Welcome to the Chang LabPromoter Architecture and Genomic Control of Gene Expression. The interactions between bacteria and their host plants are highly complex. Bacteria, whether beneficial or pathogenic, can be recognized by plants and elicit a defense response. Bacteria, in turn, must employ mechanisms to dampen the defense response. For many Gram-negative, plant-associated bacteria, collections of proteins called type III effectors are deployed directly into host cells via a type III secretion system, to interfere with plant defenses. My research uses molecular, genetic, genomic, and computational methods to study both symbiont and plant host. We are characterizing type III effectors of mutualists and pathogens. We also study the virulence- and defense-signaling network of plant pathogens and hosts, respectively. NewsStarting March 6, 2008 - Ending January 12, 2018 Grants awarded to Chang LabNSF 2010 grant awarded to Chang labStarting September 1, 2010 - Ending January 12, 2014
NSF 2010 grant awarded to Chang labNSF 2010 grant awarded to Chang lab
Kimbrel et al publishedStarting September 1, 2011 - Ending September 12, 2017
Kimbrel et al publishedKimbrel et al published
USDA-NIFI-AFRI grant awarded to Chang lab (co-PI)Starting January 1, 2011 - Ending January 12, 2015 USDA-NIFI-AFRI grant awarded to Chang lab (co-PI)
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