Study suggests ovaries may gain immune function after menopause, challenging long-held beliefs
By
Isabella Backman Share on X Author
Summary
New research from reproductive biologist Francesca Duncan challenges the long-held belief that ovaries become inactive after menopause. Her lab's findings from both mouse and human studies suggest that when a mammal's reproductive period ends, the ovary may take on a new function — potentially transforming into an organ with immune-related powers. This shifts the scientific understanding of post-reproductive organs from being considered useless to having significant biological roles.
Source

Key quotes
· 2 pulledLike many reproductive biologists, Francesca Duncan used to believe that after menopause, a woman's ovaries became as useless as an appendix.
But new findings from her lab, drawn from both mouse and human studies, suggest that when a mammal's reproductive period ends, the ovary takes on a new job.
You might also wanna read
Study links post-menopause memory decline to loss of estrogen production in brain tissue
A new preclinical Northwestern Medicine study reveals that memory decline after menopause may be linked to loss of estrogen production in br
How menopause fundamentally reshapes the brain and its long-term implications for women's health
Menopause triggers profound brain changes akin to a "home renovation," far more dramatic than previously understood. These neurological shif
Is the "manopause" real? If so, it's nothing like female menopause
This article discusses the concept of "manopause" (andropause) and compares it to female menopause. It notes that menopause in women involve
Immunological consequences of senescence in physiology and pathology
Is the "manopause" real? And if so, it's nothing like female menopause
This article discusses the concept of "manopause" (andropause) and compares it to female menopause. It notes that menopause in women involve
8 Expert Tips for Improving Sleep During Menopause
Menopause affects 40-60% of women's sleep quality due to decreased estrogen and progesterone production, along with increased risk of sleep

Comments
Sign in to join the conversation.
No comments yet. Be the first.