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📅 Date: 1 December 2025
🕖 Time: 7 pm GMT
💻 Format: Live Webinar + Q&A with fertility expert Zita West
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This exclusive, expert‑led session explored the vital role of mitochondrial health in fertility, with a focus on egg & sperm quality, and actionable diet & lifestyle support.
Egg health and mitochondrial support are rapidly rising in fertility‑science communities. With high search interest around CoQ10 fertility, mitochondrial health fertility and “how to improve egg quality naturally,” this webinar puts you at the forefront of a specialist niche. Guided by fertility expert Zita West, you’ll gain evidence‑based knowledge and practical take‑aways you can act on immediately.
When we talk about fertility, much of the focus falls on hormones, ovulation timing and IVF protocols. But there’s a growing body of science showing that one of the most critical elements in reproduction is cellular energy, and specifically the role of mitochondria in eggs and sperm.
Your eggs and sperm are high‑energy cells. They rely on optimal mitochondrial function to produce ATP, maintain mitochondrial DNA integrity, resist oxidative damage and support embryo development. As we age, or when we face lifestyle stressors, this system can falter. That’s where supporting mitochondrial health becomes a game‑changer in fertility. Learn more here.
Egg quality is fundamental in fertility. Poor egg quality is often linked with age‑related mitochondrial decline, oxidative stress, lower mitochondrial density, reduced ATP production and compromised embryo viability. In short: even if ovulation appears normal, the cellular machinery within the oocyte may be less robust.
Supporting mitochondrial health helps to:
To do this you can adopt dietary strategies (rich in CoQ10‑supporting foods, antioxidants, omega‑3s, zinc/selenium - learn more about eating for healthy eggs here), lifestyle changes (stress reduction, proper sleep, exercise, avoiding mitochondrial toxins) and consider fertility‑specific nutrients like CoQ10 (ubiquinol form) where appropriate. But this webinar will give you much deeper insight — so you can be confident in your pre‑conception strategy.
Learn more about how you can improve your egg quality here.
Ready to unlock the cellular energy systems behind your fertility potential? Watch the webinar here.
Mitochondria are the energy powerhouses of the egg cell. Each oocyte contains hundreds of thousands of mitochondria, which fuel crucial processes such as chromosome division, fertilisation, and early embryo development. Poor mitochondrial function can lead to reduced egg quality and lower chances of successful conception.
Egg quality often declines due to age-related mitochondrial dysfunction, oxidative stress, reduced ATP production, and accumulation of DNA damage. Environmental factors such as diet, toxins, stress, and inflammation can also impair mitochondrial integrity and cellular metabolism in eggs.
Yes. Lifestyle factors such as a nutrient-rich diet, regular exercise, quality sleep, and stress management have been shown to support mitochondrial biogenesis and antioxidant defences. Specific nutrients and fertility supplements may also enhance mitochondrial energy production and reduce oxidative damage.
With age, the number and function of mitochondria in oocytes decline. Mitochondrial DNA becomes more prone to damage, and ATP production decreases, which impacts fertilisation potential and embryo quality. Supporting mitochondrial health becomes increasingly important for women over 35.
ATP (adenosine triphosphate) is the primary energy molecule in cells. In fertility, it powers key reproductive processes such as egg maturation, spindle formation, fertilisation, and embryo cleavage. Eggs with higher ATP levels typically show better developmental potential.
Exposure to environmental toxins (like plastics and pesticides), poor diet, chronic stress, smoking, excessive alcohol, and lack of sleep can increase oxidative stress and impair mitochondrial function, which may reduce egg quality and fertility outcomes.
Egg development occurs over a 90- to 120-day cycle, so it's ideal to begin supporting mitochondrial health at least three months before trying to conceive or undergoing fertility treatment. Consistency in diet, supplementation, and lifestyle can significantly impact outcomes during this window.
While mitochondrial decline is more common with age, younger women may also experience mitochondrial dysfunction due to stress, environmental exposure, or underlying health conditions. Supporting cellular energy systems can benefit fertility at any age. Learn more about age and fertility here.
CoQ10 is a key component in the mitochondrial electron transport chain, meaning it plays a central role in ATP production — the energy currency of cells, including eggs and sperm. By supporting mitochondrial energy and reducing oxidative damage, CoQ10 helps support both egg and sperm quality.
The optimal timeframe varies, but many fertility specialists recommend a minimum of 90 days (three full egg-cycles) of targeted mitochondrial support before embryo transfer or IVF. We’ll cover the latest thinking and practical recommendations during the session. Learn more about CoQ10 dosage for IVF here
Ubiquinol is the reduced, active form of CoQ10 that may be more bioavailable — particularly for women over 35 or those with mitochondrial decline. We’ll explore the difference between ubiquinone vs ubiquinol, and when each form is appropriate.
Yes — while much fertility focus is on eggs, sperm also rely heavily on mitochondria (especially within the mitochondrial sheath around the sperm tail). Evidence shows CoQ10 can support sperm motility, mitochondrial energy production and reduce oxidative stress in male reproductive cells.
Ideally as early as possible once you decide to optimise fertility, especially if you’re over 35 or facing mitochondrial decline. But even if you’re already in a fertility pathway, there’s value in starting now — we’ll explain how timing interacts with egg mitochondrial turnover and embryo viability.
Absolutely. Nutrients like omega-3s, zinc, selenium, vitamin E, and antioxidant-rich foods support mitochondrial membranes, energy production and oxidative defence systems. We’ll cover key dietary strategies in the webinar — giving you practical, high-impact actions.
Foods rich in CoQ10 (such as oily fish, organ meats), along with nutrient-dense antioxidants (berries, nuts, colourful vegetables), good quality fats (olive oil, omega-3s), zinc/selenium (shellfish, seeds) and mitochondrial-supportive nutrients (such as vitamin E) form a solid base. We’ll discuss how to build your pre-conception diet for mitochondrial health.
As women age, mitochondrial density in oocytes declines, mitochondrial DNA damage accumulates and oxidative stress increases — all impairing egg quality and embryo potential. Understanding these mechanisms helps you take strategic action. We’ll illuminate the age-mitochondria-egg-quality connection in the session.
Generally CoQ10 is well tolerated and widely used in fertility practice, but like any nutrient or supplement, it should be discussed with your fertility practitioner — especially if you’re on medications, have a medical condition or are already undergoing treatment. We’ll highlight key safety points in the webinar.
Emerging research links improved mitochondrial function (via nutrients like CoQ10) to better embryo quality and implantation potential. While no single nutrient is a guarantee, supporting mitochondrial energy and reducing oxidative stress offers compelling benefits. We’ll explore this cutting-edge area during the webinar.
Because oocyte mitochondrial renewal and sperm mitochondrial optimisation take time, many experts recommend at least 90 days of consistent support. Timing, individual health status and lifestyle all influence response. We’ll discuss realistic timelines and what to expect in the webinar.
The two-week wait (2WW) following an embryo transfer is often described as the most challenging part of IVF. Understanding what's happening in your body day by day, and knowing which symptoms are normal, can help ease some of the anxiety during this emotionally intense period.
If you've been tracking your cycle and noticed a short gap between ovulation and your period, you may have a short luteal phase. This common but often overlooked issue can affect your ability to conceive and maintain early pregnancy.