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In addition, they have recently uncovered an intimate link between hyphal morphogenesis and the nidulans DNA damage response, and are using a similar set of approaches to further understand the molecular basis of this link. Since A. nidulans is a close relative of many economically important plant pathogenic fungi, our research will provide key insights into the morphogenetic events underlying pathogenesis. Moreover, the experimental tractability of A. nidulans makes it an excellent model system for characterizing eukaryotic cellular processes. In particular, the organization and structure of fungal hyphae is strikingly similar to that of several plant cell types, including pollen tubes, root hairs and trichomes. Accordingly, this research should also identify key regulators of these processes.
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Cynthia Chelius,Karthik Boppidi,Stephen Lincoln,Jyothi Kumar,Samantha Reese,Simin Hossain,Donnel Thomas,Kelsi Lawson, Jessica Ramsey, Alexis Ramsey,Ranjan Srivastava,Steven Harris,
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Mark R. Marten, Bill Moss, Nikhil Ramsubramaniam, Usha Sripathineni, Mariana Silva,Chris Yankaskas, Brian Kirsch, Cheyenne Falat, Colleen Courtney, Latonya Simon,Steven Harris
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