The phrase "array of genomics" is correct and usable in written English.
It can be used to describe a diverse range or collection of genomic data, techniques, or studies in the field of genomics.
Example: "The research team presented an array of genomics that highlighted the latest advancements in gene editing technologies."
Alternatives: "collection of genomics" or "variety of genomics".
In the last twenty years there has been an explosion in the demand for custom oligonucleotide synthesis to support a vast array of genomics applications.
Moreover, the establishment of an extensive array of genomics resources, including expressed sequence tags (ESTs) and DNA microarrays [ 8], for opium poppy plants and cell cultures has also accelerated the development of a systems biology approach to discover new alkaloid biosynthetic genes and relevant biological processes.
The DNA was loaded onto the nanochannel array of BioNano Genomics IrysChip by electrophoresis of DNA.
The DNA was loaded onto the nanochannel array of BioNano Genomics IrysChip by electrophoresis of DNA, automated by the Irys system.
Motivated by the availability of its full genome in 1996 as the first eukaryotic organism to be sequenced [ 2], an array of functional genomics tools emerged, including a comprehensive collection of yeast deletion mutants [ 3, 4], genome-wide over-expression libraries [ 5], and green fluorescent protein (GFP -tagged yeast strains [ 6, 7].
Comparative genomics of the species that make up the M. tuberculosis complex has also added an array of genomic information to our understanding of these organisms.
There are a number of databases, including, for instance, the microbial genome database for comparative analysis (29 31) and the integrated microbial genomes (32 35) system, which provide a wide array of microbial genomes including some Fusobacterium strains for comparative genomics.
The DNA was loaded onto the nanochannel array of the BioNano Genomics IrysChip by electrophoresis of DNA.
These cover a broad array of topics, from genomics to patient registries up to rare diseases research, among others.
One salient feature of the course was the inclusion of over 20 faculty members with an array of experience spanning genomics, proteomics, bioinformatics, biostatistics, mass spectrometry, genetics, molecular biology, biochemistry, lung and heart disease, clinical studies, human research, and mouse and cell models.
Survey respondents provided information on the types of genomics array technology used during the past 3 years (Table 2).
