Nonlinear models outperform linear models with epistasis or GxEARCADIA Knowledge Graph

Association·arcadia

Nonlinear models outperform linear models with epistasis or GxE

Hypothesis that nonlinear genomic prediction models are most advantageous in populations where epistasis or gene-by-environment interactions exist, especially in structured populations or with fixed mutations between diverged lineages.

Confidence
70%
active

Evidence Quote

Nonlinear models likely provide an edge over linear genomic prediction models in populations with prevalent epistasis or gene-by-environment interactions

Relationship

Nonlinear genomic prediction models increases Ciprofloxacin resistance