… The concept of internal friction in protein folding kinetics was motivated by our work on the
conformational changes in myoglobin following photodissociation of the carbon monoxide …

… astronomically large conformational spaces of non-native states of proteins, the equilibrium
structures they attained, and the kinetics of searching those spaces and finding native states. …

… protein folding problem differentiates the protein folding process with respect to the duration
of this process. The current structure … with more complex kinetics. The low RD value for the …

… algorithm for protein structure optimization based on a three-dimensional AB off-lattice model.
… In this section, comprehensive simulations for protein folding structure were carried out on …

… Protein undergoes a folding pathway to find a three-dimensional structure that expresses its
… , which can potentially alter the kinetic behavior in the protein folding due to the possibility of …

… is universal or depends on the protein’s chemical properties. We apply ultrafast kinetic
methods to investigate five proteins that share the simplest all-β fold but have different amino acid …

… -grained model with an implicit structure-based electrostatic potential to predict three-dimensional
(3D) structures … , our model shows great reliability in predicting 3D structures from their …

… The ability of protein chains to spontaneously form their three-dimensional structures is a …
of protein folding kinetics, including folding landscapes and funnels, free energy barriers at the …

… Proteins fold into a diversity of three-dimensional structures with diverse topologies and
well-defined structural … the thermodynamic and kinetic grounds of the folding process, but for now…

… models can be formulated, in general terms, as thermodynamic vs. kinetic control of protein
folding. … G among the kinetically accessible structures. However, this approach to the study of …