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Paper Details

An end-to-end deep learning architecture for extracting protein-protein interactions affected by genetic mutations.
Database (Oxford)
8
2018
Author NameAffiliation
Ramakanth KavuluruUniversity of Kentucky
Ramakanth KavuluruUniversity of Kentucky
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Datasets

HomoloGeneAutomatically detected homologous genes in complete eukaryotic genomesLink
HomoloGeneAutomatically detected homologous genes in complete eukaryotic genomesLink
HomoloGeneAutomatically detected homologous genes in complete eukaryotic genomesLink
HomoloGeneAutomatically detected homologous genes in complete eukaryotic genomesLink
HomoloGeneAutomatically detected homologous genes in complete eukaryotic genomesLink
HomoloGeneAutomatically detected homologous genes in complete eukaryotic genomesLink
HomoloGeneAutomatically detected homologous genes in complete eukaryotic genomesLink
HomoloGeneAutomatically detected homologous genes in complete eukaryotic genomesLink
HomoloGeneAutomatically detected homologous genes in complete eukaryotic genomesLink
HomoloGeneAutomatically detected homologous genes in complete eukaryotic genomesLink
HomoloGeneAutomatically detected homologous genes in complete eukaryotic genomesLink
HomoloGeneAutomatically detected homologous genes in complete eukaryotic genomesLink
HomoloGeneAutomatically detected homologous genes in complete eukaryotic genomesLink
HomoloGeneAutomatically detected homologous genes in complete eukaryotic genomesLink
HomoloGeneAutomatically detected homologous genes in complete eukaryotic genomesLink