Figure S1: Hydrogen peroxide production in response to Psm or MgCl2 inoculation in N. caerulescens plants of the four populations, and in A. thaliana. N. caerulescens plants were treated with 0.04-300 micromolar zinc. Three leaves of each of six plants were infiltrated with P. syringae pv. maculicola M4 at 107 cfu/ml in 10 mM MgCl2, with 10 mM MgCl2, or left untreated. For A. thaliana, Psm was inoculated instead at 105 cfu/ml. After 1, 2, or 6 h, leaves were excised and stained overnight in 0.01% (w/v) DAB solution before bleaching and image analysis. ANOVAs were used to test for significant differences in percentage staining between different inoculation treatments at each zinc concentration and for Arabidopsis. Bonferroni simultaneous...
Metal hyperaccumulation, in which plants store exceptional concentrations of metals in their shoots,...
To initiate the creation of phytoextraction cultivars, plants were selected from 60 populations of N...
Tewes L-J, Stolpe C, Kerim A, Krämer U, Müller C. Metal hyperaccumulation in the Brassicaceae specie...
Figure S2: Superoxide production in response to Psm or MgCl2 inoculation in N. caerulescens plants o...
In the metal hyperaccumulator plant Noccaea caerulescens, zinc may provide a defence against pathoge...
In the metal hyperaccumulator plant Noccaea caerulescens, zinc may provide a defence against pathoge...
Figure S3: Glucosinolate tolerance of Psm, 9A6, 10C1, SnC10 and SnB11. Bacteria were grown in 200 m...
The metal hyperaccumulator, N. caerulescens, uses metals as a defence against pathogens. Earlier wor...
The metal hyperaccumulator, N. caerulescens, uses metals as a defence against pathogens. Earlier wor...
The metal hyperaccumulator plant Noccaea caerulescens is protected from disease by the accumulation ...
Metal hyperaccumulating plants, which are hypothesised to use metals for defence against pests and p...
Metal-hyperaccumulating plants, which are hypothesized to use metals for defence against pests and p...
Metal-hyperaccumulating plants, which are hypothesized to use metals for defence against pests and p...
Metal hyperaccumulating plants, which are hypothesised to use metals for defence against pests and p...
Metal hyperaccumulating plants, which are hypothesised to use metals for defence against pests and p...
Metal hyperaccumulation, in which plants store exceptional concentrations of metals in their shoots,...
To initiate the creation of phytoextraction cultivars, plants were selected from 60 populations of N...
Tewes L-J, Stolpe C, Kerim A, Krämer U, Müller C. Metal hyperaccumulation in the Brassicaceae specie...
Figure S2: Superoxide production in response to Psm or MgCl2 inoculation in N. caerulescens plants o...
In the metal hyperaccumulator plant Noccaea caerulescens, zinc may provide a defence against pathoge...
In the metal hyperaccumulator plant Noccaea caerulescens, zinc may provide a defence against pathoge...
Figure S3: Glucosinolate tolerance of Psm, 9A6, 10C1, SnC10 and SnB11. Bacteria were grown in 200 m...
The metal hyperaccumulator, N. caerulescens, uses metals as a defence against pathogens. Earlier wor...
The metal hyperaccumulator, N. caerulescens, uses metals as a defence against pathogens. Earlier wor...
The metal hyperaccumulator plant Noccaea caerulescens is protected from disease by the accumulation ...
Metal hyperaccumulating plants, which are hypothesised to use metals for defence against pests and p...
Metal-hyperaccumulating plants, which are hypothesized to use metals for defence against pests and p...
Metal-hyperaccumulating plants, which are hypothesized to use metals for defence against pests and p...
Metal hyperaccumulating plants, which are hypothesised to use metals for defence against pests and p...
Metal hyperaccumulating plants, which are hypothesised to use metals for defence against pests and p...
Metal hyperaccumulation, in which plants store exceptional concentrations of metals in their shoots,...
To initiate the creation of phytoextraction cultivars, plants were selected from 60 populations of N...
Tewes L-J, Stolpe C, Kerim A, Krämer U, Müller C. Metal hyperaccumulation in the Brassicaceae specie...