Sentence examples for microbial genomics has from inspiring English sources

It then presents an overview of how microbial genomics has impacted the field of PTM and PTN and revealed paradigm-shifting discoveries in terpenoid biosynthesis, fatty acid metabolism, and antibiotic and antidiabetic therapies.

Microbial genomics has also been pursued into both metagenomics and pangenomics [9,10].

Traditionally, microbial genomics has relied primarily on pure cultures of microbes for sequencing.

Environmental microbial genomics has demonstrated its utility in studying large scale ecological processes [ 5, 6, 11], discovering valuable biocatalysts [ 15] and reassembling the genomic and metabolic blueprint of natural microbial communities thorough shotgun sequencing [ 7, 8, 10].

Advances in microbial genomics have unequivocally demonstrated that we are missing ~90% of the natural product biosynthetic capacity of even the workhorse producers, the Actinobacteria.

Due to the constantly growing number of sequenced microbial genomes, comparative genomics has been playing a major role in the investigation of regulatory interactions in bacteria.

From a practical perspective, microbial environmental genomics has been a successful approach for the discovery of enzymes for a broad spectrum of biotechnological applications [ 14- 17].

GO is now widely used in plant, animal and microbial genomics and has become one of the principal tools employed in the annotation of genes and their products [ 71- 74].

Since (near) complete microbial genomes started becoming available, comparative genomics has been used to prioritize candidate genes for further laboratory testing [ 1], minimizing the costs of experimental research.

The advent of 16S rRNA sequencing and environmental genomics has revolutionized microbial ecology by identifying the genetic diversity (Rappé et al., 1997) and functional potential (DeLong et al., 2006) of a community without the need for cultivation.

The use of environmental genomics has already led to important discoveries such as genes responsible for novel biological functions [ 5], microbial community metabolic traits [ 6- 8] and dramatic increases in the diversity of various enzyme families [ 9, 10].