<p>(A) Melting peaks of five serotype/serogroup-specific fluorescent detection probes 14, 19F, 6, 23F, 4 and internal control <i>lytA</i> probe (ROX dye). (B) Melting peaks of the other five serotype/serogroup-specific fluorescent detection probes 9V, 18, 19A, 15F/15A, 15B/15C, and internal control <i>cpsA</i> probe (Cy5 dye).</p
Melting curve (fluorescence versus temperature) of blaSHV gene amplification products.</p
<p>(a) Derivative melting curves of unlabeled probes and amplicon. Three genotypes (AA, AG, and GG) ...
Influence of probe hydrolysis on the melting curve profile. (A) Melting curves and (B) Melting peaks...
<p>(A) 19F serotype specific melting peak and internal control <i>lytA</i> peak (ROX dye).(B) Meltin...
<p>(A)The mean melting curve derivative data were shown for the IAV assay (<a href="http://www.ploso...
<p>(A) Probe consists of a target-hybridising oligonucleotide (THO) labeled with a <u>F</u>luorophor...
<p>Melting curves (top panel) are generated by graphing Fluorescence against Temperature. Fluorescen...
<p>Blue curves show the rate of change of fluorescence as a function of temperature. Red bars indica...
<p>(a) Amplification analysis; the rising curves of fluorescence indicate DNA amplification. (b) Mel...
<p>(<b>A</b>) Amplification curves of three of the eight <i>E. coli</i> isolates that were <i>uidA</...
<p>(A) Original melting curves. (B) Melting curves after logarithm calculations. Blue, green, and re...
PosterMelting analysis of PCR product was first performed on the LightCycler 10 years ago. Now, melt...
<p>HRM analysis starts with a PCR amplification of the amelogenin gen. The amplification is in the p...
<p>The relative fluorescence signal is plotted against the melting temperature (°C) for each SNP. Cu...
<p>Allele-specific derivative melting curve plots for <i>CYP2B6</i> G<sup>516</sup>T polymorphism. F...
Melting curve (fluorescence versus temperature) of blaSHV gene amplification products.</p
<p>(a) Derivative melting curves of unlabeled probes and amplicon. Three genotypes (AA, AG, and GG) ...
Influence of probe hydrolysis on the melting curve profile. (A) Melting curves and (B) Melting peaks...
<p>(A) 19F serotype specific melting peak and internal control <i>lytA</i> peak (ROX dye).(B) Meltin...
<p>(A)The mean melting curve derivative data were shown for the IAV assay (<a href="http://www.ploso...
<p>(A) Probe consists of a target-hybridising oligonucleotide (THO) labeled with a <u>F</u>luorophor...
<p>Melting curves (top panel) are generated by graphing Fluorescence against Temperature. Fluorescen...
<p>Blue curves show the rate of change of fluorescence as a function of temperature. Red bars indica...
<p>(a) Amplification analysis; the rising curves of fluorescence indicate DNA amplification. (b) Mel...
<p>(<b>A</b>) Amplification curves of three of the eight <i>E. coli</i> isolates that were <i>uidA</...
<p>(A) Original melting curves. (B) Melting curves after logarithm calculations. Blue, green, and re...
PosterMelting analysis of PCR product was first performed on the LightCycler 10 years ago. Now, melt...
<p>HRM analysis starts with a PCR amplification of the amelogenin gen. The amplification is in the p...
<p>The relative fluorescence signal is plotted against the melting temperature (°C) for each SNP. Cu...
<p>Allele-specific derivative melting curve plots for <i>CYP2B6</i> G<sup>516</sup>T polymorphism. F...
Melting curve (fluorescence versus temperature) of blaSHV gene amplification products.</p
<p>(a) Derivative melting curves of unlabeled probes and amplicon. Three genotypes (AA, AG, and GG) ...
Influence of probe hydrolysis on the melting curve profile. (A) Melting curves and (B) Melting peaks...