Figure S1. PCR confirmation of the presence of the Paro selectable marker. Fourteen Paro resistant colonies (1–14) obtained by co-cultivation of the cw15 strain with Agrobacterium C58C1 cells harbouring the pAgroR plasmid were analyzed by PCR for the presence of the endogenous β-tub gene (used as positive control for DNA extraction), Paro gene (selectable marker) and Kan gene (diagnostic of residual Agrobacterium contamination). Transformants 1–12 and 14 have the Paro gene, while the results on transformant 13 are inconclusive since the colony is still contaminated by Agrobacterium. Wt: cw15 strain; P: pAgroR plasmid; C+: positive cw15 transformant; C-: no DNA. M: 1 Kb Plus ladder (Life Technologies). Oligonucleotide sequences are shown in ...
Figure S1. Optimization of transformation conditions. Unless indicated otherwise, the same volume (1...
Map of the genetic determinants involved in Ti plasmid conjugation in Agrobacterium strain C58. The ...
Figure S2. Transgenic detection using PCR and qRT-PCR methods. A: Transgenic detection using PCR met...
Figure S2. Retention of the Luc transgene in a set of Chlamydomonas colonies transformed with the pA...
Figure S5. Deletion pattern on the T-DNA in the pAgroLucR transformants obtained though co-cultivati...
Figure S6. Deletion pattern on the T-DNA in the pAgroLucL transformats obtained though co-cultivatio...
Figure S4. PCR analysis on a set of nine independent transformants obtained through electroporation ...
Table S1. Oligonucleotides used to screen Chlamydomonas transformants. Table S2. Oligonucleotides u...
Table S1. Bacterial strains and plasmids used in this work. Table S2. Primers used in this work. Fig...
C. pecorum L1 plasmid sequence identity comparisons based on discontiguous megaBLAST hits. (PDF 338Â...
Figure S2. Confirmation of mTn5 transposition events in A. baylyi and in P. aeruginosa. (a) Colony r...
EMS library mutants with confirmed non-synonymous SNVs in the cthtrA gene. Table S2. List of bacteri...
Figure S1. Examples of PCR amplification with the different primer pairs tested. (A) acdsF5/acdsR7; ...
Figure S1. PCR amplification of Kan-resistant seedlings. (1â10) PCR products of OEFL transgenic li...
Figure S2. The PCR analysis and histochemical GUS staining of Nicotiana benthamiana transgenic plant...
Figure S1. Optimization of transformation conditions. Unless indicated otherwise, the same volume (1...
Map of the genetic determinants involved in Ti plasmid conjugation in Agrobacterium strain C58. The ...
Figure S2. Transgenic detection using PCR and qRT-PCR methods. A: Transgenic detection using PCR met...
Figure S2. Retention of the Luc transgene in a set of Chlamydomonas colonies transformed with the pA...
Figure S5. Deletion pattern on the T-DNA in the pAgroLucR transformants obtained though co-cultivati...
Figure S6. Deletion pattern on the T-DNA in the pAgroLucL transformats obtained though co-cultivatio...
Figure S4. PCR analysis on a set of nine independent transformants obtained through electroporation ...
Table S1. Oligonucleotides used to screen Chlamydomonas transformants. Table S2. Oligonucleotides u...
Table S1. Bacterial strains and plasmids used in this work. Table S2. Primers used in this work. Fig...
C. pecorum L1 plasmid sequence identity comparisons based on discontiguous megaBLAST hits. (PDF 338Â...
Figure S2. Confirmation of mTn5 transposition events in A. baylyi and in P. aeruginosa. (a) Colony r...
EMS library mutants with confirmed non-synonymous SNVs in the cthtrA gene. Table S2. List of bacteri...
Figure S1. Examples of PCR amplification with the different primer pairs tested. (A) acdsF5/acdsR7; ...
Figure S1. PCR amplification of Kan-resistant seedlings. (1â10) PCR products of OEFL transgenic li...
Figure S2. The PCR analysis and histochemical GUS staining of Nicotiana benthamiana transgenic plant...
Figure S1. Optimization of transformation conditions. Unless indicated otherwise, the same volume (1...
Map of the genetic determinants involved in Ti plasmid conjugation in Agrobacterium strain C58. The ...
Figure S2. Transgenic detection using PCR and qRT-PCR methods. A: Transgenic detection using PCR met...