The phrase "a broad set of structures" is correct and usable in written English.
It can be used when referring to a wide variety of frameworks, systems, or arrangements in a particular context, such as architecture, organization, or theoretical models.
Example: "The research focuses on a broad set of structures that influence social behavior in urban environments."
Alternatives: "a wide range of frameworks" or "a diverse array of systems."
Physicochemical determinants, secondary structure profiles, and multiple alignments have been analyzed to generate a broad set of structural sub-domains.
To achieve mobility over such a broad set of terrain topographies – spanning structured and unstructured environments – an ideal robot will employ both static, highly stable motions (e.g. dexterous crawling, climbing, walking), as well as highly dynamic agility maneuvers (e.g. leaping, inertial reorientation, controlled landing; running; etc).
The tight spatial and temporal control of the formation and dissipation of these higher-order structures involves a broad set of actin-binding proteins, like filamins, Arp2/3, cofilin, profilin and capping proteins, all regulating specific steps of actin dynamics [4], [6].
A broad set of validated quality indicators were evaluated which focus on structure and process of primary care.
It has been developed to provide a structure to coordinate the work of a broad set of disciplines in assessing the safety, efficacy, effectiveness, costs and optimal use of technology in both populations and individual patients.
This analysis of the full complement of tetraspanins in a broad set of eukaryotic organisms allowed us to precisely pinpoint the origin of specific exon/intron structure and to determine the evolutionary significance of intron gain/loss events.
We have shown that a broad set of standard results in network analysis, concerning the edge distribution, modularity, global network structure, and critical behavior, can be reproduced in networks grown via a random process, with only a few tunable parameters.
The intron-exon structure of these genes and their homologs across a broad set of 18 eukaryotic organisms was determined by comparing each protein sequence with the respective genomic sequence (see Methods).
Simultaneously, it comprises a complex entity with a broad set of impact with possible (counter) effects in the environment for implementation by the policy/strategy structure and drivers.
