Understanding how and why mutations in men's sperm occur is crucial for improving our understanding of genetics and reducing the risks of inherited diseases. In a new groundbreaking study, researchers at Cryos in collaboration with other scientists found a way to track how sperm mutations in men change over time. The study gives a deeper understanding of how aging affects the genetic material in men's sperm and how this can impact future generations. By studying sperm mutations directly over time, researchers can now better understand the link between paternal age and genetic disorders. This could lead to improved genetic testing and counselling for men considering having children later in life, as well as new ways to predict and prevent genetic diseases. Read our summary of the study here: https://lnkd.in/dgb8PA83
