As DNA sequencing becomes more accessible and widespread, facilitating its integration into routine clinical practice and research, the future of NGS is promising. A genomic revolution...
It is time to look at the DNA sequencing landscape with fresh eyes. For DNA sequencing, this is the year of the big shake-up. From basic biology...
Sequencing capabilities today are work-in-progress; they are a long way off to where sequencing becomes ubiquitous, comprehensive, and accurate. Forty years ago, the advent of Sanger...
The genome sequencing exercise, running at a snail’s pace, is expected to gather momentum as the authorities realize the challenges that insufficient sequencing and pathogen surveillance...
Due to the continuous development of DNA sequencing technology and understanding of the genome, a comparatively novel scientific discipline as genomics has been established. The evolution...
Next-generation sequencing (NGS) has emerged as a powerful technology to unlock the genome underpinnings. The power of high-throughput DNA sequencing technologies is being harnessed by researchers...
The ability to read genomes has transformed understanding of biology. Being able to write them would give unprecedented control over the fabric of life. The DNA...
New applications of genetic testing will result in changes to current care teams and processes. It will reshape how pathologists, oncologists, geneticists, genetic counselors, biostatisticians, and...
With the rapid pace of change brought on by sequencing technologies in 2018, the momentum is expected to continue in 2019 in research, testing, and clinical...
DNA sequencing will be driven by killer applications, not by killer technologies. DNA sequencing has started making huge strides in our current understanding of mechanisms of...
The diverse next-generation high-throughput sequencing technologies have significantly enhanced the speed and ease of DNA sequencing and drastically reduced the cost, bringing in the genomic revolution....
As DNA sequencing commemorates its 40th anniversary, advancements are being made toward third-generation sequencing tools with an ultimate goal of achieving precise real-time products. In the...
The latest NGS systems are now capable of producing nearly 100,000-fold more sequencing data per run as compared to initial NGS systems launched 10 years ago....
NGS tools have the potential to allow for revolutionary science, including direct sequencing of RNA or proteins, real-time genomic pathogen monitoring, or precision medicine based on...
With the advancements in the technologies to detect the DNA sequence, from the foundational approaches such as Maxam & Gilbert’s and Sanger sequencing, the domain of...
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