The ability of protein chains to spontaneously form their three-dimensional structures is a
long-standing mystery in molecular biology. The most conceptual aspect of this mystery is …

Proteins, these evolutionarily-edited biological polymers, are able to undergo intramolecular
and intermolecular phase transitions. Spontaneous intramolecular phase transitions define …

The ability of protein chains to spontaneously form their spatial structures is a long-standing
puzzle in molecular biology. Experimentally measured folding times of single-domain …

Proteins expressed during the cell cycle determine cell function, topology, and responses to
environmental influences. The development and improvement of experimental methods in …

Conformational behavior of five homologous proteins, parvalbumins (PAs) from northern
pike (α and β isoforms), Baltic cod, and rat (α and β isoforms), was studied by scanning …

Background Folding nucleus of globular proteins formation starts by the mutual interaction of
a group of hydrophobic amino acids whose close contacts allow subsequent formation and …

The first part of this paper contains an overview of protein structures, their spontaneous
formation (" folding"), and the thermodynamic and kinetic aspects of this phenomenon, as …

Je tiens tout d'abord à dédier cette thèse ainsi que ce manuscrit à mon père, disparu en
janvier 2014, durant ma première année de thèse. C'est à toi que je dédie mon travail, et je …

Пространственная структура белков определяет их биологическую функцию, а также
высокую эффективность и строгую избирательность большинства биологических …