<p>Folding characteristics are shown for a protein sequence that is designed to fold in a specific structure, and a random protein sequence; both sequences contain 35 residues and have a similar amino acid composition (see Methods). (a) Heat capacity versus temperature. A peak in the heat capacity curve can be observed at the folding transition. (b) Number of native contacts versus temperature. (c) Number of hydrogen bonds versus temperature. From the statistics it is clear that the sequence designed to fold shows a much sharper transitions than a random sequence of the same length. Moreover, the number of hydrogen bonds formed is strongly dependent on the sequence. Please refer to the Methods and Supplement for the sequences and structures...
Mechanisms leading to gene variations are responsible for the diversity of species, and are importan...
International audienceThe prediction of structural elements from the sequence is not only useful in ...
The exponential growth over the past several decades in the quantity of both primary sequence data a...
<div><p>The heat-tolerance mechanisms of (hyper)thermophilic proteins provide a unique opportunity t...
The heat-tolerance mechanisms of (hyper)thermophilic proteins provide a unique opportunity to invest...
It has been noted by scientists that certain native, protein structures occur more frequently than o...
The thermodynamics of the small SH3 protein domain is studied by means of a simplified model where e...
Biological proteins are known to fold into specific three-dimensional conformations. A prevailing vi...
Background: Methods of model protein design have until now been largely ad hoc, yielding sequences t...
A sequence design method based on maximizing the thermodynamic occupying proba-bility of the target ...
AbstractMechanisms leading to gene variations are responsible for the diversity of species and are i...
One of the most important questions in molecular biology is what determines folding pathways: native...
AbstractThe impact on protein evolution of the physical laws that govern folding remains obscure. He...
We have investigated the process of protein folding by Monte-Carlo simulation of folding occurring i...
Proteins have a unique native conformation, which can be proven in many instances to be determined b...
Mechanisms leading to gene variations are responsible for the diversity of species, and are importan...
International audienceThe prediction of structural elements from the sequence is not only useful in ...
The exponential growth over the past several decades in the quantity of both primary sequence data a...
<div><p>The heat-tolerance mechanisms of (hyper)thermophilic proteins provide a unique opportunity t...
The heat-tolerance mechanisms of (hyper)thermophilic proteins provide a unique opportunity to invest...
It has been noted by scientists that certain native, protein structures occur more frequently than o...
The thermodynamics of the small SH3 protein domain is studied by means of a simplified model where e...
Biological proteins are known to fold into specific three-dimensional conformations. A prevailing vi...
Background: Methods of model protein design have until now been largely ad hoc, yielding sequences t...
A sequence design method based on maximizing the thermodynamic occupying proba-bility of the target ...
AbstractMechanisms leading to gene variations are responsible for the diversity of species and are i...
One of the most important questions in molecular biology is what determines folding pathways: native...
AbstractThe impact on protein evolution of the physical laws that govern folding remains obscure. He...
We have investigated the process of protein folding by Monte-Carlo simulation of folding occurring i...
Proteins have a unique native conformation, which can be proven in many instances to be determined b...
Mechanisms leading to gene variations are responsible for the diversity of species, and are importan...
International audienceThe prediction of structural elements from the sequence is not only useful in ...
The exponential growth over the past several decades in the quantity of both primary sequence data a...