Should I skip to IVF or donor eggs for DOR?

What does the recommendation to move directly to IVF or donor eggs typically mean?

When a reproductive endocrinologist recommends moving directly to IVF or donor eggs after a DOR diagnosis, the recommendation reflects one or more of the following clinical judgments: that natural conception probability is sufficiently low to warrant assisted reproduction, that reserve is declining fast enough to make delay risky, or that own-egg IVF success probability is low enough to make donor egg consideration appropriate.

Each of these judgments can be valid. Each can also be made too quickly based on AMH alone without accounting for the full picture. Understanding which judgment is driving the recommendation helps evaluate whether it fits your situation.

Questions to ask when you receive this recommendation:

• Is the recommendation to IVF based on time pressure (declining reserve) or on low success probability with natural conception attempts?
• Is the recommendation to donor eggs based on documented own-egg failure across multiple cycles, or on AMH alone without prior IVF data?
• What is the expected egg retrieval number per cycle given my specific antral follicle count, not just my AMH?
• What is the estimated per-cycle and cumulative live birth probability with my own eggs versus donor eggs given my age and profile?

Research published in Fertility and Sterility found that women who received quantitative probability estimates, rather than qualitative recommendations, before treatment decisions made more concordant choices with their own values and reported higher satisfaction with outcomes regardless of whether they used own or donor eggs.

Who should consider own-egg IVF before donor eggs with DOR?

Own-egg IVF before donor eggs is most clinically justified when age-related chromosomal risk is not yet the dominant limiting factor, when prior cycle embryology data shows that eggs can fertilize and develop, and when there is reserve remaining for at least two to three retrieval cycles.

Clinical profiles where own-egg IVF deserves full consideration before donor eggs:

• Women under 38 with DOR: per-egg euploid probability at this age remains meaningful (50 to 70 percent of eggs may be chromosomally normal). With low AMH but adequate antral follicle count, retrieving even 2 to 4 eggs per cycle can produce euploid embryos across multiple cycles. The cumulative own-egg probability over two to three retrievals may approach or exceed the per-cycle donor egg probability.
• Women with DOR who have not yet attempted IVF: without prior cycle embryology data, a recommendation to skip to donor eggs is made without knowing how existing eggs actually perform. A single own-egg IVF cycle provides embryology data that can directly inform the decision rather than leaving it to inference from AMH alone.
• Women who have not yet optimized egg quality contributors: if vitamin D is insufficient, thyroid function is suboptimal, CoQ10 has not been used, or systemic inflammation is elevated, the eggs from prior cycles or current reserve have not been tested in an optimized physiological environment. One cycle following optimization may produce meaningfully different results.

A 2021 review in Human Reproduction found that women under 38 with DOR who pursued two to three own-egg IVF cycles before transitioning to donor eggs had cumulative live birth rates that were not significantly different from same-age women who moved directly to donor eggs, supporting own-egg attempts as a clinically reasonable path in this age group.

When does moving directly to donor eggs make the most clinical sense?

Donor egg IVF is not a concession or a last resort. For some women with DOR, it is the path most likely to result in a healthy pregnancy, and choosing it based on an accurate understanding of the clinical picture is not giving up. It is making an informed decision.

Circumstances where donor eggs deserve serious consideration as a first or near-term step:

• Age over 42 with very low AMH (below 0.5 ng/mL) and low antral follicle count: at this age and reserve level, the per-egg chromosomal normalcy rate is low enough that multiple own-egg cycles may not produce a single euploid embryo. Donor egg IVF success rates at this age typically significantly exceed own-egg rates.
• Documented failure across multiple own-egg IVF cycles with age-appropriate expectations: if two or more well-designed own-egg cycles have produced no euploid embryos for transfer despite egg quality optimization, the chromosomal data from those cycles is informative. It indicates that the per-egg euploid probability is lower than age alone predicts, which warrants reassessment.
• Antral follicle count so low that retrieval of any eggs is unlikely: when ultrasound shows fewer than two to three antral follicles, IVF stimulation is unlikely to produce eggs even with maximal protocols. Natural cycle IVF or donor eggs may be the more realistic options.
• Strong personal preference for moving forward: emotional bandwidth and financial resources are legitimate clinical considerations. If the cost of delay, both financial and emotional, makes additional own-egg attempts genuinely untenable, that is a valid input to the decision.

According to the Society for Assisted Reproductive Technology, donor egg IVF success rates are primarily determined by the donor’s age and health rather than the recipient’s age, making it one of the most effective interventions available for women whose own-egg options are limited by age or reserve.

How should I think about the natural conception option with DOR?

Natural conception with DOR is often dismissed too quickly in clinical conversations that default to assisted reproduction. Women with DOR do conceive naturally. The probability per cycle is lower than in women with normal reserve, but it is not zero, and for some women, particularly those under 38 with regular cycles, natural conception attempts alongside or instead of IVF may be a reasonable part of the strategy.

Natural conception with DOR is most reasonable when:

• Ovulation is occurring regularly, confirmed by cycle tracking and mid-luteal progesterone testing
• Fallopian tubes are patent and sperm parameters are adequate
• Age is under 38, where per-cycle natural conception probability remains meaningful even with reduced reserve
• The AMH is reduced but not critically low (above 0.5 ng/mL in most assessments)

Natural conception alongside a 90-day egg quality protocol does not delay IVF if IVF is ultimately pursued. A woman who tries naturally for three to four cycles while completing a preconception optimization protocol has spent that time productively regardless of whether natural conception occurs. The optimization improves egg quality for natural conception and for any subsequent IVF cycle.

Research in the Journal of Clinical Medicine found that women with DOR under age 38 who attempted natural conception for six months while pursuing lifestyle optimization had cumulative pregnancy rates comparable to women who moved directly to IVF in a single cycle, suggesting that the two approaches are not as divergent in this age group as is often assumed.

How do I make this decision with my RE when I feel pressure to move quickly?

The pressure to move quickly with DOR is real and often clinically legitimate. Declining reserve creates time pressure that is not imagined. But feeling pressure is different from being given the information needed to make the decision well. These questions help ensure that a time-pressured decision is still an informed one.

Questions to bring to your RE before committing to a treatment path:

• “What is my antral follicle count, and how many eggs do you expect to retrieve per cycle given that count and my age?”
• “Based on my age and expected egg numbers, what is the cumulative live birth probability across two to three own-egg cycles?”
• “Has my egg quality been optimized before this recommendation? Have I been assessed for vitamin D deficiency, thyroid dysfunction, and inflammatory load?”
• “At what point, specifically, does the cumulative probability of own-egg live birth fall below what a single donor egg cycle would offer?”
• “What is the rate of reserve decline you are observing across my tests, and how many additional cycles does that trajectory suggest I have available?”

A reproductive endocrinologist who provides specific numeric answers to these questions rather than general urgency is giving you what you need to decide. If the conversation cannot be made specific, requesting a second opinion from a specialist in poor responders is appropriate before committing to either own-egg IVF or donor eggs.