Using Hierarchical Similarity To Examine The Genetics of Behcet's disease
Samuel J. Shenoi, Erich J. Baker
This study uses hierarchical similarity to identify genetic factors of Behcet's disease and related autoimmune diseases with genetic overlap.
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Baylor UniversityORCID 0000-0002-7798-5704Unclaimed ORCID profile · follow to get notified of new preprints
5 papers
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Samuel J. Shenoi, Erich J. Baker
This study uses hierarchical similarity to identify genetic factors of Behcet's disease and related autoimmune diseases with genetic overlap.
Timothy Reynolds, Jason A. Bubier, Michael Allen Langston…·Erich J. Baker
This paper introduces NESS, a tool that improves gene-disease association discovery by leveraging multi-species functional genomics data and network analysis to overcome data sparsity and bias.
Jason A. Bubier, Vivek M. Philip, Christopher Quince…·Elissa J. Chesler
The paper identifies host-microbiome interactions using systems genetics in mice, revealing mechanisms of microbial involvement in disease.
Jason A. Bubier, George L. Sutphin, Timothy Reynolds…·Elissa J. Chesler
The paper integrates heterogeneous functional genomics data across species to identify genes and pathways underlying aging, finding Cd63 as a key gene with lifespan-extending effects in C. elegans.
S. M. Ashiqul Islam, Benjamin J. Heil, Christopher Michel Kearney, Erich J. Baker
This study introduces a modified N-Gram and Skip-Gram model for protein classification from primary sequence data, showing improved accuracy over existing methods.