Punidan D. Jeyasingh

This paper develops a generalized resource-allocation growth law to model prostate cancer responses to intermittent androgen deprivation therapy, showing it predicts treatment outcomes and adapts to different schedules.

The paper measures elemental composition differences between wild-type and Fmr1-knockout mice in brain and somatic tissues, finding significant genotype and tissue interactions.

The paper quantifies elemental composition in different tissues of polyploid snails and finds ploidy affects multielemental allocation, with stronger effects in mineralized tissues.

This study shows ecological stoichiometry and life history theory predict phenotypic adaptation in Drosophila, while genomic data fail to predict the SNPs and genes involved.