<p>The profile is known to be linear, hence a single experiment per mutation type suffices. A higher slope corresponds to a stronger mutation. The bold dotted line is 10C→G (G12A in amino acid notation), the same mutation we used in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0177384#pone.0177384.g003" target="_blank">Fig 3</a>. The horizontal dashed line corresponds to the threshold value <i>ρ</i><sub><i>t</i></sub> ≈ 0.5 from which we can derive the concentration threshold for each mutation.</p
<p>Different melting curves showing mutation type (red line) relative to wild type (grey line) of KR...
<p>A standard curve was generated by serial dilution of WT or G17V cDNA that had been subcloned into...
<p>(<b>A</b>) Waterfall distribution of colony sizes, according to median values (standard method). ...
<p>The dashed line is a linear fit with offset zero and a slope which corresponds to exp(−ΔΔ<i>G</i>...
<p>Varying amounts of KRAS mutant DNA were plotted against Ct values (threshold cycle). Slope, r val...
<p>The size of each pie is proportional to the vertical distance between the mutation branch and ref...
<p>(A) 295 nm UV melting curves of the ILPR-I3 (“Wild Type”) and the mutants at 10 µM concentration....
<p>As shown in <b><u>A</u>,</b> mutant samples have significantly lower dCT values than non-mutant o...
A) Picture showing the setup utilized to realize the calibration curves for the KRAS codon 12–13 mut...
<p>(A) FAM fluorescent signals and (B) corresponding standard curve generated from plasmid standard ...
<p>Note: horizontal numbers indicate drug resistance mutation sites in RT region with significant di...
<p>A: Representative amplification plots of plasmid containing <i>JAK2</i> exon 12 mutation diluted ...
<p>Results of mutation analysis in 20 FFPE samples when different Poisson coefficients (average ER t...
<p>Correlation of NGS <i>KRAS</i> mutant allele frequency with digital PCR <i>KRAS</i> mutant allele...
<p>Graphs showed the ΔCt values (<i>y</i> axis) versus the CTC-enriched specimens (<i>x</i> axis) of...
<p>Different melting curves showing mutation type (red line) relative to wild type (grey line) of KR...
<p>A standard curve was generated by serial dilution of WT or G17V cDNA that had been subcloned into...
<p>(<b>A</b>) Waterfall distribution of colony sizes, according to median values (standard method). ...
<p>The dashed line is a linear fit with offset zero and a slope which corresponds to exp(−ΔΔ<i>G</i>...
<p>Varying amounts of KRAS mutant DNA were plotted against Ct values (threshold cycle). Slope, r val...
<p>The size of each pie is proportional to the vertical distance between the mutation branch and ref...
<p>(A) 295 nm UV melting curves of the ILPR-I3 (“Wild Type”) and the mutants at 10 µM concentration....
<p>As shown in <b><u>A</u>,</b> mutant samples have significantly lower dCT values than non-mutant o...
A) Picture showing the setup utilized to realize the calibration curves for the KRAS codon 12–13 mut...
<p>(A) FAM fluorescent signals and (B) corresponding standard curve generated from plasmid standard ...
<p>Note: horizontal numbers indicate drug resistance mutation sites in RT region with significant di...
<p>A: Representative amplification plots of plasmid containing <i>JAK2</i> exon 12 mutation diluted ...
<p>Results of mutation analysis in 20 FFPE samples when different Poisson coefficients (average ER t...
<p>Correlation of NGS <i>KRAS</i> mutant allele frequency with digital PCR <i>KRAS</i> mutant allele...
<p>Graphs showed the ΔCt values (<i>y</i> axis) versus the CTC-enriched specimens (<i>x</i> axis) of...
<p>Different melting curves showing mutation type (red line) relative to wild type (grey line) of KR...
<p>A standard curve was generated by serial dilution of WT or G17V cDNA that had been subcloned into...
<p>(<b>A</b>) Waterfall distribution of colony sizes, according to median values (standard method). ...