I had a conversation about a month ago with a friend who had gone through menopause and I realized I had no idea what the ovaries did when they stopped producing eggs. She didn’t either! I can see why it isn’t the most obvious target for research when the primary focus is fertility, but I do find it fascinating that women’s bodies stop the reproductive cycle and keep on kicking for decades. So much complexity, it’s quite the evolutionary trait.
"the aging ovary is a potential third hit for ovarian cancer, with the first hit being genetic and the second hit being environmental..." This is important work crossing generations. Further, it shows that medical research (once centered on younger patients) is reaching older cohorts.
I had a conversation about a month ago with a friend who had gone through menopause and I realized I had no idea what the ovaries did when they stopped producing eggs. She didn’t either! I can see why it isn’t the most obvious target for research when the primary focus is fertility, but I do find it fascinating that women’s bodies stop the reproductive cycle and keep on kicking for decades. So much complexity, it’s quite the evolutionary trait.
"the aging ovary is a potential third hit for ovarian cancer, with the first hit being genetic and the second hit being environmental..." This is important work crossing generations. Further, it shows that medical research (once centered on younger patients) is reaching older cohorts.
Add in hormone replacement therapy to reduce menopausal problems and these studies are going to get very confusing.
Its side gig becomes full time.
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