The phrase "availability of genomics data" is correct and usable in written English.
You can use it when discussing the accessibility or presence of genomic data in research, studies, or databases.
Example: "The availability of genomics data has significantly advanced our understanding of genetic disorders."
Alternatives: "access to genomic data" or "presence of genomic data".
Indeed, compared with the wide availability of genomics data, the whole-range phenotype recourses, or "phenomics," are highly limited.
While the availability of genomics data is reasonably well provided for by publicly accessible and well-maintained data repositories (with the relevant exception of clinical data), there is a need for improved (and novel) annotation standards and requirements in data repositories to enable better integration and reuse of publically available data.
Pathway analysis of genomics data represents one promising direction for computational inference of drug targets.
Genetic epidemiologist Cecile Janssens pointed to the limited quality control for research data and interpretation of genomics data (Janssens 2014).
Researchers can also easily share their findings, thus helping to make sense of the rapidly growing pool of genomics data around the world.
Informed consent is an important aspect of genomics data sharing.
Therefore, the improvement was observed in integration of genomics data.
Compared to a decade ago, genomics scientists, driven by technical changes and availability of massive genomics data, are performing a wider plurality of curation roles, including end user, curator, and dual-role user.
The availability of wheat genomics data in the public datasets has grown rapidly through major initiatives [ 10, 11].
Sequences from more gymnosperm species are available as EST sequences in PlantGDB database, which coupled with greater availability of genomics resource data from other non-flowering plant taxa species, could potentially be used in the future to examine more closely the precise origins of specific gene family clades.
Previous work on sugar transporter genes SWEET (MtN3_slv), along with the rapidly expanding availability of genomics sequence data has enabled us to examine the SWEET content of multiple plant genomes.
