Cutting Through the Noise; A Critical Look at Vitamin D’s role in IVF Success in Women Over 40-SWOT Analysis and Debate

Could CoQ10 hold unexpected promise for ovarian rejuvenation?Could it be the "bridge" between the "bench" and the "bed" for millions navigating the intersection of biology and time."Reproductive aging in women over 40 is marked by declining oocyte quality driven by mitochondrial dysfunction, oxidative stress, and chromosomal instability.At the heart of this decline lies aneuploidy-a leading cause of age-related infertility and miscarriage-rooted in failures of meiotic cohesion, spindle assembly, and DNA repair.Emerging preclinical research now spotlights Coenzyme Q10 (CoQ10), a mitochondrial electron transporter and antioxidant, as a potential mitigator of these age-associated defects.It offers the potential to restore ATP fuel to spindles, shield cohesion from oxidative sabotage, and perhaps even slow the telomeric clock.Could this molecule hold a key to rewriting the narrative of reproductive aging?The data, though nascent, ignite a question; could CoQ10 bridge the gap between the "bench" and the "bed" for women over 40?

Authors

Publication Details

Journal
Journal of Reproductive Medicine and Embryology
Published
2025-04-29
DOI
https://doi.org/10.21608/jrme.2025.373429.1041
Primary Topic
Adolescent Sexual and Reproductive Health
Type
article
Field-Weighted Citation Impact
0.00
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article

Cutting Through the Noise; A Critical Look at Vitamin D’s role in IVF Success in Women Over 40-SWOT Analysis and Debate

Hassan Maghraby, Aya Elsawy
Journal of Reproductive Medicine and Embryology
Adolescent Sexual and Reproductive Health
article

Cutting Through the Noise; A Critical Look at Vitamin D’s role in IVF Success in Women Over 40-SWOT Analysis and Debate

Hassan Maghraby, Aya Elsawy
article en

Abstract

Could CoQ10 hold unexpected promise for ovarian rejuvenation?Could it be the "bridge" between the "bench" and the "bed" for millions navigating the intersection of biology and time."Reproductive aging in women over 40 is marked by declining oocyte quality driven by mitochondrial dysfunction, oxidative stress, and chromosomal instability.At the heart of this decline lies aneuploidy-a leading cause of age-related infertility and miscarriage-rooted in failures of meiotic cohesion, spindle assembly, and DNA repair.Emerging preclinical research now spotlights Coenzyme Q10 (CoQ10), a mitochondrial electron transporter and antioxidant, as a potential mitigator of these age-associated defects.It offers the potential to restore ATP fuel to spindles, shield cohesion from oxidative sabotage, and perhaps even slow the telomeric clock.Could this molecule hold a key to rewriting the narrative of reproductive aging?The data, though nascent, ignite a question; could CoQ10 bridge the gap between the "bench" and the "bed" for women over 40?

Journal of Reproductive Medicine and EmbryologyVol. 0(0)
Gender equality
Openalex Percentile: Top 84%
Adolescent Sexual and Reproductive Health
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