A common data model lets researchers find and access the data they need from multiple sources quickly. Read on for an overview of the Terra Interoperable Model (TIM) and links to additional resources.
What is the Terra Interoperability Model (TIM)?
TIM is a data model that enables data sharing and reuse across the large federated space of datasets for biomedical research. The common concepts and relationships of TIM help researchers 1) find highly connected biomedical data and 2) interoperate among datasets that share key parts of the data model.
Find single cell data for human/mouse where ACE2 and TMPRSS2 genes are highly expressed to find cell types susceptible to Covid19 infection
Find all glioma data that I can access for commercial research
Find single-cell data from samples with HIV and an intracellular pathogens
I need RNA-seq, Hi-C, and ChIP-seq data from adult brain tissue -- normal and diseased -- with malignant glioma
The Terra Interoperability Model is an ongoing joint effort between the Broad Institute of MIT and Harvard’s Data Sciences Platform and the Core Data Model Team at Broad. The Institute was founded to bring together researchers with expertise across various disciplines to meet emerging challenges of biomedicine. The Core Data Model Team leverages this environment to bring experts in genomics, computational chemical biology, epigenomics, single-cell genomics, medicine, and other disciplines together with data modelers and software engineers. Researchers provide insight into how methods and technologies in the lab evolve. This results in a data model driven by researcher questions, that reflects the science and anticipates changes in rapidly evolving areas of research.
A brief history of the Broad's search for a common data model
(Kathy Reinold's talk from the 2020 BioIT conference)
TIM is formally specified using the OWL web ontology language and leverages other standards where possible.
- High level description of TIM and how to download
- Terra Core Data Model Team
From the GitHub READme doc
- GitHub repository
Our GitHub repository is terra-interoperability-model. The Github README.md includes a more detailed summary: