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Article; Agriculture & Environmental Biotechnology

Identification of activation-tag Arabidopsis mutants with altered production of germination stimulants for Phelipanche ramosa (L.)

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Figures & data

Figure 1. Relative germination of P. ramosa seeds incubated with root exudates from Arabidopsis thaliana activation-tag mutants potentially resistant to P. ramosa.

Figure 1. Relative germination of P. ramosa seeds incubated with root exudates from Arabidopsis thaliana activation-tag mutants potentially resistant to P. ramosa.

Figure 2. Electrophoretic separation (1% agarose gel) of the hybridization probe labelled with Dig-11-dUTP (right) as compared to the control (left).

Figure 2. Electrophoretic separation (1% agarose gel) of the hybridization probe labelled with Dig-11-dUTP (right) as compared to the control (left).

Figure 3. Electrophoretic separation (1% agarose gel) of genomic DNA digested with EcoRI. From left to right: L4, L12, L18, Wt, L21 and L36.

Figure 3. Electrophoretic separation (1% agarose gel) of genomic DNA digested with EcoRI. From left to right: L4, L12, L18, Wt, L21 and L36.

Figure 4. Southern blot hybridization with genomic DNA isolated from activation-tag mutants of Arabidopsis lines resistant to P. ramosa.

Figure 4. Southern blot hybridization with genomic DNA isolated from activation-tag mutants of Arabidopsis lines resistant to P. ramosa.

Table 1. List of identified genes affected by T-DNA activation-tags in mutant Arabidopsis lines with altered GS production.

Table 2. List of identified genes with altered expression levels.

Figure 5. Separation of differential display products (7% polyacrylamide gel).

Figure 5. Separation of differential display products (7% polyacrylamide gel).
Supplemental material

Supplementary Figures S1-S4

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