What is coenzyme Q10<\/strong>? Can it help me get pregnant? We look at the research to help understand its role in fertility and give you some advice<\/p>\n Coenzyme Q10<\/strong> (Q10) has become increasingly popular in the infertility medical community. Q10, also known as ubiquinone, is a natural antioxidant found in every cell of the human body. It is a component used by our cells for the energy production process in the mitochondria. The main function of the mitochondria is to produce energy for cellular activity – the ‘powerhouse of the cell’ you may remember from your biology lessons. The higher a cell’s energy requirements, the higher its Q10 content. This means that organs whose cells have high energy requirements have more mitochondria and, consequently, higher levels of Q10.<\/p>\n The oocyte (egg of the ovary) is the largest cell in multicellular organisms and there are more mitochondria per egg than in any other cellular organelle. As a result, eggs need a lot of mitochondria to produce the energy needed for cell division during maturation of the egg, fertilisation and the development of an embryo. After fertilisation, the mitochondria of the sperm rapidly die, so that the mitochondria of an embryo come entirely from the ovum. As a result, the quality of the mitochondria in an egg determines the quality of the embryo.<\/p>\n We know that with age, the quality and quantity of oocytes produced by the ovaries decreases (known as reduced ovarian reserve). Pregnancy rates fall and genetic abnormalities increase. Errors in the number of chromosomes lead to miscarriages and genetic diseases at birth, such as Down’s syndrome. This phenomenon becomes more pronounced after the age of 35 for most women due to an increase in the number of chromosomal anomalies. These then lead to a higher rate of miscarriage and genetic anomalies in the foetus.<\/p>\n There are two predominant theories about the age-related decline in egg quality. The first is fairly straightforward: essentially, the best quality eggs are used in the younger reproductive years, leaving the poorer quality eggs for later. The second is that the ageing process itself can have a detrimental effect on the eggs that lie dormant in the ovary. One of the main ways in which this happens is through an increase in the number of mutations and deletions in mitochondrial DNA over time.<\/p>\n Given these theories, infertility research has focused quite a bit on how to improve egg quality and increase egg numbers. Since we know that Q10 is an integral part of the energy stored in all cells, it makes sense that supplementation could potentially help women with reduced ovarian reserve to improve mitochondrial activity and energy production in the ovaries.<\/p>\n Since we know that Q10 is an integral part of the energy stored in all cells, it makes sense that supplementation could potentially help women with reduced ovarian reserve to improve mitochondrial activity and energy production in the ovaries.<\/p>\n Much of the research in this area is still ongoing. Several studies have been carried out on both mice and women. Studies on mice have shown that older mice given Q10 had more similar results to younger mice – i.e. they had higher egg counts, more eggs were ovulated after ovarian stimulation and the embryos had fewer chromosomal abnormalities.<\/p>\n A recent 2018 study found that pre-treating young women with low ovarian reserve with Q10 before an in vitro fertilisation (IVF) cycle improved ovarian response to stimulation.<\/p>\n These results are promising, and a great deal of other research is still underway to investigate this issue.<\/p>\n Another benefit of Q10 for men is that it has been shown to improve sperm analysis parameters, including sperm count, motility and morphology.<\/p>\n As we’ve explained, Q10 can improve egg quality and fertility, and it improves sperm analysis parameters in men. It can therefore be beneficial for the fertility of both men and women. That’s why we’ve added it to our +fertimen<\/a> and +fertiwomen<\/a> supplements.<\/p>\n\t\tWhat is coenzyme Q10?<\/h3>\n
Why is Q10 important?<\/h3>\n
What does the research say about Q10?<\/h3>\n
Our conclusion<\/h3>\n