Susanta K. Behura

This study links mammary gland location and litter size in mammals through amino acid substitutions, natural selection, and protein networks.

This study investigates how the absence of Caveolin-1 affects mammary gland metabolism and its impact on fetoplacental cytokine signaling through integrative metabolomics and transcriptomics analyses.

This study identifies mesenchymal-epithelial transition (MET) as a mechanism for postpartum endometrial repair in mice, revealing its transient role and associated signaling pathways.

The study shows that ejaculated sperm, exposed to accessory gland secretions, induce a different endometrial transcriptomic response than epididymal sperm in cattle.

This study investigates how the absence of Caveolin-1 in fetal brain affects metabolism, epigenetics, and aging in mice by integrating metabolomics, transcriptomics, and single-cell data.

This study shows that DNA methylation patterns in adult pig blood can predict fetal brain methylation, indicating epigenetic memory from fetal development persists into adulthood.

The paper shows that sex differences in brain aging are programmed during fetal development and epigenetically linked to the placenta.