The phrase "a wealth of structural" is correct and usable in written English.
It can be used when referring to an abundance or large quantity of structural elements, concepts, or resources in a specific context, such as architecture, engineering, or analysis.
Example: "The report provided a wealth of structural insights that enhanced our understanding of the building's design."
Alternatives: "an abundance of structural" or "a multitude of structural".
Crystallographic and NMR approaches have provided a wealth of structural information about protein domains.
Recently a wealth of structural studies on iGluRs including AMPA receptors (AMPARs), kainate receptors, and NMDA receptors (NMDARs) became available.
Additional applications of NMF and other matrix factorization techniques to other X-ray diffraction imaging techniques promise to reveal a wealth of structural information.
During the past decade, a massive effort in the pharmaceutical industry and academic research has produced a wealth of structural information in the CYP field.
Over the last few months a number of converging approaches have suddenly provided a wealth of structural information about the different levels of septin organization.
Given that most kinases are readily inhibited by organic small molecules and that a wealth of structural data exists on kinase inhibitor complexes, there has been almost universal success in the design and identification of potent kinase inhibitors.
Overall, in addition to fiber diffraction, which over the years has provided a wealth of useful structural information, 104) computational studies of monomeric and oligomeric structures of various fragments have clearly shown structural flexibility and oligomerization complexity, for example, Aβ10−35, Aβ16−35, Aβ17−42, Aβ10−35 monomers, Aβ21−30, Aβ13−23,(91) and−28, Aβ14−234−23.
Catalyzed by an accelerated biofuels R&D portfolio, there is now a wealth of new structural and experimental insights related to cellulases and the structure of plant cell walls.
Electron tomography is providing a wealth of 3D structural data on biological components ranging from molecules to cells.
However, despite a wealth of biochemical, structural and computational data, the way in which GTP hydrolysis is activated and regulated is still a controversial topic and well-designed simulations can play an important role in resolving and rationalizing the experimental data.
Despite a wealth of available structural data of complementary interfaces between proteins and domains, our knowledge remains largely descriptive and only a few generalizable patterns of protein and domain interfaces exist [ 12].
