https://edelivery.oracle.com/akam/otn/java/jdk/8u202-b08/1961070e4c9b4e26a04e7f5a083f551e/jre-8u202-windows-i586-iftw.exe

This study examines how aging influences the proteomic landscape of human spermatozoa. Proteomic analysis was done on sperm samples from three groups of normal, fertile men: young adults (21–30 years), late adults (31–40 years), and advanced age (41–51 years). The analysis revealed dynamic age-related alterations in human sperm proteins potentially impacting key sperm physiological functions such as motility, metabolism, and fertilization.