<p>(A) Thermal unfolding of RpfCc protein followed by circular dichroism. (B) Melting curve monitored by CD at 222 nm. The data were fitted using a two-state model.</p
<p>Thermal denaturation experiments performed on NRC-1 (A) and <i>E. coli</i> (B) CysRS in three con...
<p>A) Thermal melting of P5<sup>wt</sup> and P5<sup>V207F</sup> measured by circular dichroism (CD) ...
<p>A) Selected far-UV CD spectra of apo (solid line) and cAMP-saturated (10 fold-molar excess of cAM...
<p><b>A</b>) CD analysis in far UV. Black dots: experimental CD data. Blue line: modeled CD spectra ...
<p><b>A, B</b>) rOspC ellipticity induced by temperature changes monitored by circular dichroism. CD...
Thermal stability is an important and interesting physical property of proteins. A common method to ...
Thermal stability is an important and interesting physical property of proteins. A common method to ...
Thermal stability is an important and interesting physical property of proteins. A common method to ...
a<p>T<sub>m</sub>, temperature at transition midpoint, determined by temperature-induced unfolding m...
A) Unfolding curves recorded at pH 4.0 and 7.0; B) Far-UV CD spectra at pH 4.0; C) Far-UV CD spectra...
<p>(A) Circular dichroism spectrum of AfmE1 indicating that the recombinant protein was produced and...
<p>(A) Far-UV CD spectra at 25°C of apo-RIα, stripped of endogenously bound cAMP (red solid line), R...
Thermally-induced protein unfolding is commonly described with the two-state model. This model assum...
Circular dichroism signal (mean residue ellipticity, MRE) at 216 nm for the transition from 25 to 11...
Shown are circular dichroism (CD) spectra from 200 nm to 260 nm. CD-spectra in this region are chara...
<p>Thermal denaturation experiments performed on NRC-1 (A) and <i>E. coli</i> (B) CysRS in three con...
<p>A) Thermal melting of P5<sup>wt</sup> and P5<sup>V207F</sup> measured by circular dichroism (CD) ...
<p>A) Selected far-UV CD spectra of apo (solid line) and cAMP-saturated (10 fold-molar excess of cAM...
<p><b>A</b>) CD analysis in far UV. Black dots: experimental CD data. Blue line: modeled CD spectra ...
<p><b>A, B</b>) rOspC ellipticity induced by temperature changes monitored by circular dichroism. CD...
Thermal stability is an important and interesting physical property of proteins. A common method to ...
Thermal stability is an important and interesting physical property of proteins. A common method to ...
Thermal stability is an important and interesting physical property of proteins. A common method to ...
a<p>T<sub>m</sub>, temperature at transition midpoint, determined by temperature-induced unfolding m...
A) Unfolding curves recorded at pH 4.0 and 7.0; B) Far-UV CD spectra at pH 4.0; C) Far-UV CD spectra...
<p>(A) Circular dichroism spectrum of AfmE1 indicating that the recombinant protein was produced and...
<p>(A) Far-UV CD spectra at 25°C of apo-RIα, stripped of endogenously bound cAMP (red solid line), R...
Thermally-induced protein unfolding is commonly described with the two-state model. This model assum...
Circular dichroism signal (mean residue ellipticity, MRE) at 216 nm for the transition from 25 to 11...
Shown are circular dichroism (CD) spectra from 200 nm to 260 nm. CD-spectra in this region are chara...
<p>Thermal denaturation experiments performed on NRC-1 (A) and <i>E. coli</i> (B) CysRS in three con...
<p>A) Thermal melting of P5<sup>wt</sup> and P5<sup>V207F</sup> measured by circular dichroism (CD) ...
<p>A) Selected far-UV CD spectra of apo (solid line) and cAMP-saturated (10 fold-molar excess of cAM...
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