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. Author manuscript; available in PMC: 2020 Mar 1.
Published in final edited form as: Addict Biol. 2018 Jan 9;24(2):275–289. doi: 10.1111/adb.12591

Table 3.

Overview of pathway or network-based GWAS of alcohol-related behaviors

Author, Date Sample Phenotype Analysis tool/method Gene sets Summary of key enrichment domains
Kendler et al. (2011) Molecular Genetics of Schizophrenia control sample Factor score derived from alcohol craving, DSM-IV alcohol abuse and dependence ALIGATOR KEGG, GO Response to hormone stimulus, membrane raft organization, anatomical structure homeostasis, phosphorylation, and regulation of transporter activity; lipid catabolic processes, regulation of protein transport, regulation of cell adhesion, and cholesterol metabolic process
Kos et al. (2013) SAGE DSM-IV alcohol dependence Permuted Fisher’s exact tests ResNet Mammalian v. 7.0 database curated by Ariadne Genomics Maf transcription factors, Hox AbdB genes, chloride transport, glycine and serine metabolism
Biernacka et al. (2013) SAGE DSM-IV alcohol dependence Permutation-based self-contained SNP or gene set analysis KEGG Synthesis and degradation of ketone bodies; neuroactive ligand-receptor interaction
Han et al. (2013) Discovery: COGA+SAGE; Replication: Yale-Penn, OZ-ALC DSM-IV alcohol dependence R-package dmGWAS Protein-protein interaction network, GO cation transport, synaptic transmission, and transmission of nerve impulses
Juraeva et al. (2015) Discovery: German sample; replication: COGA, SAGE DSM-IV alcohol dependence R-package globaltest version 5.12.0 KEGG, GO, BioCarta, microRNA targets, transcription factor targets, positional gene-sets Nineteen gene-sets identified in discovery sample, five of which were nominally significant in replication sample, including DNA integration, focal adhesion, leucocyte transendothelial migration, chr7q32, and MIR-377
Adkins et al. (2015) GSMS, CHDS, VTSABD Longitudinal alcohol consumption Hypergeometric test ConsensusPathDB Neuronal system, Transmission across chemical Synapses, pharmacodynamics, Adherens junctions interactions, G protein signaling pathways, Axon guidance