It's all about you.
In the beginning, there was the egg.

Empowering you with science

The science of fertility is complicated and every woman is different. At ivary, we are working hand in hand with the best reproductive endocrinologists, researchers and fertility clinics to support women in their fertility journeys and improve our product.

Reviewing science for you

Our Research Team dedicates their time to analysing and reviewing fertility science so that ivary can offer you the best experience and support.

Screening your AMH right

As a starting point, we need to make sure you get the most accurate hormone value. In order to achieve this, our labs only use the Roche Elecsys Assay.

Evaluating your ovarian reserve

Interpreting AMH is tricky business, and understanding it can be too. That’s why we make it our priority to bring you your results in an uncomplicated way.

Supporting you on your journey

1 in 6 people encounter fertility issues in their lifetime. If you are this 1 (and even if you are not) we are here to support you in understanding your results and recommending next steps.

Gynaecologist, expert in female reproductive science, co-founder and medical director at ivary

What is the ovarian reserve?

Your ovarian reserve is the pool of egg cells in your ovaries. It is a finite pool, because the eggs you are born with are the only eggs you have for life. On average, a female is born with 1 to 2 million egg cells, but this number has already decreased to 300,000 – 400,000 by the time of her first period and continues to decrease constantly throughout her fertile lifetime.

Why does this matter? Because without egg cells, you can’t get pregnant. So, understanding your own ovarian reserve helps you understand your current and future fertility lifespan.

The female fertility lifespan

Fertility isn’t an on/off switch – although that would be handy! Instead, over the course of a woman’s life she passes through several reproductive phases, which come with variable and decreasing chances of getting pregnant.

ivary amh test reproductive phasesAsset desktop
Free Fertility eBook

How does fertility develop over time?

The natural course of fertility: Find out what is behind the biological clock and whether time is really ticking when it comes to fertility.

Menopause: farewell to fertility.

Everyone’s fertility is different, which means that not every woman enters menopause at the same age.

In fact, age at menopause can vary anywhere from 40 to 60 years old! Plus, many women can’t get pregnant naturally up to 10 years before menopause begins. Numerous factors influence these ages, such as genetic predispositions, previous pregnancies, and cancer treatments.

Because of all this, testing ovarian reserve is so important and can empower women in their family planning: the Anti-Müllerian Hormone, commonly referred to as AMH, can measure the number of egg cells left in your ovaries and give you a better idea of your fertile lifespan and when you will enter menopause.

What is the Anti-Müllerian Hormone (AMH)?

The Anti-Müllerian Hormone measures the number of egg cells you have left in your ovaries and is the most accurate, available marker for measuring ovarian reserve. It is released by the small, growing egg cells in the ovaries and decreases over time from the age of 25 until menopause.

AMH can be measured using a simple blood test, which can be taken at any day of your cycle. But while measuring AMH is easy, interpreting it is more of a challenge. The best way to interpret AMH is with age-specific AMH percentiles, which help clarify how low or high a woman’s AMH is compared to other women her age. In fact, ivary conducted a study of 1,000 women in order to determine our own age-specific percentiles.

Research corner

If you like to read then today is your lucky day! We have compiled a list of the most important studies concerning AMH and ovarian reserve, for your perusing pleasure.

Ovarian Aging: Mechanisms and Clinical Consequences

F. J. Broekmans, M. R. Soules, B. C. Fauser

The physiology and clinical utility of anti-Müllerian hormone in women

Dewailly, D., Andersen, C. Y., Balen, A., Broekmans, F., Dilaver, N., Fanchin, R., … Anderson, R. A. (2014).

Ovarian reserve screening: A scientific and ethical analysis

Tremellen, K., & Savulescu, J. (2014)