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P. 100

1:45 PM - 4:45 PM      20  Contributed Papers

Biotic and Abiotic Stress: Contributed Papers Oral Presentations After

Chair: Jeffrey Waller

1:45 20001 Nail<, Eshan* - Campbell, Malcolm M.
                           Chemical stimuli shape early seedling growth and development in
                           Arabidopsis under nitrogen limitation

2:00 20002 Nourimand, Maryam* -Todd, Christopher D.
                           Ureide Metabolism in Response to Cadmium Stress in Arabidopsis

2: 15 20003 Souter, Jodi R.* - Todd, Christopher D.
                           The Role ofUreides during Abiotic Stress

2:30 20004 Beatty. Perrin* - Good, Allen
                           Mapping Complex Traits in Plants: Nitrogen Use Efficiency in Barley
                           as a Case Study

2:45 20005 Martyn, Greg* - Hayes, Fallon - Vanlerberghe, Greg
                           Evaluating the role ofmitochondrial alternative oxidase during
                           nitrogen assimilation

3:00 Break

3:45 20007 Alber, Nicole* - Sivanesan, Hampavi - Vanlerberghe, Greg
                           Investigating the role ofplant mitochondria in NO synthesis and
                           signalling

4:00 20008 Owttrim, George* - Lewis,Allison - Chamot, Danuta - Li Ling, Lo -

                  Hom, Collin J.

                           Convergent signaling through the redox status ofthe electron trans-
                           port chain regulates abiotic stress gene expression in a hierarchical
                           fashion

4:15 20009 Carella, Philip* -Yeo, MayT.S. - Fletcher, Jean - Champigny, Marc -
                     Weretilnyk, Elizabeth A. - Cameron, Robin K.
                           Development ofa Eutrema salsugineum-Pseudomonas syringae
                           pathosystem to investigate disease resistance in an extremophile
                           model plant

4:30 20010 Robertson, Daniel* - Julias, Margaret -Lee, Shien Yang - Cook, Douglas
                           The underutilized potential ofmechanical engineering analyses in
                           botany research

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