Have you ever found yourself (desperately?) searching for WDL (Workflow Description Language) documentation that suits your needs and coming up short? I have. I was in that boat a year ago when I joined the Broad. I had never heard of WDL before, but I was starting to document WDL
This study used GATK and seqr in Terra to identify variants likely to cause neurodevelopmental disorders, based on exome data from family trios.
Bringing workflows under version control to make large-scale data processing reproducible; inspired by “Ten simple rules for large-scale data processing” (Fungtammasan 2022).
This pediatric oncology study used Terra to identify germline variants contributing to Ewing sarcoma pathogenesis in 1,147 individuals with pediatric sarcoma diagnoses.
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.
NVIDIA’s Clara Parabricks workflows are now available in Terra. These GPU-accelerated genomic analysis workflows deliver up to 24x faster execution and can cut the total cost of execution by up to 50% compared to equivalent CPU-based workflows.
New notification system emails you when your workflow submission status changes to “Succeeded”, “Aborted” or “Failed”.
New webinar recording helps newcomers to bioinformatics workflows get oriented and learn to run workflows on the cloud
Guest author Yossi Farjoun recounts the story of how he solved a mysterious case of low sequencing alignment rates in a sequencing project.
Terra is developed by the Broad Institute of MIT and Harvard in collaboration with Microsoft and Verily.
