The phrase "generate diversity" is correct and can be used in written English.
It refers to the act of creating variety or differences within a group or system. Example: "One of the main goals of our company is to generate diversity in our workforce by hiring individuals from different backgrounds and cultures."
VLRs generate diversity comparable to that of gnathostome antigen receptors by assembling variable leucine-rich repeat modules.
The modular architecture of EC-SOD, encompassing three functional regions, is an ideal construction to generate diversity.
Recent studies have identified a range of post-transcriptional modifications that, combined, are sufficient to generate diversity in channel kinetics and expression level.
Processes that operate post-rearrangement to generate diversity remain ill defined as are the location, timing and triggers to these events.
We also draw attention to recent findings in Arabidopsis of miRNA and chromatin-based timing mechanisms controlling floral development, and illustrate how genetic studies in Arabidopsis relatives can reveal how evolutionary changes in such mechanisms generate diversity in form.
Sequence variations in histone proteins, core components of chromatin, provide a means to generate diversity in the chromatin structure, resulting in distinct and profound biological outcomes in the developing embryo.
The advantages of good water solubility, easy modification to generate diversity, and modularity in synthesis will make α-amidoboronic acids very useful building blocks for future synthesis of boronic acid-based fluorescent sensors.
"It's providing a better understanding of how genes interact with the environment to generate diversity".
Genetic operators are used in GAs to generate diversity and to combine existing solutions into others.
To this end, quantitative measures of diversity can be used to generate diversity scores for pairs of systems, which can then be analyzed within the combinatorial fusion analysis (CFA) framework [1].
Chemist David Lynn of Emory University in Atlanta points out that misfolded proteins like the those implicated in neurodegenerative diseases such as Alzheimer's—show some similarities to life, namely that they can generate diversity in the different ways that they fold, and can undergo chemical evolution, in which those folded proteins are selected not genetically, but chemically.
