Current Projects
Overview of current projects hosted on BioData Catalyst Powered by Gen3, including their dependencies, characteristics, and relationships.
Last updated
Overview of current projects hosted on BioData Catalyst Powered by Gen3, including their dependencies, characteristics, and relationships.
Last updated
A list of current project IDs can be found in the Data tab, under Filters>Project>Project Id. The current project IDs are:
Parent
TOPMed
Open_Access
Tutorial
The Parent and TOPMed study types have been categorized on Gen3 by their Program designation. An example of this designation by Program is presented below.
The Program types can be further identified by whether there is an underscore (_) at the end of the study:
Parent studies will include an underscore at the end of the study name.
Example: parent-WHI_HMB-IRB_
TOPMed studies will not include an underscore at the end of the study name.
Example: topmed-BioMe_HMB-NPU
There are three distinct relationships possible between Parent and TOPMed studies. The first two relationships are streamlined:
Parent only: The Parent study does not have a TOPMed counterpart study. This usually means that there are no genomic data, such as WXS (whole exome sequencing) or WGS (whole genome sequencing), located within the study; only phenotypic data.
TOPMed only: This TOPMed study does not have a Parent counterpart study. These studies will contain both genomic data, WXS or WGS, and phenotypic data.
Parent study with a counterpart TOPMed study: The Parent study will contain the phenotypic data, while the TOPMEd study will contain the genomic data. Under dbGaP, these studies would be kept separate from one another and the user would need to create the linkages. In the Gen3 platform, these studies have been linked together under the Parent study, based on the participant IDs found in dbGaP. This allows our system to produce valuable information and cohort creation as it combines both phenotypic and genomic data.
The most notable difference between the Program categories is the type of hosted data.
Genomic data: None
Phenotypic data: Like with TOPMed studies, any phenotypic data found within the Graph Model, will only be DCC harmonized variables. For the raw phenotypic data from dbGaP, again, it can be found in the reference_file node.
Genomic data: Available data can include CRAM, VCFs and Cohort-level VCF files
Phenotypic data: TOPMed studies without an associated Parent study will include phenotypic data in the data graph by way of DCC harmonized variables. Additionally, raw phenotypic data from dbGaP can be found in the reference_file as tar files that share this common naming scheme: RootStudyConsentSet_phs######.<study_shorthand>.v#.p#.c#.<consent_codes>.tar.gz
The 1000 Genomes Project is an international research effort (2008-2015) to establish the most detailed catalogue of human variation and genotype data. On the Gen3 platform, the Program open_access contains:
Genotypic data: Available data can include CRAM and VCF files.
Phenotypic data: The data graph will contain phenotypic data by way of DCC harmonized variables. Additionally, raw phenotypic data can be found in the reference_file as VCF and TXT files.
This program contains genomic data from 1000 Genomes and synthetic clinical data generated by Terra. Purpose of this dataset is to use it as a genome-wide association study (GWAS) tutorial. GWAS is an approach used in genetics research to associate specific genetic variations with particular diseases. For more information, see Terra Tutorials.
On the Gen3 platform, the Program tutorial contains:
Genotypic data: Available data can include CRAM and VCF files.
Phenotypic data: The data graph will contain phenotypic data by way of DCC harmonized variables. Additionally, raw phenotypic data can be found in the reference_file as VCF and GDS files.
