Detection of ROS in Arabidopsis roots from wt and invh mutant seedlings subjected to different treatments.

Marina E. Battaglia (4459039)
María Victoria Martin (4459033)
Leandra Lechner (4459036)
Giselle M. A. Martínez-Noël (4459042)
Graciela L. Salerno (4459045)

Publication date

September 2017

DOI

10.1371/journal.pone.0185286.g008

Abstract

Fluorescence in dark-field (left side) and bright-field imaging (right side) show ROS presence and root anatomy, respectively. In dark field, a line was added to delimit the root. Arabidopsis wt and invh mutant plants were subjected to different treatments for 30 min. (A) and (B), control; (C) and (D), 100 mM NaCl; (E) and (F), 200 mM mannitol; (G) and (H) 100 μM ABA. Root images were collected after 10 min incubation with H2DCFDA. Fluorescence indicates the presence of ROS.</p

Extracted data

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Detection of ROS in Arabidopsis roots from wt and <i>invh</i> mutant seedlings subjected to different treatments.

Abstract

Extracted data

Detection of ROS in Arabidopsis roots from wt and <i>invh</i> mutant seedlings subjected to different treatments.

Abstract

Extracted data

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