Olatunbosun K. Arowolo

The paper tests the SEV hypothesis by analyzing mouse and rat sperm methylome responses to age and stress, finding that methylation variation in VMRs increases with age, suggesting stress accelerates epigenetic aging.

The paper investigates how environmental factors like heat stress and cadmium affect sperm epigenetic aging through the mTOR/BTB mechanism in mice.

This study shows that developmental exposure to common environmental pollutants like BPS, BDE-47, and TBBPA causes long-term changes in hypothalamic-pituitary gene expression and function in male mice.

This study shows that mTOR complex balance in Sertoli cells regulates sperm DNA methylation aging, with mTORC2 suppression accelerating aging and mTORC1 suppression causing rejuvenation.