Sentence examples for maintenance of tertiary from inspiring English sources

We also observed the local production of homeostatic chemokines that play a pivotal role in the architectural maintenance of tertiary lymphoid structures (CXCL13 and CCL21) inside BALT structures.

Since generally proteins contain the core hydrophobic residues which are surrounded by a shell of hydrophilic residues, it is possible that the PWX (L/V) motif is important for the maintenance of tertiary structure of the peptide [36].

Dutta et al. [ 33] and Cardoso and Filho [ 34] also related the involvement of cysteine residues in the maintenance of tertiary structure of the active site in Penicillium citrinum and Acrophialophora nainiana xylanases, respectively.

Furthermore this method should prove more robust to difficult cases of poor solubility, since the required N-terminal cysteine may potentially also be liberated chemically.[ 18] Inteins and sortase, on the other hand, require maintenance of tertiary structure for activity and are not compatible with chaotropic agents.

Evidence from animal models and patients with pSS demonstrated that the formation and maintenance of tertiary lymphoid tissues is critically dependent on ectopic expression of lymphotoxins and homeostatic chemokines such as CXCL13 and CXCL12 and interaction with their specific receptors, CXCR5 and CXCR4 respectively.

These studies identify the importance of maintenance of proper tertiary structure around the tight cleft that binds octahedrally coordinated Ca2+.

These data indicate that the C-terminal fragment of the 7B2 protein greatly contributes to the maintenance of the tertiary structure of the protein.

Zinc binding within zinc finger motifs is critical for the maintenance of the tertiary structure and activity of zinc finger proteins.

Hydrogen-deuterium exchange at individual peptide bond amides is determined by the protection of amides from solvent, either due to maintenance of secondary and/or tertiary structure or client binding.

Although the result with Y89F indicates that the hydrogen bonding is dispensable for the maintenance of chagasin's tertiary structure, the finding that the Y89A variant, but not Y89S, was unfolded suggests that in the absence of a bulky residue at position 89 the H-bonding mediated by serine becomes important in preventing the collapse of the tertiary structure.

Corresponding to the four types of substitutions occurred at NCGN sites, a considerable number of substitutions at non-CpG sites have probably been positively selected for maintenance of proper and stable tertiary structures of proteins.