SnTox1 triggers H<sub>2</sub>O<sub>2</sub> production.

  • Zhaohui Liu (189380)
  • Zengcui Zhang (189387)
  • Justin D. Faris (189395)
  • Richard P. Oliver (189403)
  • Robert Syme (189408)
  • Megan C. McDonald (134517)
  • Bruce A. McDonald (134527)
  • Peter S. Solomon (134521)
  • Shunwen Lu (189415)
  • Weilin L. Shelver (189419)
  • Steven Xu (189422)
  • Timothy L. Friesen (189425)
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Publication date
January 2012

Abstract

<p><b>A</b>. H<sub>2</sub>O<sub>2</sub> production in infiltrated leaves. CS (<i>Snn1</i>) or CS ems237(<i>snn1</i>) leaves were infiltrated with SnTox1 (+SnTox1) or control culture filtrates (-SnTox1) and stained with 1 mg/ml DAB (+DAB) followed by clearing of chlorophyll. Leaves infiltrated with SnTox1 were cleared without staining as a control (-DAB) to show that the toxin reaction itself does not cause the brown color. <b>B</b>. H<sub>2</sub>O<sub>2</sub> production in the inoculated leaves. CS leaves were inoculated with <i>Sn79+SnTox1A1</i> and collected at each day post inoculation for DAB staining followed by clearing of chlorophyll. Photograph was taken before and after DAB staining and clearing. 2 DPI and 7 DPI are shown. <b>C</b>...

Extracted data

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