Aggregate and interpret large-scale genomic data for population sequencing applications
BaseSpace Cohort Analyzer provides a robust, secure, and scalable platform to aggregate and interpret large-scale genomic data for population sequencing applications.
This software-as-a-service offering enables researchers to deploy a data management and analysis framework that scales to match large-scale sequencing capacity in a time and cost-effective manner. Data is stored in a private, HIPAA-compliant data center, ensuring the security and privacy of human subject information.
The subject-centric record model connects clinical and molecular data for each individual, to provide not only a better understanding of each subject’s condition, but also to enable powerful analyses that use both clinical and molecular data. Query tools allow you to transition from the genomic data level to the phenotype level.
A large-scale computing framework allows researchers to identify novel biomarkers and find relationships between clinical and molecular data by applying available cohort and group comparison workflows.
BaseSpace Cohort Analyzer offers a platform for analyzing complex human subject data for translational research applications. By providing access to the world’s largest repository of curated public data sets and powerful tools for large cohort analysis and group comparisons of both public and proprietary data, BaseSpace Cohort Analyzer enables transformation of complex data into meaningful insights.
BaseSpace Correlation Engine offers web-based tools that support early-stage and translational discovery to identify mechanisms of disease, drug targets, and prognostic or predictive biomarkers.
*For Research Use Only
BaseSpace Cohort Analyzer is the new name for NextBio Clinical
BaseSpace Correlation Engine is the new name for NextBio Research
Cohort Analyses with BaseSpace Informatics BaseSpace Cohort Analyzer provides the world’s largest collection of continuously curated genomic knowledge in a secure, HIPAA-compliant, cloud-based environment.