Results 271 to 280 of about 391,837 (318)
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Geological Society of America Bulletin, 1964
The geometry and the internal features of folds reflect the mechanisms that produce folds. The close relation between mechanism and resultant structure permits fold characteristics to be used in determining the mechanisms; in turn, the mechanisms can be used to infer general environmental conditions under which deformation has occurred.
FRED A. DONATH, RONALD B. PARKER
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The geometry and the internal features of folds reflect the mechanisms that produce folds. The close relation between mechanism and resultant structure permits fold characteristics to be used in determining the mechanisms; in turn, the mechanisms can be used to infer general environmental conditions under which deformation has occurred.
FRED A. DONATH, RONALD B. PARKER
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How Fast-Folding Proteins Fold
Science, 2011Millisecond-scale molecular dynamics simulations of 12 proteins reveal a set of common principles for protein folding.
Kresten, Lindorff-Larsen +3 more
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Improving Fold Recognition Without Folds
Journal of Molecular Biology, 2004The most reliable way to align two proteins of unknown structure is through sequence-profile and profile-profile alignment methods. If the structure for one of the two is known, fold recognition methods outperform purely sequence-based alignments. Here, we introduced a novel method that aligns generalised sequence and predicted structure profiles ...
Dariusz, Przybylski, Burkhard, Rost
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Protein structures, folds and fold spaces
Journal of Physics: Condensed Matter, 2009There has been considerable progress towards the goal of understanding the space of possible tertiary structures adopted by proteins. Despite a greatly increased rate of structure determination and a deliberate strategy of sequencing proteins expected to be very different from those already known, it is now rare to see a genuinely new fold, leading to ...
Michael I, Sadowski, William R, Taylor
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2014
Some of the basic information related to development of folds are provided, e.g. why, where, and how do they develop. Fold propagation and fold geometries resulting from interference of simultaneously developing folds are described in two and three dimensions along with causes of noncylindricity.
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Some of the basic information related to development of folds are provided, e.g. why, where, and how do they develop. Fold propagation and fold geometries resulting from interference of simultaneously developing folds are described in two and three dimensions along with causes of noncylindricity.
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Folds and folding in the Beardmore–Geraldton fold belt
Canadian Journal of Earth Sciences, 1986The Beardmore–Geraldton fold belt forms a transitional crustal segment between the Quetico and Wabigoon subprovinces of the Canadian Shield.Bedding surfaces (So) and a bedding-plane schistosity (S1) were folded into asymmetrical to recumbent early folds. These folds were refolded by a later F2 folding episode.
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Annals of the New York Academy of Sciences, 2000
Abstract: Uteroglobin (UTG) forms a fascinating homodimeric structure that binds small‐ to medium‐sized ligands through an internal hydrophobic cavity, located at the interface between the two monomers. Previous studies have shown that UTG fold is not limited to the UTG/CC10 family, whose sequence/structure relationships are highlighted here, but can ...
I, Callebaut +7 more
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Abstract: Uteroglobin (UTG) forms a fascinating homodimeric structure that binds small‐ to medium‐sized ligands through an internal hydrophobic cavity, located at the interface between the two monomers. Previous studies have shown that UTG fold is not limited to the UTG/CC10 family, whose sequence/structure relationships are highlighted here, but can ...
I, Callebaut +7 more
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Quarterly Reviews of Biophysics, 1977
This review describes recent advances in studies on the stabilities of the three-dimensional structures of proteins and on the processes leading to the formation of these structures. The term ‘protein folding’ will be used here to denote the process of the conversion of an open polypeptide chain into the unique three-dimensional conformation of the ...
G, Némethy, H A, Scheraga
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This review describes recent advances in studies on the stabilities of the three-dimensional structures of proteins and on the processes leading to the formation of these structures. The term ‘protein folding’ will be used here to denote the process of the conversion of an open polypeptide chain into the unique three-dimensional conformation of the ...
G, Némethy, H A, Scheraga
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Proceedings of the 9th ACM Conference on Creativity & Cognition, 2013
Fold #1 explores the relationship between drawings in the material and immaterial world. The narrative driver to the work is the topological mapping of landscape combined with the performative context of making (of being in the space) in the landscape.
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Fold #1 explores the relationship between drawings in the material and immaterial world. The narrative driver to the work is the topological mapping of landscape combined with the performative context of making (of being in the space) in the landscape.
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To Fold or Not to Fold: The Way Toward Research
1979The author's plan was to learn phage genetics for use in later physicochemical studies of genetic problems. Two surprises were awaiting him. One was a student (Alex Fritsch) who wanted to work with him; he was particularly interested in the uses of the analytical ultracentrifuge.
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