<p><b>(a)</b> Raw power output (<i>μ</i>cal/s) per unit time (min) of replicate titrations <b>(b)</b> Integrated data (kcal.mol<sup>−1</sup> of injectant versus molar ratio of SV40NLS to NcImp<i>α</i>). These data were obtained from the raw power output as the area underneath each peak, which is then corrected for baseline heat injections and SV40NLS dilution heat and mixing. The solid line represents the best fit of the data.</p
<p>Measured heat change on adding aliquotes of Zn(ClO<sub>4</sub>)<sub>2</sub> into peptide solution...
<p>Isothermal titration calorimetry measurements of (A) KLC1-TPR with the JIP1 peptide, (B) KLC2-TPR...
1<p>The value for the D9A peptide is significantly different from the value for the unmodified pepti...
<p>Isothermal titration calorimetry data for SV40NLS binding to NcImp<i>α</i>.</p
<p>Top panels report raw data for the titrations at 25°C, whereas bottom panels report integrated he...
<p>(a) Titration of the FxFG peptide to G3BP1 1–139 (upper panel: raw data, lower panel integrated h...
<p>(A) Upper panel: raw data for the titration of 50 µM peptide with 3.2 µl aliquots of 5 mM CaCl<su...
<p>Upper panels represent the exothermic heat of reaction plotted against time (minutes), and the lo...
<p>(A) The titration of ligands <b>p1</b>, <b>p2</b> and <b>p3</b> to Shank1 PDZ protein (A1, A2 and...
<p>ITC of INI1 DBD binding to U5 HIV-1 LTR DNA using 10 µM INI1 DBD (monomer) and 55 µM U5 HIV-1 LTR...
<p>Plot of enthalpy change against molar ratio for the titration of ANS with chymopapain at (A) pH 7...
<p>(A) mIL-10<sub>C149Y</sub> (43 μM) with M5. (B) mIL-10<sub>C149Y</sub> (25 μM) with M6. Upper and...
<p>Shown are isotherms for all ten measureable heterodimers (1, 2, 8, 10, 11, 12, 17, 20, 22, and 24...
<p>(A) and (B): raw heat released belonging to each injection (dilution spike of blank titration sho...
<p>The <i>upper panel</i> shows raw data of heat effect (in µcal·s<sup>−1</sup>) of 20-µl injections...
<p>Measured heat change on adding aliquotes of Zn(ClO<sub>4</sub>)<sub>2</sub> into peptide solution...
<p>Isothermal titration calorimetry measurements of (A) KLC1-TPR with the JIP1 peptide, (B) KLC2-TPR...
1<p>The value for the D9A peptide is significantly different from the value for the unmodified pepti...
<p>Isothermal titration calorimetry data for SV40NLS binding to NcImp<i>α</i>.</p
<p>Top panels report raw data for the titrations at 25°C, whereas bottom panels report integrated he...
<p>(a) Titration of the FxFG peptide to G3BP1 1–139 (upper panel: raw data, lower panel integrated h...
<p>(A) Upper panel: raw data for the titration of 50 µM peptide with 3.2 µl aliquots of 5 mM CaCl<su...
<p>Upper panels represent the exothermic heat of reaction plotted against time (minutes), and the lo...
<p>(A) The titration of ligands <b>p1</b>, <b>p2</b> and <b>p3</b> to Shank1 PDZ protein (A1, A2 and...
<p>ITC of INI1 DBD binding to U5 HIV-1 LTR DNA using 10 µM INI1 DBD (monomer) and 55 µM U5 HIV-1 LTR...
<p>Plot of enthalpy change against molar ratio for the titration of ANS with chymopapain at (A) pH 7...
<p>(A) mIL-10<sub>C149Y</sub> (43 μM) with M5. (B) mIL-10<sub>C149Y</sub> (25 μM) with M6. Upper and...
<p>Shown are isotherms for all ten measureable heterodimers (1, 2, 8, 10, 11, 12, 17, 20, 22, and 24...
<p>(A) and (B): raw heat released belonging to each injection (dilution spike of blank titration sho...
<p>The <i>upper panel</i> shows raw data of heat effect (in µcal·s<sup>−1</sup>) of 20-µl injections...
<p>Measured heat change on adding aliquotes of Zn(ClO<sub>4</sub>)<sub>2</sub> into peptide solution...
<p>Isothermal titration calorimetry measurements of (A) KLC1-TPR with the JIP1 peptide, (B) KLC2-TPR...
1<p>The value for the D9A peptide is significantly different from the value for the unmodified pepti...