Figure S1. Examples of PCR amplification with the different primer pairs tested. (A) acdsF5/acdsR7; (B) acdsF5/acdsR8; (C) acdsF6/acdsR7; (D) acdsF6/acdsR8; (E) acdsF8/acdsR10. The different strains tested were 1. Azospirillum lipoferum 4B; 2. A. lipoferum TVV3; 3. A lipoferum CRT1 (acdS-); 4. A. lipoferum RSWT1; 5. Burkholderia cepacia LMG1222; 6. B. cenocepacia LMG16656; 7. B. stabilis LMG14294; 8. B. dolosa LMG18941; 9. Pseudomonas thivervalensis PITR2; 10. P. kilonensis F113; 11. P. protegens CHA0 (acdS-); and 12. Ralstonia solanacearum GMI1000. (TIFF 13453 kb
Generation and confirmation of transgenic ZmSAD1 and ZmSAD1 RNAi maize plants. a, Resistant calli (i...
Figure S1. PCR amplification of Kan-resistant seedlings. (1â10) PCR products of OEFL transgenic li...
Table S1. PCR primers used for construction of vectors, detection of positive transgenic plants, mut...
Figure S6. Root (A), rhizosphere soil (B), and shoot (C) dry weights. Statistical analyses were perf...
Figure S5. Pairwise comparison of plant phylogenetic distance between Poaceae (X-axis) with the corr...
Table S1. Bacterial strains and plasmids used in this work. Table S2. Primers used in this work. Fig...
Figure S1. Distribution of DNA copy number in regions covered by CNV_610 and CNV_611 in 80 natural a...
Comparison of RNA-Seq and RT-qPCR expression analyses of genes between RIL165 and RIL387. Expression...
Table S1. List of primers used in this study. Synthetic sgRNA/oligos 2. CRISPR vector primers sequen...
Plasmids of S. americanum strains visualized by pulsed field gel electrophoresis (PFGE). 1, CCGM7, 2...
Figure S2. The PCR analysis and histochemical GUS staining of Nicotiana benthamiana transgenic plant...
Figure S2. Electrophoresis of primary PCR products after SSH. M: 100 bp marker; Lanes 1–4: products ...
Figure S3. dCAPS marker for molecular identification. (A) DNA sequences of wild type and mutant. The...
Biosynthesis of benzoxazinoids in maize. The biosynthetic pathway of DIMBOA is depicted as per [112]...
Figure S1. PCR confirmation of the presence of the Paro selectable marker. Fourteen Paro resistant c...
Generation and confirmation of transgenic ZmSAD1 and ZmSAD1 RNAi maize plants. a, Resistant calli (i...
Figure S1. PCR amplification of Kan-resistant seedlings. (1â10) PCR products of OEFL transgenic li...
Table S1. PCR primers used for construction of vectors, detection of positive transgenic plants, mut...
Figure S6. Root (A), rhizosphere soil (B), and shoot (C) dry weights. Statistical analyses were perf...
Figure S5. Pairwise comparison of plant phylogenetic distance between Poaceae (X-axis) with the corr...
Table S1. Bacterial strains and plasmids used in this work. Table S2. Primers used in this work. Fig...
Figure S1. Distribution of DNA copy number in regions covered by CNV_610 and CNV_611 in 80 natural a...
Comparison of RNA-Seq and RT-qPCR expression analyses of genes between RIL165 and RIL387. Expression...
Table S1. List of primers used in this study. Synthetic sgRNA/oligos 2. CRISPR vector primers sequen...
Plasmids of S. americanum strains visualized by pulsed field gel electrophoresis (PFGE). 1, CCGM7, 2...
Figure S2. The PCR analysis and histochemical GUS staining of Nicotiana benthamiana transgenic plant...
Figure S2. Electrophoresis of primary PCR products after SSH. M: 100 bp marker; Lanes 1–4: products ...
Figure S3. dCAPS marker for molecular identification. (A) DNA sequences of wild type and mutant. The...
Biosynthesis of benzoxazinoids in maize. The biosynthetic pathway of DIMBOA is depicted as per [112]...
Figure S1. PCR confirmation of the presence of the Paro selectable marker. Fourteen Paro resistant c...
Generation and confirmation of transgenic ZmSAD1 and ZmSAD1 RNAi maize plants. a, Resistant calli (i...
Figure S1. PCR amplification of Kan-resistant seedlings. (1â10) PCR products of OEFL transgenic li...
Table S1. PCR primers used for construction of vectors, detection of positive transgenic plants, mut...