Christine Dillmann

The paper examines how selection for flowering time in maize affects defense compounds and susceptibility to the European corn borer, showing genetic background-dependent outcomes.

The paper examines how maize development and phenology affect European Corn Borer infestation dynamics through a two-year field experiment with 23 inbred lines.

The paper evaluates maize resistance to European Corn Borer by linking palatability to metabolomic profiles, identifying key metabolites correlated with resistance.

The paper integrates protein abundance, metabolic fluxes, and phenotypic traits in yeast to uncover metabolic bases of phenotypic variation.

The paper demonstrates that heterosis and inbreeding effects can be decoupled in yeast traits using a half-diallel cross and proteomic data.

The paper demonstrates that heterosis arises from nonlinear genotype-phenotype relationships through in vitro experiments and computer simulations.