<p><b>A-C.</b> Primer extension using oligomers, SCR21 (A), SCR105 (B) and SCR83 (C) for wild type and mutant plasmids. In each case, lane 1 is primer alone, lanes 2–4 are primer extensions at different temperatures as indicated. The pause sites generated as a result of replication blocks due to G-quadruplex formation are marked with square brackets. “WT” denotes wild type and “MT” denotes mutant plasmids. “M” is 50 nt ladder.</p
<p>Analysis I: colonies from cm-plates (all grow) amplified with WO375 & B1 (all amplified) and dige...
<p>Primers used for generating and verifying the paenilarvin gene cluster inactivation mutant.</p
<p>Wt: Wild-type; Mut: mutant; F: Forward primer; R: Reverse primer. The sequences of restriction si...
<p>Primer extension using oligomer SCR105 on plasmids containing wild type (pMN7) or mutant (pMN8) G...
<p><b>A.</b> Primer extension using oligomer SCR105 on pMN7 plasmid in the presence of increasing co...
<p><b>A.</b> Schematic representation for the use of multiple primers which bind at different distan...
<p><b>A.</b> Schematic representation of the strategy of primer extension used for detecting pause s...
<p><b>A.</b> Plasmid constructs, pMN7 and pMN8, were prepared by cloning the wild type and the mutan...
DNA sequence and structure play a key role in imparting fragility to different regions of the genome...
DNA sequence and structure play a key role in imparting fragility to different regions of the genome...
<p>Restriction sites (<i>BamH I</i> and <i>Nde I</i> at the 5′ ends and <i>EcoR I</i> at the 3′ ends...
<p>a. Introduced restriction sites are underlined. Amino acid spacer (GGGS) at the N-terminus of GFP...
<p>A) Primer and template sequence. The radioactively labelled primer is either 3’ matched or mismat...
a<p>Italic letters show overlapping regions.</p>b<p>Underlined letters show <i>BglII</i> restriction...
<p><sup>a</sup> Name of primer for each mutant based on numbering of mature FHbp ID 1 sequence, begi...
<p>Analysis I: colonies from cm-plates (all grow) amplified with WO375 & B1 (all amplified) and dige...
<p>Primers used for generating and verifying the paenilarvin gene cluster inactivation mutant.</p
<p>Wt: Wild-type; Mut: mutant; F: Forward primer; R: Reverse primer. The sequences of restriction si...
<p>Primer extension using oligomer SCR105 on plasmids containing wild type (pMN7) or mutant (pMN8) G...
<p><b>A.</b> Primer extension using oligomer SCR105 on pMN7 plasmid in the presence of increasing co...
<p><b>A.</b> Schematic representation for the use of multiple primers which bind at different distan...
<p><b>A.</b> Schematic representation of the strategy of primer extension used for detecting pause s...
<p><b>A.</b> Plasmid constructs, pMN7 and pMN8, were prepared by cloning the wild type and the mutan...
DNA sequence and structure play a key role in imparting fragility to different regions of the genome...
DNA sequence and structure play a key role in imparting fragility to different regions of the genome...
<p>Restriction sites (<i>BamH I</i> and <i>Nde I</i> at the 5′ ends and <i>EcoR I</i> at the 3′ ends...
<p>a. Introduced restriction sites are underlined. Amino acid spacer (GGGS) at the N-terminus of GFP...
<p>A) Primer and template sequence. The radioactively labelled primer is either 3’ matched or mismat...
a<p>Italic letters show overlapping regions.</p>b<p>Underlined letters show <i>BglII</i> restriction...
<p><sup>a</sup> Name of primer for each mutant based on numbering of mature FHbp ID 1 sequence, begi...
<p>Analysis I: colonies from cm-plates (all grow) amplified with WO375 & B1 (all amplified) and dige...
<p>Primers used for generating and verifying the paenilarvin gene cluster inactivation mutant.</p
<p>Wt: Wild-type; Mut: mutant; F: Forward primer; R: Reverse primer. The sequences of restriction si...