Sentence examples for structures of domain from inspiring English sources

Recent structures of domain pairs and larger tandem arrays, as well as of oligomerisation domains, have begun to reveal the principles underlying the higher order architecture of ECM proteins.

However, there are also many valuable NMR structures of domain:motif complexes.

(A and B ) Electrostatic potential mapped onto the surfaces in crystal structures of domain 1 fitted into the prepore (A ) and pore (B ) maps respectively.

Specifically, x-ray crystal structures of domain III in both the unbound form and bound to ribosomes (Zhu et al., 2011; Costantino et al., 2008), and chemical probing experiments (Jan and Sarnow, 2002; Pfingsten et al., 2010, 2007), revealed that the single-stranded loop of RNA ('loop 3') that links the anticodon-like hairpin to the mRNA-like sequence is conformationally dynamic.

Lambert and Moran (1998) showed that the secondary structures of Domain I of the 16S rRNA in OIE genomes was less stable than the nonOIE counterparts and the OIE 16S rRNA stabilities varied more than the nonOIE stabilities (which showed very little variation).

Postulating that the 3' functional domain should be conserved in mammals and might not be as long as 622 bp, we analyzed the structures of domain A (560 bp to 800 bp) and domain B (950 bp to 1,190 bp) of exon6 in the 10 mammals.

Recently, Chen et al. performed a genome-wide prediction of motif-mediated interactions by taking advantage of the known motifs in the ELM database, analyzing structures of domain-motif complexes and using non-structural information such as the gene ontology similarities and phylogenetic profile similarities [ 90].

The crystal structures of domain-swapped chimeras were determined and used to construct a model of Legionella RalF with a RMSD of less than 1 Å with the crystal structure, which validated the use of this approach to build a model of Rickettsia RalF.

A "multitude principle" can be proposed to describe structures of domains of water-soluble globular proteins with their typical "quasi-random" amino acid sequences.

It is important to note that, to avoid flexibility problems during crystallisation, some of the 3D structures of domain-motif interactions were solved with only a fragment of the motif-containing interaction partner or synthetic peptides to study binding properties, and thus the contribution of the context may be artificially limited.

Therefore, this analysis was carried out at the level of 3-D structures of domains (compiled in Table 1).