Cray | GenomeWeb

Cray

The supercomputing vendor offers multiple computing, storage, and analytics options that it says will work well for pharma and sequencing centers.

Researchers from the University of Chicago and other institutions have created a computational workflow for sequence alignment, processing, and variant calling that runs on supercomputers, taking advantage of the parallelization capabilities that these systems offer to shorten th

Three life science computers — at MD Anderson Cancer Center, the Genome Science Center at the University of British Columbia, and the Laboratory for Systems Biology and Medicine at the University of Tokyo — beat the 31.1-teraflop benchmark for inclusion in the latest edition of the twice-yearly list.

The University of Chicago received a $7 million grant from the National Institutes of Health to purchase a supercomputer that will be used primarily for basic, translational, and clinical research projects within the university.

A 5,760-core Sun Microsystems blade system at the University of Tokyo's Human Genome Center is the second-fastest life science computer on the latest Top500 list. It follows the 97.1-teraflop, 18,176-core "Chinook" HP cluster at Pacific Northwest National Laboratory’s Environmental Molecular Sciences Laboratory, which holds the No. 34 spot in the current list.

In PLOS this week: nasal microbial communities in asthma patients; sequencing-based way to detect, track schistosomiasis; and more.

The New York Times speaks with Vanderbilt's John Anthony Capra about Neanderthal genes in modern humans.

A draft guidance from the FDA suggests the agency wants to more tightly control gene-edited animals, according to Technology Review.

Researchers were among this weekend's protesters bemoaning the new US administration, Vox reports.