Idan Shalev

The paper compares epigenetic aging clocks across different tissue types, finding significant differences in age estimates between oral and blood-based tissues.

The paper compares telomere length and DNA quality metrics across five tissues in individuals aged 8 to 70 years, finding age-related shortening in most tissues and tissue-specific variations in DNA quality.

This study evaluates how DNA extraction methods and lab factors affect qPCR-based telomere length measurement precision across multiple labs.

This study finds that internalizing symptoms in early childhood predict higher epigenetic age acceleration at age 6, which is linked to later internalizing symptoms.

The paper examines how early-life adversity affects gene expression and physiological responses to acute stress in young adults, finding higher cortisol and lower NR3C1 expression in the ELA group.