<p>a) Folding-unfolding energetics used in the simulation (see <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0023050#s3" target="_blank">Materials and Methods</a> for details). Profiles of unfolding free energy and unfolding enthalpy versus temperature are shown. b) Plots of fraction of native protein versus temperature for several values of the temperature scanning-rate. c) Simulated scanning calorimetry profiles at the indicated scan rates. The equilibrium profile (formally corresponding to the limit of zero scan rate) is labeled EQ. Vertical dashed lines crossing the three panels indicate the values of the equilibrium heat- and cold-denaturation temperatures at the enthalpy inversion temperature.</p
Determining the temperature at which the thermal unfolding of a protein starts becoming irreversible...
We introduce a simplified protein model where the water degrees of freedom appear explicitly (althou...
The heat capacity is computed using the fluctuation relation Cp = (var E)/T2. The self-avoiding rand...
<p>The simulations shown are identical to that displayed in <a href="http://www.plosone.org/article/...
Studies of protein unfolding mechanisms are critical for understanding protein functions inside cell...
Differential scanning calorimetry has many advantages over other techniques to study the thermal sta...
A theoretical analysis of several protein denaturation models (Lumry-Eyring models) that include a r...
We have traditionally relied on extremely elevated temperatures (498 K, 225 8C) to investigate the u...
Treatment of protein unfolding in aqueous solutions as a thermodynamic equilibrium involving water m...
Thermally-induced protein unfolding is commonly described with the two-state model. This model assum...
We review the key steps leading to an improved analysis of thermal protein unfolding. Thermal unfold...
A kinetic and thermodynamic survey of 35 WW domain sequences is used in combination with a model to ...
A kinetic and thermodynamic survey of 35 WW domain sequences is used in combination with a model to ...
<p>(A) GdmHCl-induced denaturation curves of OmpX<sup>HN</sup> (black circles) and OmpX<sup>M</sup> ...
Despite several careful experimental analyses, it is not yet clear whether protein cold-denaturation...
Determining the temperature at which the thermal unfolding of a protein starts becoming irreversible...
We introduce a simplified protein model where the water degrees of freedom appear explicitly (althou...
The heat capacity is computed using the fluctuation relation Cp = (var E)/T2. The self-avoiding rand...
<p>The simulations shown are identical to that displayed in <a href="http://www.plosone.org/article/...
Studies of protein unfolding mechanisms are critical for understanding protein functions inside cell...
Differential scanning calorimetry has many advantages over other techniques to study the thermal sta...
A theoretical analysis of several protein denaturation models (Lumry-Eyring models) that include a r...
We have traditionally relied on extremely elevated temperatures (498 K, 225 8C) to investigate the u...
Treatment of protein unfolding in aqueous solutions as a thermodynamic equilibrium involving water m...
Thermally-induced protein unfolding is commonly described with the two-state model. This model assum...
We review the key steps leading to an improved analysis of thermal protein unfolding. Thermal unfold...
A kinetic and thermodynamic survey of 35 WW domain sequences is used in combination with a model to ...
A kinetic and thermodynamic survey of 35 WW domain sequences is used in combination with a model to ...
<p>(A) GdmHCl-induced denaturation curves of OmpX<sup>HN</sup> (black circles) and OmpX<sup>M</sup> ...
Despite several careful experimental analyses, it is not yet clear whether protein cold-denaturation...
Determining the temperature at which the thermal unfolding of a protein starts becoming irreversible...
We introduce a simplified protein model where the water degrees of freedom appear explicitly (althou...
The heat capacity is computed using the fluctuation relation Cp = (var E)/T2. The self-avoiding rand...