Tim Looney and Vanesa Braunstein are co-authors of this blog. Tim Looney is the Senior Director of Scientific Affairs at Singular Genomics. He has a background in NGS assay development and bioinformatics. Vanessa Braunstein is the life science product marketing manager at NVIDIA focusing on genomics and drug discovery. She
Genomics analysis is a complex and data-intensive process that requires robust and efficient tools to manage and process large amounts of genetic data. Visual Studio Code (VS Code), a free and open-source code editor developed by Microsoft, is an excellent tool for genomics analysis due to its speed, flexibility, a
We have been working closely with our partners at Microsoft to expand Terra to a multi-cloud offering. We are now launching the preview phase of Terra on Azure. Sign up today to become an early adopter of Terra on Azure.
Verily software engineers share tips and resources for running Jupyter notebooks programmatically without writing any code.
Learn how to apply hyperparameter optimization to tune a machine learning model with minimal effort, using the Framingham Heart Study risk prediction as an example use case.
Guest author Yossi Farjoun recounts the story of how he solved a mysterious case of low sequencing alignment rates in a sequencing project.
The ASHG January 2022 Interactive Workshops are now open for registration.
The Human Cell Atlas project makes its vast collection of data available through a Data Portal that offers direct export to a Terra workspace.
Samantha Zarate of the Schatz Lab takes us behind the scenes of the large-scale analysis that demonstrated the benefits of the new T2T-CHM13 reference genome for variant calling.
Dr. Kiran Garimella gives an overview of MAS-ISO-seq, a new method for generating a lot more data per run with long-read sequencing technologies such as PacBio, and shares a workspace that demonstrates the method’s data processing.
Terra is developed by the Broad Institute of MIT and Harvard in collaboration with Microsoft and Verily.
