifications at the wound site. A variety of bioinformatics tools have been used to analyze the expansion of this family in soybean as well as identify potential functional domains in the protein.
Keywords/Search Tags:Family, Wound-induced, Protein
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