Discover the top genomics startups revolutionizing genome sequencing technologies to enhance disease prevention and treatment ...

The first baby to have a cord blood sample taken as part of the study at Jessop Wing was Sophia Bird, who was born on ...

The innovation, he says, could transform the way scientists measure and address genomic breaks in gene-editing systems.

Long-read sequencing may be a better option for rare disease diagnosis than short-read sequencing, according to a recent ...

The most complex engineering of human cell lines ever has been achieved by scientists, revealing that our genomes are more ...

Genome-wide association study (GWAS) is just such a powerful tool for connecting genotypes–phenotypes (Korte and Farlow, 2013). Genome-wide association study refers to the association analysis of ...

Microarray platforms provide a method for 'global' ChIP analysis, but direct sequencing of enriched ... in a single run enables whole-genome ChIP analysis of complex organisms.

An international collaboration of scientists have made a groundbreaking discovery that could positively impact the ...

Painted lady butterflies are world travelers. The ones we encounter in Europe fly from Africa to Sweden, ultimately returning ...

When it comes to understanding crab biomass declines and how to recover populations, we need to better understand population ...

Whole genome resequencing of 115 individuals generated a total of 1545.16 Gb of raw data. After the removal of low-quality reads, 1502.18 Gb of clean data remained. As the total length of the ...

Even the highest-resolution analysis — genome re-sequencing — would resolve only a proportion of structural variation (mostly smaller-scale insertion and deletion changes). A significant ...