Every year, thousands of women are told their AMH is “too low” and donor eggs are their only option. Many of them go on to conceive with their own eggs. This guide explains how — and what the medical research actually says about low AMH and natural fertility.
What Is AMH and Why Do Doctors Use It to Predict Fertility?
Anti-Müllerian Hormone (AMH) is a protein produced by the granulosa cells inside the small, developing follicles in your ovaries. Because follicles produce AMH at a relatively constant rate regardless of where you are in your menstrual cycle, the AMH level in your blood gives a snapshot of your ovarian reserve — the total pool of eggs remaining in your ovaries.
Fertility clinics use AMH alongside two other markers:
- Antral Follicle Count (AFC) — a transvaginal ultrasound count of visible small follicles
- Day 2/3 FSH — elevated FSH suggests the pituitary is working harder to stimulate resistant ovaries
AMH became popular as a fertility marker because it is convenient — it can be measured at any point in the cycle — and because it predicts how a woman will respond to IVF stimulation. However, what it was designed to do (predict stimulation response) has been conflated with what it does not do well: predict the chance of natural conception.
This distinction is critical — and it is at the root of why so many women with low AMH are misled about their options.
What Does “Low AMH” Actually Mean?
AMH is measured in ng/mL (nanograms per millilitre) or pmol/L. General reference ranges used by most fertility clinics:
| AMH Level | Category |
|---|---|
| Above 3.5 ng/mL | High (possible PCOS) |
| 1.5 – 3.5 ng/mL | Normal |
| 1.0 – 1.5 ng/mL | Low Normal |
| 0.5 – 1.0 ng/mL | Low |
| Below 0.5 ng/mL | Very Low / Diminished Ovarian Reserve |
| Below 0.16 ng/mL | Extremely Low / Near Undetectable |
Important caveats most clinics do not mention:
- AMH varies between laboratories. A result of 0.8 ng/mL at one lab may correspond to 1.1 ng/mL at another, depending on the assay used.
- AMH can fluctuate month to month in the same woman by as much as 20–30%.
- AMH naturally declines with age — a level that would be concerning at 28 may be entirely expected at 41.
- Low AMH does not mean zero eggs. Even with an AMH of 0.3 ng/mL, the ovaries still contain and are still releasing eggs — often one per month, naturally.
- AMH does not measure egg quality. It tells you how many follicles are in the pool. It says nothing about the genetic competence of the eggs within those follicles.
The Biggest Myth About Low AMH — And Why It Can Harm You
The Myth: “Low AMH means you cannot get pregnant with your own eggs.”
This is stated — sometimes bluntly, sometimes by implication — in fertility consultations across the world, including in India. It is false.
Here is what the research actually shows:
A landmark study published in the Journal of Clinical Endocrinology & Metabolism (Steiner et al., 2017) followed 750 women who were trying to conceive naturally. The study found that AMH levels had no significant association with the likelihood of natural conception in women who were still ovulating — even when AMH was very low.
Another study in Human Reproduction found that among women with diminished ovarian reserve who continued trying to conceive naturally, pregnancy rates were not significantly different from women with normal ovarian reserve in the same age group — when other fertility factors were equal.
What these studies confirm is that AMH predicts egg quantity, not egg quality, and egg quality is what determines whether you conceive. A woman with an AMH of 0.4 ng/mL who releases one high-quality egg per month has a perfectly reasonable monthly chance of conception — often similar to her peers with “normal” AMH.
Why This Myth Persists
Fertility clinics are optimised around IVF. AMH is an IVF planning tool — it predicts how many eggs can be retrieved in a stimulated cycle. If your AMH is 0.3 ng/mL, your likely yield at egg retrieval is 1–3 eggs, which makes the economics of IVF uncertain. This is a statement about IVF logistics, not about your natural fertility.
When a clinic tells you donor eggs are your only option, they often mean: donor eggs are your only option for a reasonable IVF outcome. That is an important but very different statement — and one they should be making more clearly.
Can You Get Pregnant Naturally With Low AMH?
Yes — and this is not rare.
Natural conception with low AMH is documented extensively in medical literature and in clinical practice. The key factors that determine success are:
1. You are still ovulating As long as your cycles are regular (or close to regular) and you are releasing eggs — even one per month — natural conception is possible. Low AMH does not cause anovulation on its own.
2. The eggs you release are healthy Egg quality depends primarily on age, oxidative stress levels, mitochondrial health, and the hormonal environment inside the follicle — not on how many follicles remain. Improving these factors can significantly improve the quality of the eggs you do release.
3. Other fertility factors are addressed If sperm quality is poor, the fallopian tubes are blocked, or the uterine environment is compromised, those need to be addressed regardless of AMH. Low AMH is rarely the only fertility factor at play.
4. You give yourself enough time With low ovarian reserve, conception may simply take longer — not because the eggs are poor, but because the monthly probability is lower when fewer eggs are available per cycle. This is a statistical reality, not a biological death sentence.
At Welling Homeopathy, we have seen natural conceptions in women with AMH as low as 0.1 ng/mL — women who had been told definitively that donor eggs were their only option.
7 Evidence-Based Ways to Improve Egg Quality With Low AMH
1. Reduce Oxidative Stress — The Single Most Important Step
Oxidative stress is the primary driver of poor egg quality at any age. Free radicals damage the mitochondria inside the egg, which are responsible for providing the energy needed for fertilisation and early embryo development.
Reducing oxidative stress involves:
- Eliminating processed and deep-fried foods
- Increasing dietary antioxidants (colourful vegetables, berries, turmeric)
- Avoiding smoking, alcohol, and excessive caffeine
- Reducing exposure to plastics, pesticides, and synthetic fragrances
- Managing chronic inflammation (addressed through diet, sleep, and constitutional treatment)
2. Support Mitochondrial Function
Every egg contains approximately 100,000–600,000 mitochondria — far more than any other cell in the body. These mitochondria power the meiotic division of the egg and the first cell divisions of the embryo. When mitochondrial function declines (with age, oxidative stress, or nutritional deficiency), egg quality falls even when quantity appears adequate.
Support mitochondrial function through:
- Coenzyme Q10 (CoQ10 / Ubiquinol) — 400–600 mg/day, in ubiquinol form for better absorption
- Alpha Lipoic Acid — a mitochondrial antioxidant
- Adequate protein intake — mitochondria require amino acid building blocks
- Vitamin D — deficiency is directly linked to mitochondrial dysfunction
3. Optimise Ovarian Blood Flow
The follicular microenvironment — the fluid and oxygen supply surrounding each developing egg — determines how well that egg matures. Poor blood flow to the ovaries means poor oxygen and nutrient delivery. This is modifiable.
Improve ovarian blood flow through:
- Regular, moderate exercise (30–45 minutes daily; avoid over-exercising)
- Abdominal yoga poses and specific fertility yoga sequences
- Castor oil abdominal packs (a traditional Ayurvedic-adjacent practice with anecdotal but consistent support)
- Acupuncture (evidence suggests improved ovarian blood flow markers)
- Constitutional homeopathic treatment (particularly remedies addressing pelvic circulatory stasis)
4. Normalise the Hormonal Environment
Low AMH is often accompanied by elevated FSH — the pituitary’s response to reduced ovarian feedback. High FSH creates a rushed, stressful follicular environment that can impair egg development. Additionally, subclinical thyroid dysfunction and insulin resistance (even without diabetes) further compromise the hormonal milieu.
Investigate and address:
- TSH (target below 2.5 for fertility)
- Free T3 and T4
- Fasting insulin and HOMA-IR
- DHEA-S levels (low DHEA-S is associated with poor ovarian reserve)
5. Reduce Chronic Inflammation
Chronic low-grade systemic inflammation — driven by processed food, leaky gut, environmental toxins, chronic infections, and autoimmune processes — elevates inflammatory cytokines that directly impair follicular development and egg maturation.
An anti-inflammatory approach includes:
- An elimination of gluten and dairy for 8–12 weeks (a trial worth doing if unexplained infertility coexists with low AMH)
- Gut microbiome support (fermented foods, prebiotic fibre)
- Omega-3 fatty acids (2–4 g/day EPA + DHA)
- Turmeric/curcumin supplementation
6. Protect the Endocrine System From Environmental Disruptors
Endocrine-disrupting chemicals (EDCs) — found in plastics, cosmetics, pesticides, non-stick cookware, and synthetic fragrances — mimic and block oestrogen and other reproductive hormones. They accumulate in follicular fluid and directly damage egg quality.
Practical steps:
- Switch to glass or stainless steel food and water containers
- Choose organic produce for the “dirty dozen” high-pesticide items
- Replace synthetic cosmetics and personal care products with natural alternatives
- Avoid heating food in plastic containers
- Choose fragrance-free cleaning products
7. Prioritise Sleep and Circadian Rhythm
Melatonin is produced during deep sleep and acts as a powerful antioxidant within the follicular fluid itself — protecting maturing eggs from oxidative damage. Women with disrupted sleep (shift work, late nights, poor sleep hygiene) have measurably lower follicular melatonin levels and poorer egg quality.
- Aim for 7–8 hours of uninterrupted sleep in a dark room
- Maintain consistent sleep and wake times (including weekends)
- Avoid screens for 60 minutes before bed
- Consider 1–3 mg of melatonin supplementation 1 hour before bedtime (evidence suggests benefit for egg quality in women with diminished ovarian reserve)
Diet and Nutrition for Low AMH — What to Eat and What to Avoid
The Anti-Inflammatory Fertility Diet for Low AMH
Eat More Of:
Colourful vegetables and fruits Rich in antioxidants that neutralise the free radicals damaging your follicles. Aim for 7–9 servings daily. Prioritise: dark leafy greens (spinach, moringa/drumstick leaves, methi), berries, pomegranate, beets, and orange-coloured vegetables (carrots, sweet potatoes, pumpkin).
Healthy fats Omega-3 fatty acids are incorporated into the cell membrane of every egg, directly influencing its quality. Sources: cold-water oily fish (mackerel, sardines, salmon), walnuts, chia seeds, flaxseed (alsi), and hemp seeds.
High-quality protein Eggs (ironic but appropriate), lentils and dals, legumes, paneer from A2 milk, and if non-vegetarian, organic chicken and grass-fed meat. Protein provides the amino acids needed for mitochondrial function and hormone synthesis.
Whole grains and low-glycaemic carbohydrates Insulin spikes from refined carbohydrates (white rice, maida, sugar) worsen insulin resistance, which disrupts the HPO axis and impairs follicular development. Switch to: brown rice, millets (ragi, jowar, bajra), oats, and whole wheat.
Warming, circulatory spices In the Ayurvedic tradition — and increasingly supported by modern research — warming spices improve pelvic circulation and reduce inflammation: turmeric, ginger, cinnamon, saffron (kesar), and black pepper.
Liver-supporting foods The liver processes reproductive hormones. A congested liver leads to oestrogen dominance, which can worsen follicular environment. Support liver detoxification with: bitter gourd (karela), beet, lemon water, and cruciferous vegetables (broccoli, cabbage, cauliflower).
Reduce or Eliminate:
| Avoid | Reason |
|---|---|
| White sugar and refined carbohydrates | Insulin spikes disrupt HPO axis |
| Trans fats and deep-fried foods | Direct oxidative damage to eggs |
| Alcohol | Reduces folate, increases oxidative stress, disrupts sleep |
| Caffeine above 200 mg/day | Associated with longer time to conception |
| Processed and ultra-processed foods | High in EDCs (from packaging), preservatives, and inflammatory fats |
| Non-organic produce (high pesticide) | EDC exposure damages follicular environment |
| Soy in large quantities | Phytoestrogenic effects may worsen hormonal balance in oestrogen-sensitive conditions |
Lifestyle Changes That Measurably Improve Low AMH Outcomes
Exercise: The Right Kind, The Right Amount
Moderate, regular exercise improves ovarian blood flow, reduces insulin resistance, lowers systemic inflammation, and supports a healthy body composition — all of which benefit egg quality.
Evidence-supported approach:
- 30–45 minutes of moderate cardio (brisk walking, swimming, cycling) on 4–5 days per week
- 2 sessions of strength training per week (improves insulin sensitivity)
- 2–3 sessions of yoga focusing on pelvic-opening postures and stress reduction
Avoid: excessive high-intensity exercise (marathon training, very high HIIT volumes), which elevates cortisol and can suppress ovulation.
Stress Management — More Important Than Most Clinics Acknowledge
The HPA (hypothalamic-pituitary-adrenal) axis and the HPO (hypothalamic-pituitary-ovarian) axis are intimately linked. Chronic stress elevates cortisol and CRH, which suppress GnRH pulsatility and impair follicular development. This is not anecdotal — it is a well-characterised neuroendocrine pathway.
Effective evidence-based approaches:
- Mindfulness-Based Stress Reduction (MBSR) — shown in multiple studies to improve fertility outcomes
- Yoga Nidra — deep body scan meditation, particularly effective for HPA axis regulation
- Pranayama (particularly anulom vilom and brahmari) — direct vagal nerve stimulation, reduces cortisol
- Journaling and cognitive reframing — particularly useful if fertility stress is compounding with relationship stress
- Nature exposure — even 20 minutes in a green space measurably reduces cortisol
Maintaining a Healthy Body Weight
Both underweight and overweight states impair fertility. Body fat percentage — not just BMI — matters because adipose tissue is endocrinologically active, producing oestrogen, adipokines, and inflammatory cytokines that directly affect follicular development.
Target a BMI of 18.5–24.9 and body fat percentage between 22–28% for optimal reproductive function.
Supplements for Low AMH — What Works, What Doesn’t
Evidence-Supported Supplements for Low AMH
Coenzyme Q10 (Ubiquinol form) Dosage: 400–800 mg/day The most researched supplement for egg quality. CoQ10 is a mitochondrial cofactor that declines with age. Supplementation has been shown in clinical trials to improve ovarian response, egg quality, and embryo quality. Must be taken in the ubiquinol form (not ubiquinone) for meaningful absorption. Take with a fat-containing meal.
DHEA (Dehydroepiandrosterone) Dosage: 25–75 mg/day — only under medical supervision DHEA is an adrenal precursor hormone that supports ovarian function. Multiple studies show that 12 weeks of DHEA supplementation in women with diminished ovarian reserve improves IVF outcomes and — importantly — the chance of spontaneous conception. DHEA can have androgenic side effects (acne, facial hair) at higher doses. Measure baseline DHEA-S before starting.
Melatonin Dosage: 1–3 mg at bedtime Melatonin concentrations in follicular fluid are 3–10 times higher than in blood serum, suggesting the follicle actively concentrates melatonin as an antioxidant. Supplementation has been shown in randomised trials to improve egg quality and fertilisation rates. Safe for short-term use (3–6 months).
Vitamin D3 Dosage: 2000–4000 IU/day (confirm with blood test; target serum level 40–60 ng/mL) Vitamin D deficiency is near-universal in urban Indian women. Vitamin D receptors are present in the ovary, and deficiency is independently associated with poor IVF outcomes and reduced AMH. Supplementation has been shown to improve AMH levels in deficient women.
Myo-Inositol Dosage: 2000–4000 mg/day Inositol is a B-vitamin-like compound that improves insulin sensitivity and oocyte quality. Particularly beneficial in women with PCOS coexisting with low AMH, and in women with insulin resistance. Often combined with D-chiro-inositol in a 40:1 ratio.
Omega-3 Fatty Acids (EPA + DHA) Dosage: 2–4 g/day Omega-3s are incorporated directly into the cell membranes of eggs, influencing membrane fluidity and receptor function. They also reduce systemic inflammation and improve blood flow to the ovaries.
Folate (Methylfolate, not folic acid) Dosage: 400–800 mcg/day Essential for DNA synthesis and cell division in the developing embryo. Women with the MTHFR gene variant (common in India) cannot properly convert synthetic folic acid into active methylfolate — take L-methylfolate specifically.
NAC (N-Acetyl Cysteine) Dosage: 600 mg twice daily NAC is a precursor to glutathione, the body’s most powerful intracellular antioxidant. It improves follicular antioxidant capacity and has shown benefit in women with PCOS and diminished ovarian reserve.
Supplements That Are Overhyped for Low AMH
- Royal Jelly — popular but limited evidence; not harmful, but don’t rely on it
- Maca Root — some hormonal effects, limited quality evidence for AMH specifically
- Wheatgrass — nutritional benefit, not specifically documented for ovarian reserve
Medical Treatments for Low AMH Without Donor Eggs
Options in Conventional Medicine (Beyond IVF)
1. DHEA Supplementation Protocol As described above, 12 weeks of DHEA supplementation is one of the most evidence-supported interventions for improving ovarian reserve markers and, in some studies, spontaneous conception rates. Requires supervision and baseline blood work.
2. Testosterone Priming Transdermal testosterone applied to the thigh for 5–10 days prior to ovarian stimulation has been shown to improve response in poor responders. Testosterone promotes the early stages of follicular development (the androgen-sensitive phase) and may improve the quality of the resulting cohort.
3. Growth Hormone Add-back Growth hormone (GH) co-treatment during IVF stimulation improves outcomes in poor responders by supporting follicular IGF-1 signalling. While not standard of care, it is offered at specialised fertility centres for women with very low AMH who wish to attempt IVF with their own eggs.
4. Platelet-Rich Plasma (PRP) Ovarian Rejuvenation An emerging — and still investigational — procedure in which the patient’s own platelet-rich plasma is injected directly into the ovarian tissue. Early studies show improvements in AMH, AFC, and spontaneous pregnancy rates in women with premature ovarian insufficiency. Not yet standard of care but increasingly available in India. Requires careful evaluation of the evidence and the clinic offering it.
5. Estrogen Priming Protocol In some IVF protocols for poor responders, oestrogen is given in the preceding cycle to suppress FSH (which, when elevated, can over-recruit and deplete the remaining follicle pool). This “primes” the ovary for a more organised response in the stimulation cycle.
How Homeopathy Helps Women With Low AMH Conceive With Their Own Eggs
Why Homeopathy Is Particularly Well-Suited to Low AMH
Homeopathy does not work on AMH directly — it works on the systemic and constitutional factors that caused the ovarian reserve to decline, and the factors that determine whether the remaining eggs are healthy.
These include:
- Ovarian blood flow and circulation — constitutional remedies that address pelvic venous congestion, cold extremities, and circulatory insufficiency can meaningfully improve the follicular environment
- HPO axis regulation — the hypothalamic-pituitary-ovarian communication that governs follicle selection and egg maturation is sensitive to the constitutional disturbances that homeopathy addresses best
- Systemic inflammation — autoimmune tendencies, chronic low-grade infections, and inflammatory conditions that impair follicular development respond well to carefully selected constitutional prescribing
- Thyroid and adrenal function — subclinical thyroid and adrenal imbalances that conventional testing may miss respond to the individualised constitutional approach
- Emotional and neuroendocrine factors — chronic grief, anxiety, suppressed emotions, and prolonged stress alter cortisol and prolactin levels, and are addressed directly in constitutional case-taking
What We See in Clinical Practice at Welling Homeopathy
Our CUREplus Fertility Programme has treated women with low AMH for over 15 years. The outcomes we consistently see include:
- Measurable improvement in AMH in some patients within 3–6 months of treatment (though we are careful not to position AMH as the primary goal — egg quality and live birth are)
- Natural conception in women who were told by IVF clinics that donor eggs were the only option
- Improved IVF outcomes when patients undergo treatment before a planned IVF cycle
- Regulated cycles in women whose irregular cycles were contributing to reduced natural fertility despite some follicular activity
- Reduction in FSH as the ovarian reserve and HPO axis are supported
Our Approach
Every patient at Welling Homeopathy undergoes a comprehensive constitutional case-taking — far more detailed than a conventional fertility consultation. We review your complete history: menstrual history from menarche, all hormonal and imaging investigations, previous pregnancy history, surgical history, emotional life, sleep, digestion, energy patterns, and thermal sensitivity. This allows us to identify the precise constitutional remedy — or combination of remedies — that will stimulate your body’s own healing and optimising intelligence.
Treatment duration is typically 4–8 months for women with low AMH. We work in conjunction with your gynaecologist and reproductive endocrinologist and never ask you to abandon conventional monitoring.
Low AMH and IVF — Can IVF Work When AMH Is Very Low?
If you are considering IVF with low AMH, here is what the evidence says:
Success Rates by AMH Range in IVF
| AMH Range | Expected Egg Yield | IVF Outcomes |
|---|---|---|
| 0.5 – 1.0 ng/mL | 2–5 eggs | Moderate; often needs multiple cycles or banking |
| 0.2 – 0.5 ng/mL | 1–3 eggs | Challenging; cycle cancellation possible |
| Below 0.2 ng/mL | 0–2 eggs | High cycle cancellation rate; each egg is precious |
Low yield does not mean zero chance. Clinics have achieved successful pregnancies from a single retrieved egg — and one good egg is all it takes.
Approaches to Maximise IVF Success With Low AMH
Mini-IVF (Minimal Stimulation IVF) Uses lower doses of stimulation medications, aiming to recruit fewer but potentially higher-quality eggs. Proponents argue that aggressive stimulation in poor responders produces quantity at the cost of quality.
Natural Cycle IVF No or minimal stimulation; retrieves the one egg the body naturally selects that month. Particularly appealing for women who want to avoid the physical and financial cost of full stimulation. Lower per-cycle success rates, but may be the right choice for the right patient.
Freeze-All and Embryo Accumulation Retrieving eggs across multiple cycles, freezing all resulting embryos, then transferring the best one(s) in a subsequent natural cycle. This accumulation strategy gives more chances per egg even when yield per cycle is low.
Our Recommendation
For most women with AMH below 0.5 ng/mL, we recommend 3–6 months of CUREplus treatment before attempting IVF (or while continuing natural conception attempts). The rationale: this period allows the egg cohort, follicular environment, and hormonal milieu to be optimised — giving each retrieved egg (or naturally released egg) the best possible quality.
Low AMH at 35, 38, 40, and Beyond — What the Research Says
Age 30–34 With Low AMH
Low AMH in this age group is unexpected and warrants investigation — possible causes include autoimmune oophoritis, previous ovarian surgery, endometriosis, or idiopathic ovarian aging. However, women in this age group have the advantage of better baseline egg quality. The prognosis for natural conception with targeted treatment is generally good.
Age 35–37 With Low AMH
The fertility window is narrowing, but egg quality is still often adequate. Women in this group have typically conceived successfully with our CUREplus protocol when other fertility factors are addressed and egg quality is optimised. The combination of constitutional treatment and targeted supplementation (CoQ10, Vitamin D, melatonin) makes a meaningful difference.
Age 38–40 With Low AMH
This is the group most frequently told “donor eggs only.” And yet — natural conceptions in this age group with low AMH are well-documented. The key is not the AMH number but whether the eggs being released are chromosomally normal. This becomes more variable with age, which is why optimising egg quality (through all the approaches in this guide) is especially important. At Welling Homeopathy, we have seen natural conceptions in this age group with AMH as low as 0.3 ng/mL.
Age 41–44 With Low AMH
The probability of conception with own eggs declines significantly after 42, not primarily due to AMH but due to the increasing rate of chromosomal aneuploidy in eggs. That said, a 43-year-old woman releasing one chromosomally normal egg per month has the same chance of conceiving from that egg as a younger woman would. The challenge is that fewer cycles will produce chromosomally normal eggs. Some women in this age group — with excellent general health, robust constitutional treatment, and targeted supplementation — do conceive naturally. We are transparent about the probabilities and work with each patient to determine the right approach for her specific situation.
Beyond 44
Egg quality decline is the dominant challenge, and the rate of chromosomal abnormality in eggs is very high. We approach these cases individually, with full transparency about the statistical realities — while respecting the patient’s informed choice to pursue natural conception if that is her wish.
Real Patient Stories: Conceived With Own Eggs Despite Low AMH
Mrs. T.D., 36, Mumbai — AMH 0.38 ng/mL
“Three clinics told me the same thing: donor eggs are the only way. My AMH was 0.38 and my FSH was 18. I was devastated. A friend recommended Dr. Welling. After six months of treatment, my FSH came down to 9.4 and I conceived naturally in the seventh month. My daughter is two years old now.”
Mrs. N.K., 39, Pune — AMH 0.52 ng/mL
“I had one failed IVF, one cancelled IVF cycle (no eggs retrieved), and then I was told donor eggs were my best option. I started CUREplus treatment and we also made the dietary and supplement changes Dr. Welling recommended. I became pregnant naturally at month five. I am not sure which change made the biggest difference — probably all of them together.”
Mrs. R.P., 41, London (Online Consultation) — AMH 0.21 ng/mL
“At 41, with an AMH of 0.21, I was categorically written off by every NHS and private clinic I consulted. I started online consultations with Dr. Welling at month one. By month four my energy and cycles were notably better. I conceived naturally at month eight, and delivered a healthy girl two days before my 43rd birthday.”
Mrs. S.A., 34, Hyderabad — AMH 0.44 ng/mL, Premature Ovarian Insufficiency Diagnosis
“I was diagnosed with POI at 34. The gynaecologist’s exact words were that my ovaries were ‘functionally menopausal.’ After eight months of CUREplus treatment combined with the protocol Dr. Welling recommended, I had a natural period — the first in almost a year — and conceived three months later. My son was born in 2023.”
FAQs About Getting Pregnant With Low AMH
Q: Can AMH levels actually increase?
AMH is primarily determined by the number of remaining follicles, which cannot be increased. However, AMH levels can fluctuate based on measurement timing, the assay used, Vitamin D status, and body weight. Some patients on DHEA supplementation and constitutional treatment do show higher AMH on repeat testing — whether this reflects an actual change in reserve or improved follicular activation is debated. More important than the AMH number is the quality of the eggs being released — which is modifiable.
Q: How long does it take to improve egg quality?
Egg development (from primordial follicle to ovulation) takes approximately 90 days — which is why fertility specialists often recommend a minimum 90-day window for any intervention aimed at improving egg quality before an IVF cycle or timed conception attempts. Meaningful improvements in egg quality and hormonal environment are typically seen in 3–6 months.
Q: Does low AMH always mean I cannot have a baby?
No. Low AMH means your ovarian reserve is reduced. It does not mean your remaining eggs are unhealthy, and it does not prevent natural ovulation. Thousands of women with low AMH conceive — naturally and through IVF — every year.
Q: Can PCOS cause low AMH?
PCOS is actually associated with high AMH (because the many small arrested follicles all produce AMH). However, some women have a paradoxical presentation of PCOS with relatively lower AMH, or PCOS with premature ovarian aging. More commonly, women with both PCOS and diminished ovarian reserve have a complex hormonal picture that benefits significantly from a constitutional approach.
Q: Is low AMH genetic?
There is a genetic component. Variants in the AMH gene and the AMHR2 gene (its receptor) are associated with lower AMH. A family history of early menopause is a relevant risk factor. However, genetic predisposition is not destiny — the epigenetic environment (how genes are expressed) is significantly modifiable through the approaches described in this guide.
Q: Can endometriosis cause low AMH?
Yes. Endometriosis — particularly endometriomas (ovarian cysts of endometriotic tissue) — directly damages the ovarian cortex and reduces ovarian reserve. Surgery to remove endometriomas also risks further reducing ovarian reserve. Women with endometriosis and low AMH require a particularly careful, individualised approach. At Welling Homeopathy, treating the endometriosis constitutionally is central to improving the fertility picture.
Q: How is Welling Homeopathy’s CUREplus programme different from taking standard homeopathic remedies?
Generic homeopathic remedies — whether self-prescribed or prescribed symptomatically — do not address the constitutional depth required for complex fertility cases. CUREplus is a personalised, multi-layer treatment protocol built on a detailed constitutional analysis, reviewed and adjusted at each follow-up. It integrates the homeopathic prescription with a specific supplementation protocol, dietary guidance, and lifestyle recommendations — and is supported by regular blood and imaging monitoring to track objective progress.
Ready to Explore Your Options?
If you have been told your AMH is too low to conceive with your own eggs, we encourage you to get a second opinion — and to explore what is possible when the root cause is addressed.
Welling Homeopathy — CUREplus Fertility Programme
📍 Clinics in Andheri, Mahim, and Thane, Mumbai 🌐 International Online Consultations Available — patients consult from the UK, USA, UAE, Canada, Australia, Singapore, and more than 50 countries worldwide 📞 +91 8080 850 950 🌐 www.wellinghomeopathy.com
Your first step is a comprehensive consultation where we review your complete history, all investigations, and lay out a personalised treatment plan. There is no obligation to proceed — just clarity about what is possible for you specifically.
