Sentence examples for analysis of the tertiary from inspiring English sources

In silico analysis of the tertiary structure of the chimeric protein showed a protein with three main domains linked together with linkers.

Analysis of the tertiary structures showed that three essential domains of the enzyme including super secondary structure 8, the barrel region, and the large cleft remained native in Amyl-S1 and Amyl-S2.

This paper reports analysis of the tertiary creep data for SS 316(N) weld metal considering strain (rather than exposure time) as the parameter "driving" creep damage, ˙ε/˙ε0; ˙ε is the instantaneous true creep rate, and ˙ε0 its value for the undamaged material.

Analysis of the tertiary structure identified significant homology with several proteins including GpbA from V. cholerae which is an N-acetylglucosamine (GlcNAc -binding protein, a human transGlcNAc -binding a dextranase from Streproteinus mutans (Giglio et al. 2013).

Furthermore, our review and analysis of these tertiary BIM education publications highlight the relationship between academic BIM education and visualization: high visualization competencies in using 3D to nD BIM have been recognized as one of the essential skillsets cultivated by academic BIM education across different AECO departments around the world.

Table 4 presents a quantile regression analysis of the premium for tertiary education, relative to those at education level 2 (lower secondary).

Bokov and Steinberg [ 9] have deconstructed the large ribosomal subunit RNA based on an analysis of the distribution of tertiary structure A-minor interactions, in which unpaired nucleotide bases (usually adenines) interact with a double helix [ 11].

Although preliminary analysis using 3D modeling of the tertiary structure of the putative product of ORF314 suggests similarities with elongation factors and a potential DNA-binding activity (data not shown), further studies are needed to investigate the role of this gene.

Crystal structure analysis shows that the tertiary structure of the FERM domain of merlin closely resembles those of the FERM domain of moesin and radixin [ 14- 18].

Our crystallographic analysis reveals that the tertiary structure of the B subunit derives from the intimate association of an N-terminal oligonucleotide/oligosaccharide (OB) domain with a C-terminal phosphoesterase domain.

This is in agreement with the results that KIX forms tighter interaction with the helix αB than the helix αA in bound pKID.[3] Kinetics analysis shows that the tertiary unfolding of bound pKID obeys second order kinetics.