The phrase "array of genetic" is correct and usable in written English.
It can be used when discussing a variety or collection of genetic traits, sequences, or variations in a biological context.
Example: "The study focused on an array of genetic markers that could indicate susceptibility to certain diseases."
Alternatives: "variety of genetic" or "collection of genetic".
A major challenge in IBD genetics will be harnessing the vast array of genetic discovery for clinical utility through emerging precision medical initiatives.
The body's metabolism is governed by such a complex array of genetic circuits that it will be years before the role of the seven SIRTs is fully understood.
The advance represents a significant step forward in the effort to create noninvasive genetic tests that could assess a wide array of genetic diseases.
But as scientists began discovering a much broader array of genetic mutations linked to cancer, oncologists needed a way to screen individual patients for numerous mutations.
The research literature is rife with studies of low rates for colonoscopies, mammograms and an array of genetic testing.
The OptReg framework is a versatile tool for strain design which allows for a broad array of genetic manipulations.
Research into these processes is escalating and deficient pattern separation is being implicated in a wide array of genetic disorders as well as in neurocognitive aging.
With the above motivating concept in mind and the rich array of genetic variants available in Drosophila, as well as those we generated in this study, we conceived of a reverse-drive scenario wherein the wild-type N+IS allele should be preferentially inherited over a different cleavage-sensitive, Abruptex allele (AxE2).
The genetic discovery in ALS comes at a time when genetic engineering technologies in mice are highly efficient through CRISPR/Cas9 and can be applied to a wide array of genetic backgrounds.
To investigate the preference for preimplantation genetic diagnosis (PGD) as an alternative to prenatal diagnosis (PND) in a large group of couples representing a wide array of genetic disorders.
In 1989, Tsui teamed up with Francis Collins and his collaborators to publish a seminal trio of papers that pinpointed the exact location of the CFTR gene on chromosome 7 and defined the precise array of genetic mutations that cause the cells' chloride-transporting protein to malfunction.
