Примеры использования Secondary structure на Английском языке и их переводы на Русский язык
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Metal trestles, scaffolding, secondary structure.
Their secondary structure is key to their biological activity.
GOR IV andPSIPRED- protein secondary structure prediction tools.
Protein secondary structure prediction with GOR IV and PSIPRED algorithms.
Linus Pauling uses X-ray crystallography to deduce the secondary structure of proteins.
The secondary structure of fibroin contains anti-parallel β-layers united by hydrogen bonds.
With biomacromolecules CD is particularly useful for determining the secondary structure.
GOR IV andPSIPRED- protein secondary structure prediction tools feel free to checkcorresponding documentation.
A ferredoxin fold is a common α+β protein fold with a signature βαββαβ secondary structure along its backbone.
Used as a secondary structure, Geometrica's Hyparwave brings exacting, complex curvature to landmark buildings.
In general, RNA thermometers operate by changing their secondary structure in response to temperature fluctuations.
Used as a secondary structure, Geometrica brings exacting, complex curvatures to landmark buildings, such as The Museo Soumaya in Mexico City.
Proper de-activation affects the tertiary and secondary structure while leaving the primary structure(amino acids) intact.
Many secondary structure prediction methods rely on variations of dynamic programming and therefore are unable to efficiently identify pseudoknots.
One of those methods is, e.g.,SETTER which decomposes each RNA structure into smaller parts called general secondary structure units GSSUs.
Another approach for RNA secondary structure determination is to sample structures from the Boltzmann ensemble, as exemplified by the program SFOLD.
Several computer programs have been created that search forSECIS elements within a genome sequence, based on the sequence and secondary structure characteristics of SECIS elements.
The secondary structure is the result of base-pairing of complementary RNA nucleotides, and causes a hairpin-like structure. .
Traditional sequence-based searches are inefficient,however, as the secondary structure of the element is much more conserved than the nucleic acid sequence.
Secondary structure of small RNA molecules is largely determined by strong, local interactions such as hydrogen bonds and base stacking.
The SECIS element appears defined by sequence characteristics,i.e. particular nucleotides tend to be at particular positions in it, and a characteristic secondary structure.
One of the issues when predicting RNA secondary structure is that the standard free energy minimization and statistical sampling methods can not find pseudoknots.
In bioinformatics problems involving the folding structure of RNA,single-page book embeddings represent classical forms of nucleic acid secondary structure, and two-page book embeddings represent pseudoknots.
A pseudoknot is a nucleic acid secondary structure containing at least two stem-loop structures in which half of one stem is intercalated between the two halves of another stem.
That is, although these structures actually have a complicated three-dimensional shape,their connectivity(when a secondary structure exists) can be described by a more abstract structure, a one-page book embedding.
The idea of empire is interpreted as a secondary structure of consciousness, which does not reduce to consciousness and can be considered as a mental structure by means of which the sampling and structuring of intentional availability.
We show that mechanical precision polishing ensures high parameters of bearing surface quality that favours formation of secondary structure films which causes the high functional properties of materials.
This study presents the research results of secondary structure films of bearing materials made of tool high-speed steels Р6М5, Р6М5К5, Р6М5Ф3 abrasive wastes with the solid lubricant CaF2.
A number of similarity metrics are possible; the original definition of the CE method included only structural superpositions and inter-residue distances buthas since been expanded to include local environmental properties such as secondary structure, solvent exposure, hydrogen-bonding patterns, and dihedral angles.
Reducing the protein to a coarse metric such as secondary structure elements(SSEs) or structural fragments can also produce sensible alignments, despite the loss of information from discarding distances, as noise is also discarded.