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Paper Details

Generating Gene Ontology-Disease Inferences to Explore Mechanisms of Human Disease at the Comparative Toxicogenomics Database.
PLoS One
16
2016
-gene networks, B, B-cell chronic lymphocytic leukemia, GO, Human, JQ1, NCBI Gene, atherosclerosis, bipolar disorder, cisplatin, co, genes, raloxifene, sildenafil, stomach ulcers, thalidomide
Author NameAffiliation
Thomas C WiegersNorth Carolina State University
Benjamin L King
Cynthia J GrondinNorth Carolina State University
Carolyn J MattinglyNorth Carolina State University
Carolyn J MattinglyCenter for Human Health and the Environment, North Carolina State University
Carolyn J MattinglyNorth Carolina State University
Carolyn J MattinglyCenter for Human Health and the Environment, North Carolina State University
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Datasets

Dataset
Description
Source Link
CTD DatabaseA knowledgebase for curated chemical-gene-disease networksLink
CTD DatabaseA knowledgebase for curated chemical-gene-disease networksLink
CTD DatabaseA knowledgebase for curated chemical-gene-disease networksLink
CTD DatabaseA knowledgebase for curated chemical-gene-disease networksLink
CTD DatabaseA knowledgebase for curated chemical-gene-disease networksLink
CTD DatabaseA knowledgebase for curated chemical-gene-disease networksLink
CTD DatabaseA knowledgebase for curated chemical-gene-disease networksLink
CTD DatabaseA knowledgebase for curated chemical-gene-disease networksLink
CTD DatabaseA knowledgebase for curated chemical-gene-disease networksLink
CTD DatabaseA knowledgebase for curated chemical-gene-disease networksLink
CTD DatabaseA knowledgebase for curated chemical-gene-disease networksLink
CTD DatabaseA knowledgebase for curated chemical-gene-disease networksLink
CTD DatabaseA knowledgebase for curated chemical-gene-disease networksLink
CTD DatabaseA knowledgebase for curated chemical-gene-disease networksLink
CTD DatabaseA knowledgebase for curated chemical-gene-disease networksLink
Release 1.2