<p>* Fluorescent melt assays performed in triplicate; the measurements were typically identical within less than 0.2°C, and always within 0.6°C.</p><p>Melting temperatures of vaccinia binding sdAbs.</p
<p>The nucleotides which complement to the mutant SNP target are underlined on the discriminating ol...
<p>(A) Melting curves of the resulting products for the DNA polymerases. (B) Melting temperature of ...
High resolution melting (HRM), with a high sensitivity to distinguish the nucleic acid species with ...
<p>ND = not determined.</p><p>* Fluorescent melt assays performed in triplicate on at least 2 days...
<p>Fluorescence based melting assay showing melting of L1-G2 in blue and the mutant with the added d...
Increase in fluorescence was detected as hydrophobic regions of the protein were exposed as the prot...
<p>The dependence of melting temperature is shown for six TRAP oligomers, as a function of L-tryptop...
<p><b>(a)</b> Schematic of the pairing of the target ssDNA containing 35 nucleotides (purple) with t...
<p>CD and a fluorescent dye method were used to determine the melting point of the antibodies. CD is...
a<p>(M<sup>−1</sup>s<sup>−1</sup> (×10<sup>5</sup>).</p>b<p>Melting temperature (T<sub>m</sub> in °C...
a<p><i>T</i><sub>m</sub> was not determined due to the weak fluorescence of the sample at room tempe...
<p>Four representative experiments are shown, one for each MSPβ: Wild-type glycosylated, wild-type d...
<p>Blue curves show the rate of change of fluorescence as a function of temperature. Red bars indica...
<p>(A) Melting peaks of five serotype/serogroup-specific fluorescent detection probes 14, 19F, 6, 23...
Melting curve (fluorescence versus temperature) of blaSHV gene amplification products.</p
<p>The nucleotides which complement to the mutant SNP target are underlined on the discriminating ol...
<p>(A) Melting curves of the resulting products for the DNA polymerases. (B) Melting temperature of ...
High resolution melting (HRM), with a high sensitivity to distinguish the nucleic acid species with ...
<p>ND = not determined.</p><p>* Fluorescent melt assays performed in triplicate on at least 2 days...
<p>Fluorescence based melting assay showing melting of L1-G2 in blue and the mutant with the added d...
Increase in fluorescence was detected as hydrophobic regions of the protein were exposed as the prot...
<p>The dependence of melting temperature is shown for six TRAP oligomers, as a function of L-tryptop...
<p><b>(a)</b> Schematic of the pairing of the target ssDNA containing 35 nucleotides (purple) with t...
<p>CD and a fluorescent dye method were used to determine the melting point of the antibodies. CD is...
a<p>(M<sup>−1</sup>s<sup>−1</sup> (×10<sup>5</sup>).</p>b<p>Melting temperature (T<sub>m</sub> in °C...
a<p><i>T</i><sub>m</sub> was not determined due to the weak fluorescence of the sample at room tempe...
<p>Four representative experiments are shown, one for each MSPβ: Wild-type glycosylated, wild-type d...
<p>Blue curves show the rate of change of fluorescence as a function of temperature. Red bars indica...
<p>(A) Melting peaks of five serotype/serogroup-specific fluorescent detection probes 14, 19F, 6, 23...
Melting curve (fluorescence versus temperature) of blaSHV gene amplification products.</p
<p>The nucleotides which complement to the mutant SNP target are underlined on the discriminating ol...
<p>(A) Melting curves of the resulting products for the DNA polymerases. (B) Melting temperature of ...
High resolution melting (HRM), with a high sensitivity to distinguish the nucleic acid species with ...
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