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Currently, our efforts focus on the CAMTA transcription factors, a family of regulatory proteins with key roles in two major plant processes: freezing tolerance and defense against pathogens. In particular, the CAMTA transcription factors rapidly induce expression of the CBF and other freezing tolerance genes in response to low temperature and repress the expression of genes that impart immunity against biotrophic pathogens in heathy plants grown at moderate temperature (Kim et al., 2013, Plant J; Kim et al., 2018, Plant Cell). Our current goals include determining the mechanisms whereby the CAMTA transcription factors rapidly induce the expression of freezing tolerance genes in response to low temperature, how they repress the expression of plant immunity genes in healthy plants grown at moderate temperature, and how the repression activity of the CAMTA transcription factors is suppressed in response to biotrophic pathogens and prolonged exposure of plants to low temperature.
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James C. Liao,Judy D. Wall,Vicki Grassian,Michael Thomashow,Norman Dovichi,Scott Bridgham,John Bargar, Michael Crowley, Paul Bayer, Roland Hirsch
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