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Margarita Marroquin-Guzman

Pictured; Margarita Marroquin-Guzman and Richard Wilson. Their research has revealed how the fungus behind a destructive rice disease evades the plant’s first immune response and silences the molecular sirens that mobilize reinforcements. May 23, 2017.

170523 Rice 173

Pictured; Margarita Marroquin-Guzman and Richard Wilson. Their research has revealed how the fungus behind a destructive rice disease evades the plant’s first immune response and silences the molecular sirens that mobilize reinforcements. May 23, 2017.

170523 Rice 167

Pictured; Margarita Marroquin-Guzman and Richard Wilson. Their research has revealed how the fungus behind a destructive rice disease evades the plant’s first immune response and silences the molecular sirens that mobilize reinforcements. May 23, 2017.

170523 Rice 156

Pictured; Margarita Marroquin-Guzman and Richard Wilson. Their research has revealed how the fungus behind a destructive rice disease evades the plant’s first immune response and silences the molecular sirens that mobilize reinforcements. May 23, 2017.

170523 Rice 132

Pictured; Margarita Marroquin-Guzman and Richard Wilson. Their research has revealed how the fungus behind a destructive rice disease evades the plant’s first immune response and silences the molecular sirens that mobilize reinforcements. May 23, 2017.

170523 Rice 112

Pictured; Margarita Marroquin-Guzman and Richard Wilson. Their research has revealed how the fungus behind a destructive rice disease evades the plant’s first immune response and silences the molecular sirens that mobilize reinforcements. May 23, 2017.

170523 Rice 062c

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All photos are available to UNL departments at no charge. Email the titles of the photos to Craig Chandler or Monica Myers.

cchandler2@unl.edu
mmyers2@unl.edu

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