Celebrating a year of progress — and a sneak peek at what’s coming next
Kyle Vernest
December 15, 2022
Highlights from Terra’s development and growth in 2022, heading into the multi-cloud future of 2023.
Highlights from Terra’s development and growth in 2022, heading into the multi-cloud future of 2023.
Discover the newest component of the Terra platform, designed to provide data storage and access management capabilities tailored for the life sciences.
Join the early access program to try out the Broad Institute’s new Genomic Variant Store, a highly scalable variant storage and processing solution powered by Google BigQuery on Terra.
Verily software engineers share tips and resources for running Jupyter notebooks programmatically without writing any code.
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.
Guest author Stephen Fleming introduces CellBender, a software package for eliminating technical artifacts from high-throughput scRNA-seq and other multi-omics data.
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.
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.
Terra is developed by the Broad Institute of MIT and Harvard in collaboration with Microsoft and Verily.
