The phrase "a common structural feature" is correct and usable in written English.
It can be used when discussing characteristics or elements that are frequently found in a particular context, such as architecture, literature, or design.
Example: "In many ancient civilizations, a common structural feature was the use of columns to support buildings."
Alternatives: "a typical structural element" or "a frequent design characteristic".
Based on the property that Aβ aggregates have the cross-β-structure, a common structural feature in amyloids, we systemically designed the Aβ-aggregation inhibitor that maintains Aβ-interacting Aβ-interactingmoves toxic pabilitym SOD1 (superoxide dismutase 1)-G93A.
An additional benefit of the CLEA technology is that it can stabilize the quaternary structures of multimeric enzymes, a common structural feature of many heme peroxidases, towards dissociation and loss of activity.
9 Interestingly, many actuation systems in plants have a common structural feature: the humidity-responsive actuation results from the coupling of two differently structured tissue layers with different elongations along a specific direction.
The enzyme belongs to a group of isomerases with a common structural feature, the so-called diaminopimelate epimerase fold.
Interestingly, among the hit compounds, four natural compounds, pyrenocine A (2), pyrenocine H (3), dehydrocurvularin (4), and avenaciolide (5) have a common structural feature: an α,β-unsaturated moiety (Fig. 1A).
Tenecin 1, a peptide consisting of 43 amino acids, exhibits a potent bactericidal activity against various Gram-positive bacteria and shares a common structural feature of insect defensin family corresponding to cysteine stabilized α/β motif.
It is possible that the zinc finger portions of WRKY, GCM1 and FLYWCH proteins do share a common ancestor but any common structural features other than the zinc finger share no similarities at the primary amino acid sequence level.
Alphs share a distinctive common structural feature.
As a logical consequence of this common structural feature, a protein that recognises one of these glycosphingolipids (e.g. GalCer), through binding to this galactose residue, might also interact with the other two (in this case, Gb3 and GM3).
Compounds 1– 10 all share the common structural feature of a trifluoro group attached to a phenyl group, which suggests that they access the same site on DHPS.
Nevertheless, the heavy atoms design almost perfect fluorite subnetwork a common structural feature of these pillar structures.
