Input:
A small set of genes that are known to be related to a disease.
Outputs:
A larger set of genes that are functionally related to the input set of genes. Functional relation is determined by 'omics data, such as protein-protein interactions, genetic interactions, and co-expression.
A data-driven gene ontology that organizes these genes into a hierarchy of cellular components and pathways
Interactive visualization of the ontology
Example
We applied this strategy to study the disease Fanconi Anemia (FA). Based on 20 genes that are known to be related to FA, we identified an additional 97 genes that are functionally related and organized these genes into a hierarchy of 25 cellular components and processes. This hierarchy and the genes can be found on the NDEx database: http://ndexbio.org/#/newNetwork/ab9bb6de-081a-11e7-aba2-0ac135e8bacf
Input: A small set of genes that are known to be related to a disease.
Outputs:
Example We applied this strategy to study the disease Fanconi Anemia (FA). Based on 20 genes that are known to be related to FA, we identified an additional 97 genes that are functionally related and organized these genes into a hierarchy of 25 cellular components and processes. This hierarchy and the genes can be found on the NDEx database: http://ndexbio.org/#/newNetwork/ab9bb6de-081a-11e7-aba2-0ac135e8bacf