Demand for fast, inexpensive, and accurate DNA sequencing data has led to the birth and
dominance of a new generation of sequencing technologies. So-called “next-generation” …

DNA sequencing process utilizes biochemical methods in order to determine the correct
order of nucleotide bases in a DNA macromolecule using sequencing machines. Ten years …

DNA sequencing, starting with Sanger's chain termination method in 1977 and evolving into
the next generation sequencing (NGS) techniques of today that employ massively parallel …

Massively parallel sequencing has reduced the cost and increased the throughput of
genomic sequencing by more than three orders of magnitude, and it seems likely that costs …

The growing demand for analysis of the genomes of many species and cancers, for
understanding the role of genetic variation among individuals in disease, and with the …

Current advances in DNA sequencing technologies are dropping down sequencing cost
while increasing throughput at a pace never shown before. Past-decade great milestones …

Genomic technologies are becoming a routine part of human genetic analysis. The
exponential growth in DNA sequencing capability has brought an unprecedented …

Long-read DNA sequencing technologies have been rapidly evolving in recent years, and
their ability to assess large and complex regions of the genome makes them ideal for clinical …

Most human diseases have underlying genetic causes. To better understand the impact of
genes on disease and its implications for medicine and public health, researchers have …

DNA sequencing has revolutionized medicine over recent decades. However, analysis of
large structural variation and repetitive DNA, a hallmark of human genomes, has been …