Low AMH FAQ: 30 Questions
About AMH, Pregnancy and Fertility
Low AMH can indicate reduced ovarian reserve, but it does not automatically mean infertility or poor egg quality. Here are evidence-based answers to the questions women most often ask after receiving a low AMH result, covering what the number means, natural pregnancy, age, egg quality, IVF and what to focus on next.
Evidence-Based Answers
Root Cause Approach
Holistic & Natural Healing
Backed by Real Success Stories
What does low AMH mean?
Low AMH generally indicates a lower ovarian reserve, meaning fewer remaining ovarian follicles. It does not directly measure egg quality and cannot, by itself, determine whether you can conceive naturally. Age, ovulation, antral follicle count, sperm health, reproductive history and other fertility factors provide important additional context.
- AMH primarily reflects ovarian reserve, not egg quality.
- Low AMH does not automatically mean infertility.
- A higher AMH result after an intervention does not necessarily mean the ovarian follicle pool has been restored.
- Natural conception support and medical fertility evaluation can happen at the same time.
Important: AMH is one fertility marker, not a pregnancy prediction.
Frequently Asked Questions
Browse by topic or read them all. Every answer is rooted in our root-cause, natural fertility approach. AMH is one fertility marker, not a pregnancy prediction.
Low AMH generally means the ovaries have a lower estimated ovarian reserve, fewer remaining follicles than might be expected. But low AMH does not mean zero eggs, and it does not mean you cannot get pregnant.
AMH, or Anti-Müllerian Hormone, is produced by cells surrounding small developing follicles. Because it reflects the number of these follicles, doctors use it as one marker of ovarian reserve and to estimate how the ovaries may respond to stimulation.
What AMH does not tell you is equally important. It cannot say whether you are ovulating, whether your tubes are open, whether your partner's sperm is healthy, or whether this month's egg can result in a healthy pregnancy.
At Let's Conceive we don't read an AMH result as a fertility verdict. We read it as one piece of the fertility picture, alongside age, cycles, ovulation, antral follicle count, reproductive history and sperm health.
Key takeaway: Low AMH tells us about ovarian reserve. It does not independently tell us whether natural conception is possible.
Related: How ovarian reserve fits into your complete fertility picture →
There is no single AMH number that means the same thing for every woman. AMH is reported in ng/mL or pmol/L, and interpretation varies by laboratory, assay, age and clinical situation.
Broadly, an AMH below approximately 1 ng/mL is often described as low, but that cutoff is not a diagnosis. An AMH of 0.8 ng/mL may mean something very different in a 28-year-old than in a 40-year-old.
So instead of asking “Is my AMH normal?”, a better question is: “What does my AMH mean in the context of my age and overall fertility?”
AMH is especially useful for estimating ovarian response to fertility treatment. It is much less useful as a standalone predictor of whether an individual woman will conceive naturally.
Key takeaway: A number below roughly 1 ng/mL is commonly considered low, but AMH should be interpreted in context rather than against one universal cutoff.
Related: What an AMH result means at your age, not against one cutoff →
No. Low AMH does not automatically mean infertility. AMH estimates ovarian reserve. Infertility is about the ability to achieve pregnancy, which depends on many more factors.
A woman can have low AMH and still:
- have regular menstrual cycles
- ovulate naturally
- release an egg
- conceive naturally
Likewise, someone can have a reassuring AMH and still struggle to conceive because of blocked tubes, endometriosis, ovulation problems or sperm factors.
Low AMH matters most during IVF, where lower reserve can mean fewer follicles respond to stimulation. But fewer eggs available does not equal zero chance of pregnancy.
Key takeaway: Low AMH can indicate reduced ovarian reserve, but low ovarian reserve and infertility are not the same diagnosis.
Related: Why reduced ovarian reserve and infertility are different diagnoses →
No. AMH and egg quality are not the same thing. AMH is primarily a marker of egg quantity, or ovarian reserve, not a direct measurement of egg quality.
There is currently no routine blood test that can tell you “your egg quality is X%”. Egg quality is most strongly associated with age, because the likelihood of chromosomal abnormalities rises as reproductive age advances.
This creates an important situation. A younger woman can have low AMH but potentially younger eggs. An older woman can have a higher-than-expected AMH and still face age-related changes in egg quality.
For natural conception you do not need many eggs in one month, usually one dominant follicle ovulates. The bigger question is whether ovulation occurs and whether the egg, sperm, tubes and uterine environment can support conception.
Key takeaway: AMH helps estimate ovarian reserve. It does not directly measure the quality of your eggs.
Many women assume that low AMH means poor egg quality, but these are different concepts entirely. Learn more in our Egg Quality FAQ.
Related: The difference between low AMH and poor egg quality →
Yes. You can have low AMH and still ovulate regularly. AMH reflects the pool of small follicles, it does not tell us whether ovulation is occurring in a particular cycle.
Many women with low AMH continue to have regular periods, predictable cycles, follicular development and natural ovulation.
Imagine two women. One has low AMH but ovulates consistently. The other has a higher AMH but has PCOS and rarely ovulates. The second woman's number looks more reassuring on paper, but that does not mean she has a better chance of conceiving this month.
If you are trying naturally with low AMH, understanding whether and when you ovulate is often more actionable than repeatedly retesting AMH.
Key takeaway: Low ovarian reserve does not automatically mean absent ovulation. Women with low AMH may continue to ovulate and have regular cycles.
Related: How to track ovulation when you are trying with low AMH →
Yes. Natural pregnancy is possible with low AMH. Low AMH indicates a lower ovarian reserve, not that you have no eggs left, cannot ovulate, or cannot conceive.
For natural conception, what matters in a particular cycle is whether:
- ovulation occurs
- sperm is available at the right time
- the fallopian tubes allow fertilization and transport
- the egg and sperm can form a viable embryo
- the reproductive environment can support implantation
This is why two women with the same AMH can have very different fertility situations. Age is particularly important, because AMH estimates reserve while age is far more closely associated with egg quality.
Key takeaway: Low AMH can reduce ovarian reserve, but it does not by itself rule out natural pregnancy.
Related: What actually determines your chance of conceiving each cycle →
Yes, pregnancy can occur with an AMH below 1 ng/mL. A value below roughly 1 ng/mL is commonly described as low, although interpretation depends on age, laboratory method and clinical context.
Consider two women with an AMH of 0.8 ng/mL. One is 29, ovulates regularly, has open tubes and no male-factor infertility. The other is 39, has irregular cycles and has been trying for two years. Identical numbers, very different situations.
So “can someone get pregnant with AMH 0.8?” has no useful yes-or-no answer for an individual. Yes, pregnancy is possible, but the probability and the right next steps depend on the rest of the picture, especially age and how long you have been trying.
Key takeaway: AMH below 1 indicates lower ovarian reserve, not zero possibility of natural pregnancy.
Yes, pregnancy is possible with an AMH of 0.5 ng/mL, but the number needs context. An AMH around 0.5 generally suggests significantly reduced ovarian reserve, and during IVF fewer eggs may be obtained after stimulation.
But AMH 0.5 does not tell us:
- whether you are ovulating
- whether your tubes are open
- whether sperm parameters are healthy
- whether fertilization can occur
- whether an embryo will implant
Most importantly, AMH 0.5 at 28 is not the same situation as AMH 0.5 at 40. If reserve is genuinely low, time may matter. Spending months trying to make a laboratory number rise before proper evaluation can be counterproductive.
Key takeaway: AMH 0.5 suggests low ovarian reserve, but it is not a diagnosis of sterility and cannot independently predict whether pregnancy will occur.
Related: What AMH 0.5 does and does not tell you about conceiving →
Yes, pregnancy can still occur with very low AMH if ovulation is occurring, but very low ovarian reserve should be taken seriously. There is an important difference between “pregnancy is possible” and “there is nothing to worry about”.
A better evaluation looks at AMH together with:
- age
- antral follicle count
- menstrual pattern
- evidence of ovulation
- reproductive history
- fallopian tube factors
- semen analysis and male fertility
- duration of trying to conceive
For someone with very low AMH the strategy should be time-conscious rather than fear-driven. Improving nutrition, sleep and metabolic health is valuable, but should not become a reason to postpone appropriate fertility evaluation.
Key takeaway: Very low AMH does not equal zero chance of pregnancy, but it can make timely fertility planning more important.
Related: Why very low ovarian reserve makes fertility timing matter →
There is no single safe waiting period for everyone with low AMH. Age matters, and so do ovarian reserve, cycle regularity, previous pregnancies, tube health, sperm factors and how long you have already been trying.
As a general guideline, people under 35 are often advised to seek evaluation after 12 months of regular unprotected intercourse without pregnancy, and those 35 and older after 6 months. People over 40 or with known fertility concerns may benefit from evaluation sooner.
Known low ovarian reserve is a reason to discuss your individual timeline with a qualified specialist rather than automatically waiting out standard time limits. Getting evaluated does not mean you must immediately choose IVF, it means preserving your options.
You can work on nutrition, metabolic health, sleep, activity, smoking or alcohol exposure, identifying ovulation and male fertility while obtaining medical assessment. The mistake is not choosing natural conception. The mistake is losing valuable time because someone promised AMH could simply be reversed.
Key takeaway: With low AMH, the right amount of time to try naturally depends heavily on age and the complete fertility picture.
Related: How long to keep trying naturally before seeking evaluation →
There is no single “normal AMH” that applies to every age. AMH naturally declines as ovarian reserve decreases, so a result should always be read in the context of your age rather than against one universal cutoff.
Laboratories, populations and assays also produce different reference ranges. Online charts showing an exact “ideal AMH” for every age can create false reassurance or unnecessary panic.
Doctors may interpret AMH together with age, antral follicle count, menstrual history, previous ovarian surgery, fertility history and response to previous stimulation.
An AMH that looks reassuring for your age does not guarantee pregnancy, and a below-average value does not make pregnancy impossible. AMH is not a fertility score.
Key takeaway: Don't only ask “Is my AMH normal?” Ask “Is my ovarian reserve expected for my age, and what does that mean for my plan?”
Yes. Imagine two women, both with an AMH of 0.7 ng/mL, one is 30, one is 38. Both may have reduced ovarian reserve, but their reproductive situations are not identical.
Why? Because ovarian reserve and egg quality are different concepts. AMH mainly describes the remaining follicle pool. Age is much more strongly associated with the likelihood of chromosomal abnormalities in eggs.
A 30-year-old with low AMH may have fewer follicles than expected for her age, but that alone does not tell us her eggs are poor quality. At 38, both reduced reserve and age-related egg quality may need to be considered.
At Let's Conceive we would never interpret AMH = 0.7 without first asking Age = ?
Key takeaway: Low AMH describes ovarian reserve. Age adds critical information about reproductive time and egg quality.
Related: Why ovarian reserve and egg quality are not the same thing →
Yes, natural conception can occur after 35 with low AMH, particularly if you are still ovulating, but both age and ovarian reserve make timely evaluation important.
After 35 we need to think about two separate things:
- Ovarian reserve: how many follicles remain?
- Egg quality: how likely is an available egg to produce a chromosomally healthy embryo?
AMH informs the first question. Age contributes far more to the second. Other factors still matter enormously, regular ovulation, tube health, sperm quality, endometriosis and how long you have been trying.
The message should be neither “low AMH means you need IVF” nor “don't worry, just keep trying”. Both oversimplify.
Key takeaway: Natural pregnancy with low AMH after 35 is possible, but age plus reduced reserve makes time more valuable.
Related: Conceiving naturally with low AMH after 35 →
Pregnancy at 40 with low AMH is possible, but age and low reserve create two different challenges. Low AMH suggests fewer remaining follicles; age 40 adds a substantially higher proportion of eggs with chromosomal abnormalities.
This can contribute to:
- lower chances of conception per cycle
- greater risk of early pregnancy loss
- lower success rates with treatment using one's own eggs
None of that means pregnancy is impossible. It means time becomes particularly important. This is not a situation where we would recommend spending six months trying different foods or supplements hoping the number rises before seeking guidance.
Lifestyle optimisation can happen alongside evaluation. Natural fertility support should help you use your time better, not delay appropriate medical care.
Key takeaway: Pregnancy at 40 with low AMH can happen, but early individualised fertility planning is particularly important.
Related: What low AMH means when you are trying to conceive at 40 →
No. A low AMH result alone does not mean you are about to enter menopause. AMH declines as the follicle pool decreases, but it cannot precisely predict the age at which an individual woman will reach menopause.
“Your ovarian reserve is low” is easily misheard as “my periods are about to stop”. Those are not equivalent statements. A woman may have low AMH while continuing to menstruate regularly, develop follicles, ovulate and conceive.
However, unusually low reserve at a younger age, especially with irregular or absent periods, deserves proper evaluation. Premature ovarian insufficiency (POI) is a specific medical condition and is not diagnosed from AMH alone.
AMH is not a countdown clock. It cannot tell you “you have exactly X years of fertility remaining”.
Key takeaway: Low AMH can indicate reduced ovarian reserve, but it cannot tell you when menopause will occur or diagnose POI by itself.
Related: Why AMH cannot predict when menopause will happen →
AMH levels can change between tests, but there is currently no proven natural method that reliably restores ovarian reserve or permanently increases AMH.
AMH can fluctuate because of:
- laboratory and assay differences
- hormonal medications
- certain medical conditions
- normal biological variation
- timing and circumstances around testing
A higher result does not necessarily mean new eggs were created or ovarian aging was reversed. Women are born with a finite pool of follicles that gradually declines. Claims like “increase your AMH in 30 days” should be treated cautiously.
A more useful question: if ovarian reserve is low, what fertility factors can we still influence? Your AMH may stay low while other aspects of your fertility health improve, and pregnancy, not a number, is the outcome that matters.
Key takeaway: AMH can fluctuate, but no established lifestyle intervention reliably rebuilds ovarian reserve.
There is not enough evidence to say a particular diet reliably increases AMH or restores diminished ovarian reserve. But that does not make nutrition irrelevant, supporting reproductive health is not the same as increasing ovarian reserve.
Rather than eating a specific food because someone claims it “boosts AMH”, focus on an overall pattern providing adequate:
- protein
- vegetables and fruits
- whole-food carbohydrate sources
- healthy fats
- folate, iron, zinc and selenium
- vitamin B12 where relevant
- omega-3 fatty acids
Requirements differ, particularly for vegetarians, vegans and people with metabolic conditions or documented deficiencies. Low AMH should also not become a reason to follow restrictive fertility diets that create deficiencies or anxiety around food.
Key takeaway: Diet supports reproductive and overall health, but no food or fertility diet has been proven to restore ovarian reserve.
No supplement has been established as a reliable way to restore ovarian reserve or permanently increase AMH. This is an area where fertility marketing often goes far beyond the evidence, CoQ10, DHEA, vitamin D, omega-3, antioxidants and herbal formulations are all commonly promoted.
Some nutrients are being studied for aspects of reproductive health, and correcting a genuine deficiency may be appropriate. That is different from claiming a supplement creates new eggs.
DHEA deserves particular caution. It is a hormone, not simply another fertility vitamin, and should not be self-prescribed.
Supplementation should answer a specific question: why does this person need this supplement? Not: “your AMH is low, so take everything marketed for egg quality.”
Key takeaway: Supplements may have a role in individualised care, but none should be presented as a proven way to rebuild ovarian reserve.
Related: Which supplement claims for low AMH deserve caution →
AMH can remain low while other aspects of reproductive health improve, because AMH and egg quality are not the same thing. Age remains the strongest established factor associated with egg quality, and no protocol reverses that biology.
But health optimisation still has value. Before conception or treatment it is reasonable to work on:
- smoking cessation
- adequate nutrition
- correcting documented deficiencies
- healthy metabolic function
- appropriate physical activity
- sleep
- management of relevant medical conditions
- reducing excessive alcohol exposure
- male fertility factors
So instead of “my AMH is low, so my eggs must be bad”, think: “my ovarian reserve is lower, what else do I know, and what can still be addressed?” You do not need AMH to become “normal” before pregnancy becomes possible.
Key takeaway: AMH can stay low while other modifiable aspects of reproductive health improve.
Related: How egg quality can be supported even when AMH stays low →
Focus on improving your fertility strategy, not the AMH number. Imagine your AMH stays exactly the same, quite a lot can still change:
- Understand whether you are ovulating, low AMH does not mean you aren't
- Consider your age, AMH should never be separated from it
- Evaluate both partners, fertility is a couple-level outcome
- Look at the rest of the picture, antral follicle count, cycles, tubes, uterus
- Optimise modifiable factors, nutrition, smoking, alcohol, activity, sleep, metabolic health
- Protect your time, possibly the most important point of all
Natural conception support and reproductive medicine do not need to be opposing choices. The goal is never “let's make your AMH normal”. It is “let's understand your fertility as completely as possible and make informed use of the opportunity you have”.
Key takeaway: You do not need to normalise AMH before pursuing pregnancy.
Related: What to focus on when increasing AMH is not the goal →
Not automatically. Low AMH describes ovarian reserve, it is not by itself an indication for IVF.
Whether treatment is appropriate depends on the whole picture: your age, whether you ovulate, how long you have been trying, tubal and uterine factors, sperm health and previous reproductive history.
Some couples with low AMH conceive naturally. Others benefit from earlier evaluation and treatment, particularly at older reproductive ages or when additional factors are present.
What we would avoid is either extreme, rushing into IVF purely because of a number, or refusing evaluation because someone promised the number could be reversed.
Key takeaway: Low AMH alone does not decide whether you need IVF. The complete clinical picture does.
If treatment does become the right next step, our IVF FAQ explains what the process actually involves and how low AMH factors into it.
Related: When fertility treatment is and is not the right next step →
Low AMH is most useful as a predictor of ovarian response, how many follicles are likely to develop during stimulation and how many eggs may be retrieved.
Fewer eggs can mean fewer embryos and less flexibility across a cycle, which can influence outcomes. But AMH is a weaker predictor of whether any individual embryo will implant.
Age often matters more than AMH for the chance that a retrieved egg produces a chromosomally healthy embryo. This is why two women with the same AMH but a decade between them can have very different expectations.
Key takeaway: AMH predicts ovarian response more reliably than it predicts live birth. Age remains a major independent factor.
There is no fixed number. AMH, antral follicle count and age together give clinicians an estimate of likely response, not a guarantee.
Some women with low AMH respond better than expected; others respond less well. Protocols are often individualised for this reason.
It is also worth remembering that egg number and egg competence are different. A smaller retrieval in a younger woman can still yield a viable embryo, while a larger retrieval at an older age does not guarantee one.
Key takeaway: AMH helps estimate the likely range of eggs retrieved, but it cannot promise a specific number or outcome.
If a cycle has already produced fewer eggs than expected, understanding why is the next step. Our Failed IVF FAQ explains what the numbers mean and what's still possible.
Related: What ovarian reserve testing can predict about an IVF cycle →
This is a clinical decision that depends on far more than AMH, tubal patency, ovulation, semen parameters, your age and how long you have been trying all shape it.
IUI relies on natural or lightly stimulated ovulation, open tubes and adequate sperm. If those conditions are met and you are younger, it may be a reasonable step. Where reserve is very low, age is advanced, or additional factors exist, waiting through several IUI cycles can cost valuable time.
The most useful thing you can do is get a complete evaluation of both partners early, so the choice is made on information rather than on one number.
Key takeaway: AMH alone should not decide between IUI and IVF. Age, tubes, ovulation and sperm health all matter.
Related: How treatment decisions are made beyond the AMH number →
Yes, with realistic expectations. Preparation will not rebuild your ovarian reserve, but it can address factors that genuinely influence a treatment cycle and a subsequent pregnancy.
Depending on the individual, that may include:
- correcting documented nutrient deficiencies
- improving metabolic and insulin health
- stopping smoking and reducing alcohol
- sleep and stress support
- appropriate physical activity
- management of thyroid or other medical conditions
- male fertility optimisation
The important caveat: preparation should run alongside your fertility timeline, not instead of it. Preparing the body is useful. Postponing evaluation for months to chase a number usually is not.
Key takeaway: Body preparation supports overall reproductive health and treatment readiness, but it does not restore ovarian reserve.
Related: Preparing your body before IVF with low ovarian reserve →
Low AMH at a young age means ovarian reserve may be lower than expected for your age, but the reason is not always identifiable. Factors associated with reduced reserve earlier in life include:
- genetic factors
- family history of early menopause
- ovarian surgery
- endometriosis
- chemotherapy or radiation
- certain autoimmune or genetic conditions
- smoking
- damage to ovarian tissue
Sometimes no clear explanation is found. One low result should also be interpreted carefully, laboratory methods, hormonal medications and biological variation all influence measurements.
First ask: “is my ovarian reserve actually reduced, and if so, what could be contributing?”, not “how do I raise this number?”
Key takeaway: Low AMH at a young age deserves clarification of the bigger clinical picture, not panic.
Related: What can cause reduced ovarian reserve at a younger age →
Stress can affect reproductive health, but there is not strong evidence that everyday psychological stress is a primary cause of low ovarian reserve, or that reducing stress reliably increases AMH.
Stress can affect sleep, appetite, sexual frequency, emotional wellbeing, menstrual function in some situations and adherence to treatment. Severe physiological or psychological stress can also influence the reproductive hormone system.
But that does not justify telling a woman “your AMH is low because you're stressed”. That creates guilt without solving the actual problem, and meditation or yoga should not be marketed as ways to rebuild ovarian reserve.
They are still valuable. Supporting psychological wellbeing makes the fertility journey more manageable even if AMH never changes.
Key takeaway: Stress management supports wellbeing, but stress should not be blamed for low AMH.
Related: What we actually know about stress and ovarian reserve →
Vitamin D and AMH have been studied together, but current evidence does not establish vitamin D supplementation as a reliable treatment for increasing ovarian reserve. Some studies found relationships; others produced inconsistent findings.
Two different questions deserve separating:
- Should vitamin D deficiency be corrected? If someone is genuinely deficient, correcting it may be appropriate for general health on clinical advice.
- Will vitamin D restore ovarian reserve because AMH is low? That has not been established.
If testing shows deficiency, the dose should be based on your level and medical guidance, not on taking high doses solely because AMH is low. We prefer correcting an identified deficiency over blindly supplementing a laboratory marker.
Key takeaway: Vitamin D matters for health, but it is not a proven way to rebuild ovarian reserve or reliably raise AMH.
Yes. Women with PCOS often have higher AMH because they may have a greater number of small ovarian follicles producing it. This is one of the clearest examples of why higher AMH does not automatically mean higher fertility.
A woman with PCOS may have a high AMH and many follicles but still experience:
- irregular ovulation
- long menstrual cycles
- anovulation
- difficulty identifying the fertile window
Meanwhile another woman may have low AMH but ovulate regularly. If we ranked fertility simply by AMH, we would misunderstand both.
A high AMH alone does not diagnose PCOS, just as a low value alone does not diagnose infertility. Fertility is a system, not a laboratory number.
Key takeaway: PCOS can be associated with high AMH. High AMH does not necessarily mean better fertility or regular ovulation.
Do not panic, but do not ignore it either. A low AMH result should start a better fertility conversation, not end it. Take the result through a structured process:
- Put AMH in context, age, cycles, how long you've been trying, history, medications
- Understand reserve more completely, antral follicle count and other clinical information
- Find out whether you are ovulating
- Evaluate the couple, not just the woman, sperm health matters too
- Address relevant modifiable factors, nutrition, deficiencies, smoking, alcohol, sleep, activity, metabolic health
- Decide how valuable time is in your case, this is where age becomes crucial
- Build a plan, not a promise
Be cautious with anyone promising “we will increase your AMH”. A better plan asks what can realistically be influenced, what cannot be controlled, and what gives this couple the best opportunity without unnecessarily losing reproductive time.
Key takeaway: Optimise what can be changed while protecting the one factor you cannot recover: reproductive time.
Related Questions
Received a Low AMH Result?
Your AMH number is only one part of your fertility picture. Take the Let's Conceive Fertility Assessment to look at factors such as age, cycles, ovulation, fertility history and partner health together.
Our Approach to Low AMH
We don't promise to “reverse” low AMH. Low AMH is primarily a marker of ovarian reserve, and there is no established diet, supplement or detox protocol that reliably restores the ovarian follicle pool.
Our approach focuses instead on understanding the complete fertility picture, supporting modifiable health factors, evaluating both partners, and helping couples make informed decisions without unnecessarily losing reproductive time.
Natural conception support and medical fertility evaluation can happen at the same time, they are not opposing choices.
How the Let's Conceive approach worksWhy Choose Let's Conceive With Low AMH?
We don't promise to “reverse” low AMH. We help you understand your complete fertility picture, without losing reproductive time.
Honest, Evidence-Based Guidance
Both Partners Evaluated
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Science + Holistic Blend
Real Results & Success Stories
Expert Guidance Every Step
Low AMH Is One Number.
Your Fertility Is a Bigger Picture.
If you've received a low AMH result and don't know whether to continue trying naturally, investigate further, or discuss fertility treatment, the next step is understanding your complete fertility situation.
Medical References
Key sources supporting the claims on this page. Citations should be confirmed and the page medically reviewed before publication.
- Practice Committee of the American Society for Reproductive Medicine. Testing and interpretation of measures of ovarian reserve: a committee opinion. Fertility and Sterility.
- Practice Committee of the American Society for Reproductive Medicine. Optimizing natural fertility: a committee opinion. Fertility and Sterility.
- Practice Committee of the American Society for Reproductive Medicine. Female age-related fertility decline: a committee opinion. Fertility and Sterility.
- ESHRE Guideline Group on Ovarian Stimulation. ESHRE guideline: ovarian stimulation for IVF/ICSI. Human Reproduction Open.
- NICE Clinical Guideline CG156. Fertility problems: assessment and treatment. National Institute for Health and Care Excellence.
- Steiner AZ, et al. Association between biomarkers of ovarian reserve and infertility among older women of reproductive age. JAMA, 2017.
- Iliodromiti S, et al. The predictive accuracy of anti-Müllerian hormone for live birth after assisted conception: a systematic review and meta-analysis. Human Reproduction Update.
- Broer SL, et al. Anti-Müllerian hormone: ovarian reserve testing and its potential clinical implications. Human Reproduction Update.
- Showell MG, et al. Antioxidants for female subfertility. Cochrane Database of Systematic Reviews.
- Teede HJ, et al. International evidence-based guideline for the assessment and management of polycystic ovary syndrome. (Relevant to AMH interpretation in PCOS.)
About this article
Written by
Let's Conceive Editorial Team
Our editorial team creates evidence-based fertility education reviewed against major clinical guidelines and peer-reviewed research.
Reviewed by
Dr. Gopal Gawali
Gynaecologist. MS (Obstetrics & Gynaecology), MBBS.