… Long-read/third-generation sequencing technologies are causing a new revolution in
genomics as they provide a way to study genomes, transcriptomes, and metagenomes at an …

… 61:121-127, 1996), has not been confirmed by sequencing and by biotransformation assays
performed in continuous cultures. A copy of the insertion sequence ISI162, belonging to the …

… This review does not intend to describe sequencing technologies in depth, due to the
pending publication of extensive outstanding reviews [30,31,44]. High-throughput sequencing …

… codes for the diversity and function of all the living organisms… provides information about
their function. Nonetheless it was … improvements made in sequencing technologies. The initial …

… The genome of this fungus was sequenced to 136-fold coverage using a whole-genome
shotgun approach and Illumina sequencing technology. The completed assembly (N50, 225 kb) …

… approach to the analysis of whole exome sequencing (WES) … sequencing analyses, followed
by burden tests and in silico prediction, but we also carried out an unbiased in vivo analysis …

… functional activities of microbes in complex communities; and how emerging methodologies,
such as long-read and single-cell sequencing… -read sequencing technologies and assembly …

… led by various measurement technologies, and increased throughput has developed omics
analysis. The development of massively parallel sequencing technology has enabled access …

… combined with deep sequencing technologies to rapidly map … polymorphism (SNP) analysis
of whole genome re-sequencing data. This … Deep sequencing technologies combined with …

… , next generation sequencing technologies can be used for many other applications that
were not feasible or affordable previously in order to understand the function and dynamics of …