Women complain about forgetting things during the transition from premenopause to perimenopause to postmenopause. Such declines in memory after menopause appear independent of chronologic age, shows studies.
A new study seeks to identify whether mitochondrial function might be a determinant of cognition during early postmenopause. Women often report about being more forgetful during the transition from premenopause to perimenopause to postmenopause. Such downswings in memory after menopause appear// independent of chronologic age.
‘The study reveals the indications of compensatory bioenergetic shifts that might yield less-efficient energy production but might be important to sustaining cognition as women age. These findings as a whole underscore the importance of bioenergetic processes to women's cognitive health during the postmenopause.’
Study results will be presented during the 2020 Virtual Annual Meeting of The North American Menopause Society (NAMS).Mitochondria are responsible for creating more than 90% of the energy needed by the human body to support life and sustain organ function.
Prior smaller-scale studies have analyzed singular mitochondrial biomarkers to be possibly associated with cognitive function. These studies were based on the idea that a reduction in estrogen changes the efficiency of energy production across the menopause transition, and inefficient energy production may be related to reduction in cognition.
In this latest study, researchers determined the association between a more extensive array of mitochondrial biomarkers and cognitive test performance in a larger sample of postmenopausal women.
They assessed the relationship of mitochondrial functional markers to cognition while taking into account other factors that can influence cognition, including age, education, race, and body mass index.
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Efficient mitochondrial function was most consistently associated with the use of executive, prefrontal-dependent strategies.
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"Although additional research is warranted, this study provides valuable insights into a possible role of changes in mitochondrial function in reduced cognitive performance across the menopause transition," says Dr. Stephanie Faubion, NAMS medical director.
Further studies are essential to determine whether these changes in midlife predict future cognitive decline and whether there are actions that can be taken to prevent them, according to the authors.
Source-Medindia