Guest author Sam Ahuno describes his published work on African cancer genomics and shares his vision of a cloud-powered future for computational research in Africa.
Guest author Yossi Farjoun recounts the story of how he solved a mysterious case of low sequencing alignment rates in a sequencing project.
Discover how the move toward cloud-based research infrastructure empowers educators to deliver practical instruction in genomics.
Learn how Terra is supporting a novel approach to managing study participants’ data access and control in industry-sponsored clinical studies.
Computational biologist and longtime GATK team member Laura Gauthier provides an inside perspective on the methodologies underpinning recent discoveries in common disease research.
Learn how to use cloud-based data and tools to teach genomic concepts, in a webinar that will introduce key resources and demonstrate how to use them through concrete examples.
Computational biologist and GATK team member Megan Shand describes the new GATK pipeline for processing short-read WGS data produced by the Ultima Genomics technology.
This population genetics study used Terra to identify mitochondrial variants in 56K+ whole genomes from the gnomAD database using a scalable GATK workflow.
Kathleen Morrill of the Karlsson Lab gives us a pawtastic tour of canine science initiatives and lays out the ulti-mutt vision of a “dogs in the cloud” data ecosystem.
This spotlight on the paper describing the Telomere-to-Telomere genome reference highlights how the variant calling part of the work was implemented in Terra.
Terra is developed by the Broad Institute of MIT and Harvard in collaboration with Microsoft and Verily.
