Egg quality vs. ovarian reserve: What actually matters for fertility?

When you are trying to conceive, it can feel like every lab value is trying to tell you something important about your future. AMH, FSH, AFC, egg count, egg quality, ovarian reserve, biological age, and reproductive age can all start to blur together, and it can become overwhelming very quickly.

If you have been searching for the difference between egg quality vs. ovarian reserve, here is the most important thing to know: they are related, but they are not the same thing. Ovarian reserve is mostly about egg quantity, while egg quality is mostly about the ability of an egg to mature, be fertilized, create a chromosomally healthy embryo, and support a pregnancy.

Both matter, though they matter in different ways, and neither one tells the whole story of your fertility. Whether you are trying naturally, preparing for IVF, freezing your eggs, navigating a low AMH result, or simply wanting to understand your body better, knowing the difference can help you feel more informed and far less defined by a single number.

Ovarian reserve is an estimate of how many eggs remain in the ovaries, usually assessed with AMH and an antral follicle count. Egg quality describes how likely an egg is to mature, fertilize, and develop into a chromosomally healthy embryo. AMH doesn't  measure egg quality, and research shows that a low AMH on its own doesn't  predict whether someone can conceive naturally. Age is the strongest known influence on egg quality, while nutrition, blood sugar balance, sleep, and other daily habits may help support the environment where eggs mature. Your healthcare provider can help you interpret your results in the context of your age, history, and goals.

Key takeaways

• Ovarian reserve refers to the estimated number of eggs remaining in the ovaries. It's often described as egg quantity.
• Egg quality refers to the health and developmental potential of an egg, including its ability to mature, fertilize, divide, and contribute to embryo development.
• AMH doesn't  measure egg quality. AMH can help estimate ovarian reserve and how someone may respond to IVF medications, but it doesn't  tell you whether an egg is chromosomally normal or capable of supporting a pregnancy.
• A low AMH is not the same as low fertility. In a large study of women ages 30 to 44 without known infertility, those with low AMH were just as likely to conceive naturally within a year as those with normal AMH.
• Age is one of the strongest predictors of egg quality, but it's not the only factor that matters.
• You cannot change your age or create new eggs, but you can support the environment where eggs mature through nutrition, blood sugar balance, sleep, stress support, movement, targeted nutrients, and reducing oxidative stress.
• Fertility is a shared equation. Egg health matters, and so does sperm health.

What is ovarian reserve?

Ovarian reserve refers to the estimated number of eggs remaining in the ovaries. It's often described as "egg quantity," although no test can tell you the exact number of eggs you have left.

Ovarian reserve is commonly assessed through:

• AMH (anti-Müllerian hormone): a hormone made by cells surrounding small, growing follicles, measured with a blood test.
• Antral follicle count (AFC): the number of small resting follicles visible on a transvaginal ultrasound.
• FSH and estradiol: hormones usually checked early in the menstrual cycle.

According to the American Society for Reproductive Medicine (ASRM), ovarian reserve tests can be helpful for estimating how someone may respond to ovarian stimulation during IVF, especially how many eggs may be retrieved. However, these tests are much less reliable at predicting whether someone can conceive naturally, particularly when they are interpreted without age and the full clinical picture.

In other words, a lower AMH doesn't  automatically mean you cannot get pregnant, and a higher AMH doesn't  guarantee that you will. Your ovarian reserve is one piece of information, not your entire fertility story.

What is egg quality?

Egg quality refers to the health and developmental potential of an egg. A high-quality egg has the cellular energy, chromosomal integrity, and developmental capacity it needs to mature, ovulate, fertilize, divide, and contribute to embryo development.

Egg quality is harder to measure directly than ovarian reserve. There is no simple blood test that can tell you whether your egg quality is excellent or poor, so it's usually inferred through factors such as:

• Age
• Fertilization rates
• Embryo development and blastocyst formation
• Chromosomal testing results in IVF
• Pregnancy history
• Overall reproductive outcomes

Age is one of the strongest known predictors of egg quality because eggs are present from before birth and age along with the body. As reproductive age increases, there is a higher chance that an egg may have chromosomal differences, called aneuploidy, which can affect implantation, embryo development, and pregnancy loss risk.

The American College of Obstetricians and Gynecologists (ACOG) notes that fertility begins to decline gradually around age 32 and more rapidly after age 37. This can feel tender to talk about, especially if you are trying to conceive after 35 or after a loss. The goal here is not to create fear, but to help you understand what is measurable, what is modifiable, and where support may matter most.

Egg quality vs. ovarian reserve: what is the difference?

The simplest way to understand the difference is this: ovarian reserve is about how many eggs may be available, while egg quality is about the potential of those eggs.

You can have:

• Low ovarian reserve and good egg quality, which is more common in younger women with a lower egg count.
• Normal ovarian reserve and lower egg quality, which can happen with increasing age.
• High ovarian reserve but variable egg quality, which may be seen in some cases of PMOS/PCOS or metabolic dysfunction.
• Lower ovarian reserve and lower egg quality, which can happen as part of natural reproductive aging or after certain medical treatments.

This distinction matters because AMH alone can never define your fertility story. A low AMH result may offer helpful information about egg quantity, especially in the context of IVF planning, but it doesn't  tell you everything about egg quality, ovulation, embryo potential, sperm health, uterine health, hormone levels, metabolic health, or your ability to conceive.

Does AMH measure egg quality?

No, AMH doesn't  measure egg quality, and this is one of the most common points of confusion in fertility care.

AMH is a hormone produced by cells around small growing follicles. It gives clinicians a sense of how many recruitable follicles may be present, which can be helpful when planning IVF stimulation. However, AMH doesn't  tell us whether the eggs inside those follicles are chromosomally normal or capable of making a healthy embryo.

This is why someone can have a lower AMH and still conceive naturally, while someone with a "normal" AMH may still have a harder time conceiving for reasons related to egg quality, sperm health, ovulation, tubal factors, uterine health, inflammation, thyroid function, metabolic health, or embryo genetics.

If you recently received AMH results and feel overwhelmed, it may help to zoom out. AMH is one data point, not a diagnosis by itself, and it should be interpreted alongside your age, cycle patterns, ultrasound findings, health history, your partner's sperm health, and your broader fertility evaluation.

Does low AMH mean infertility?

Not necessarily. Low AMH may mean that there are fewer eggs available, or that the ovaries may produce fewer eggs in response to fertility medications. This can matter a lot in IVF, because the number of eggs retrieved can affect the number of embryos available.

But low ovarian reserve doesn't  always mean you cannot conceive naturally. This distinction is so important because many women receive an AMH result and feel immediate panic, when AMH is useful information rather than a prophecy.

A more supportive way to look at AMH is that it may help you make more informed decisions about timing, testing, and whether to seek additional fertility guidance sooner. It doesn't  tell you your worth, your future, or your ability to become a parent.

What does the research say about AMH and natural conception?

The research here is genuinely reassuring. In a prospective study of 750 women ages 30 to 44 who had no history of infertility and had been trying for three months or less, women with low AMH had a similar chance of conceiving within six and twelve cycles as women with normal AMH. The authors concluded that AMH and FSH tests should not be used to assess natural fertility in women like those studied.

A 2021 systematic review and meta-analysis reached a similar conclusion, finding that serum AMH has poor predictive value for natural pregnancy in both younger and older women. AMH remains a helpful tool for IVF planning and for understanding egg quantity, but these findings are a good reminder that it was never designed to be a fertility verdict.

AMH is a measure of egg quantity that helps predict IVF response. It's not a reliable predictor of natural conception on its own, and it doesn't  measure egg quality.

How does age affect egg quality?

Age matters because the eggs you ovulate today began developing long before you were born. Over time, eggs are exposed to the natural aging process, including changes in mitochondrial function, oxidative stress, chromosome separation, and cellular repair systems.

Research on oocyte aging shows that age-related changes in egg quality are connected to several biological shifts, including mitochondrial dysfunction, oxidative stress, DNA damage, and altered chromosome segregation. In a large analysis of more than 15,000 embryo biopsies, the lowest rates of chromosomal differences were seen in the mid to late 20s, with rates rising gradually from there and more noticeably in the early 40s.

Mitochondria are especially important because they act like the energy engines of the cell. Egg cells require a tremendous amount of energy to mature, fertilize, and support early embryo development, so when mitochondrial function declines, it may affect the egg's ability to complete these energy-demanding steps.

None of this means age is the only factor. Age is one of the biggest non-modifiable factors, while nutrition, blood sugar balance, oxidative stress, sleep, toxin exposure, inflammation, thyroid health, and sperm health are modifiable areas that can still matter deeply. This is where preconception care becomes so valuable, not because it can control every outcome, but because it gives your body more of what it needs during a season that asks a lot of it.

What matters more for fertility: egg quality or ovarian reserve?

The honest answer depends on your fertility path, so here is how the two compare in a few common situations.

If you are trying naturally

Egg quality, ovulation, sperm health, timing, tubal health, hormone levels, uterine health, and overall metabolic health may matter more than AMH alone. A low AMH may suggest a shorter window or a lower response to IVF medications, but it doesn't  tell you whether you are ovulating an egg with strong developmental potential this month.

When you are trying naturally, the bigger picture matters most. A few helpful areas to review with your provider include:

• Whether you are ovulating regularly and how long your luteal phase is
• Whether your thyroid and iron levels are in a healthy range
• Whether your partner's sperm health has been evaluated
• How blood sugar balance and inflammation are being supported
• Whether intercourse is well timed to your fertile window

Fertility is rarely about one number, and this list is a good reminder of how many pieces work together.

If you are preparing for IVF or egg freezing

Both ovarian reserve and egg quality matter here. Ovarian reserve can influence how many eggs may be retrieved, while egg quality influences how many of those eggs may fertilize, develop into embryos, reach the blastocyst stage, and be chromosomally normal.

This is why IVF outcomes are often shaped by both quantity and quality. More eggs can increase opportunities, but more eggs are not the same as more healthy embryos. In this context, ovarian reserve testing is very helpful for planning, while egg health, sperm health, nutrient status, and metabolic health may also be part of the preparation conversation.

If you are over 35

Egg quality often becomes a bigger part of the conversation after 35 because chromosomal normality declines with age. Ovarian reserve still matters, especially for IVF planning, but age-related egg quality is often one of the most important predictors of reproductive outcomes.

That said, many people conceive and have healthy pregnancies after 35. This is simply a season where information, timing, and support may matter more, which makes it a good time to be proactive with fertility testing, preconception nutrition, sperm health evaluation, and foundational lifestyle support.

If you have low AMH at a younger age

Quantity may be the bigger concern than quality. A younger person with low AMH may still have eggs with strong developmental potential, with fewer eggs available or fewer eggs retrieved during IVF. This is one reason age and AMH need to be interpreted together, since a low AMH at 30 doesn't  mean the same thing as a low AMH at 42. Your provider can help you understand what your results may mean in the context of your goals, timeline, and full reproductive health picture.

Can you improve egg quality?

This is one of the most common and most emotionally loaded fertility questions, and the honest answer is nuanced. You cannot change your age or create new eggs, but you can support the environment in which eggs mature.

Egg development is a long process, and the final stages of follicle growth are influenced by hormones, inflammation, oxidative stress, nutrient status, blood sugar, sleep, and mitochondrial health. This is why many fertility practitioners focus on a 90 to 120 day window before conception or an IVF retrieval, because the follicles preparing for ovulation are developing during that time.

Supporting egg quality is not about perfection. It's about giving your body steady nourishment, key nutrients, and daily rhythms that support healthy follicle development. This can include:

• Eating enough protein and nutrient-dense foods
• Supporting stable blood sugar
• Prioritizing sleep and a consistent circadian rhythm
• Reducing oxidative stress
• Supporting mitochondrial function
• Working with your provider on thyroid, iron, vitamin D, and metabolic health
• Reducing avoidable endocrine-disrupting chemical exposure
• Supporting sperm health, not just egg health
• Using targeted supplementation when appropriate

Looking for targeted support during the preconception window? WeNatal Egg Quality+ was formulated as an add-on to a comprehensive prenatal, with CoQ10, N-acetyl-L-cysteine (NAC), alpha lipoic acid, acetyl-L-carnitine, and PQQ to support egg health, antioxidant defenses, and cellular energy production.* If you would rather start with both your foundation and your targeted support at once, the Fertility Power Duo pairs WeNatal For Her with Egg Quality+ in one welcome kit.

Nutrition for egg quality and ovarian health

A fertility-supportive diet is less about restriction and more about nourishment. The goal is to support stable blood sugar, antioxidant status, hormone production, mitochondrial function, and healthy inflammation pathways.

Foundational nutrition areas include:

• Protein at every meal to support blood sugar balance, hormone production, and tissue repair.
• Colorful plants for antioxidants such as vitamin C, polyphenols, carotenoids, and flavonoids.
• Healthy fats from foods like olive oil, avocado, nuts, seeds, and omega-3 rich fish.
• Choline-rich foods such as eggs, if tolerated, to support methylation and early fetal development.
• Iron-rich foods to support oxygen transport, especially for women with heavy periods or low ferritin.
• Zinc, selenium, iodine, folate, B12, and vitamin D to support thyroid function, egg maturation, ovulation, and early pregnancy health.
• Low glycemic carbohydrates such as fruit, beans, lentils, squash, oats, and root vegetables, especially when paired with protein and fat.

For many women, the biggest shift is not eating "perfectly," but eating consistently enough to avoid blood sugar swings, under-fueling, and stress signals that can affect reproductive hormones. If you are unsure where to start, think in terms of building a preconception plate: protein, fiber-rich carbohydrates, healthy fats, colorful plants, and minerals.

Blood sugar and egg quality: Why metabolic health matters

Blood sugar balance is one of the most important fertility foundations because insulin, inflammation, and reproductive hormones are deeply connected.

When blood sugar is unstable, the body may experience higher insulin output, more oxidative stress, and more inflammatory signaling. This can matter for ovulation, hormone balance, PMOS/PCOS, endometrial receptivity, and egg maturation.

A few simple ways to support healthy blood sugar include:

• Start the day with protein.
• Pair carbohydrates with protein, fat, and fiber.
• Walk for 10 to 20 minutes after meals when possible.
• Avoid long stretches of under-eating followed by large meals.
• Prioritize sleep, since poor sleep can affect glucose regulation.
• Build muscle through strength training, since muscle helps the body use glucose.

This is not about fearing carbohydrates. It's about creating a steady metabolic environment where fertility hormones can communicate more clearly. For a deeper look, read our guide to blood sugar and fertility.

Mitochondria, oxidative stress, and egg health

Egg cells are among the most mitochondria-rich cells in the body. They need energy to mature, fertilize, divide, and support the earliest stages of embryo development.

Oxidative stress happens when the body's production of free radicals exceeds its antioxidant defenses. Some oxidative stress is normal, but excess oxidative stress may affect reproductive aging, inflammation, and cellular function.

Ways to support mitochondrial and antioxidant health include:

• Eating deeply colored fruits and vegetables
• Getting enough protein and minerals
• Supporting glutathione production with nutrients such as glycine, cysteine, selenium, and vitamin C
• Prioritizing sleep and circadian rhythm
• Avoiding smoking and minimizing alcohol
• Reducing unnecessary endocrine-disrupting chemical exposure
• Supporting healthy thyroid function
• Moving regularly without overtraining

Research continues to explore the role of mitochondria in ovarian aging and reproductive longevity, and mitochondrial dysfunction is considered an important feature of age-related changes in egg quality. This is also why nutrients like CoQ10, antioxidants, omega-3s, and key minerals are so often discussed in preconception care.

What nutrients support egg health and preconception wellness?

Supplements cannot override age, guarantee pregnancy, or "fix" fertility overnight. What targeted nutrients can do is help fill common gaps and support the biological systems involved in egg maturation, hormone production, methylation, antioxidant defense, mitochondrial energy, and early pregnancy development.

Common nutrients discussed in fertility care include:

• Folate, especially methylfolate, for methylation and early fetal development.
• Vitamin B12 for methylation, red blood cell formation, and nervous system support.
• Vitamin D for immune, hormone, and reproductive health.
• Choline for methylation and early brain and neural tube development.
• Omega-3 DHA and EPA for a healthy inflammatory response and cell membrane health.
• CoQ10 for mitochondrial energy support.
• Zinc and selenium for thyroid, antioxidant, and reproductive function.
• Iodine for thyroid hormone production, when appropriate.
• Iron when ferritin or iron status is low, especially before pregnancy.
• Magnesium for stress, sleep, muscle relaxation, and healthy blood sugar already within the normal range.

A comprehensive prenatal can cover many of the foundational nutrients needed before pregnancy, while targeted add-ons may offer more specific support based on your needs and your provider's guidance.

What does the research say about antioxidants and egg health?

Research on antioxidants and egg health is promising but still developing, and it's worth looking at honestly. Most of the strongest studies were done in women going through IVF, which makes sense, since IVF is one of the few settings where eggs and embryos can actually be observed.

Here is a balanced look at the evidence:

• A 2024 meta-analysis of 20 randomized controlled trials including more than 2,600 women with age-related ovarian changes found that antioxidant use was associated with more eggs retrieved, higher rates of good-quality embryos, and higher clinical pregnancy rates during IVF. CoQ10 was the most consistently studied antioxidant.
• A 2020 meta-analysis of CoQ10 trials found an association with higher clinical pregnancy rates in women undergoing IVF, but no significant difference in live birth rates.
• A 2020 Cochrane review of antioxidants for female fertility rated the overall evidence as low to very low quality and concluded that more rigorous research is needed.

Antioxidants such as CoQ10 play a role in cellular energy and oxidative balance, and early research is encouraging, but the evidence is not strong enough to promise any specific fertility outcome. Antioxidant support is best viewed as one supportive piece of a broader preconception plan, guided by your healthcare provider.

What may matter less than you think?

There are a few areas that often create unnecessary worry, especially when you are trying to make sense of fertility labs.

One AMH result doesn't  define you

AMH can vary and can be influenced by age, lab methods, long-term hormonal contraception, PMOS/PCOS, vitamin D status, and lifestyle factors such as smoking and BMI. It's useful information, but it should not be interpreted in isolation.

A “good” AMH doesn't  guarantee egg quality

A high or normal AMH may suggest a higher egg quantity, but it doesn't  confirm chromosomal normality or embryo potential.

A low AMH doesn't  mean every egg is poor quality

This is especially true for younger women, since a lower reserve can mean fewer eggs rather than less healthy eggs.

Egg quality is not only a female conversation

Sperm contributes half of the embryo's genetic material, and sperm quality, motility, morphology, oxidative stress, and DNA fragmentation can all influence embryo development. A 2019 meta-analysis found higher rates of sperm DNA fragmentation among male partners of women who had experienced recurrent pregnancy loss, which is one more reason both partners deserve to be part of the evaluation.

Fertility is not a moral test of wellness

You can eat well, sleep well, take the right supplements, and still need fertility support. Needing help doesn't  mean you failed. It means your body deserves more information, more care, and sometimes more tools.

When should you talk to your provider about fertility testing?

It may be time to speak with a reproductive endocrinologist or fertility specialist if:

• You are under 35 and have been trying for 12 months.
• You are 35 or older and have been trying for 6 months.
• You are 40 or older and want proactive guidance sooner.
• You have irregular or absent cycles.
• You have a history of endometriosis, PMOS/PCOS, pelvic infection, fibroids, or ovarian surgery.
• You have had two or more pregnancy losses.
• You have known male factor concerns.
• You are considering egg freezing or IVF.
• You have a very low AMH or a low antral follicle count and want to understand your options.

A full fertility evaluation may include ovarian reserve testing, ovulation assessment, thyroid labs, prolactin, metabolic labs, pelvic ultrasound, uterine and tubal evaluation, and a semen analysis. Testing can offer helpful information, but it's only one piece of the picture. Our free preconception guide can help you organize the questions, labs, and lifestyle foundations to discuss with your provider.

What should both partners know about egg and sperm health?

Fertility has always been a shared equation, and the preconception window is a meaningful time for both partners to prepare together. Sperm take roughly three months to develop, which lines up closely with the 90 to 120 day window many practitioners focus on for egg health. That shared timeline makes preconception a natural team project.

A few partner action steps to consider:

• Ask about a semen analysis early in the evaluation rather than waiting. Our guide on how to test male fertility explains what it looks at.
• Build shared habits, such as cooking protein-forward meals together, walking after dinner, and protecting sleep.
• Limit alcohol and avoid smoking and vaping, which matter for both egg and sperm health.
• Start a daily prenatal together, so nourishment becomes a shared routine rather than one person's job.

WeNatal For Him was designed with 20 key nutrients to support healthy sperm cycles and beyond.* For couples who want to start at the same time, WeNatal Together includes both For Her and For Him.

Egg quality vs. ovarian reserve FAQ

Is ovarian reserve the same as egg quality?

No. Ovarian reserve refers mostly to egg quantity, while egg quality refers to the health and developmental potential of the egg. They are connected through age, but they are not the same thing.

Does AMH tell you how fertile you are?

No. AMH gives insight into ovarian reserve and can help predict how someone may respond to IVF medications, but it cannot tell you whether an egg is chromosomally normal or capable of contributing to a healthy embryo.

Does AMH measure egg quality?

No. AMH doesn't  measure egg quality. AMH can give insight into ovarian reserve, but it cannot tell you whether an egg is chromosomally normal or capable of contributing to a healthy embryo.

Can you have low AMH and still get pregnant?

Yes. Low AMH may mean fewer eggs are available or fewer eggs may be retrieved during IVF, but research in women ages 30 to 44 without known infertility found that low AMH was not associated with a lower chance of conceiving naturally within a year.

Can you have normal AMH and poor egg quality?

Yes. AMH reflects quantity more than quality, so a normal result doesn't  confirm egg quality. Age, mitochondrial health, oxidative stress, chromosomal normality, sperm health, and overall reproductive health all play a role.

Can you raise your AMH?

AMH is not something to chase. Research shows that factors such as smoking, BMI, and long-term hormonal contraception are associated with differences in AMH levels, and AMH may rise after stopping long-term hormonal contraception. However, researchers note that a change in AMH doesn't  necessarily reflect a change in your actual egg supply, so it's usually more helpful to focus on supporting the environment where eggs mature.

Can supplements improve egg quality?

Supplements can support nutrient status, mitochondrial function, antioxidant defenses, and hormone pathways, but they cannot reverse age or guarantee pregnancy. Research on antioxidants such as CoQ10 is encouraging but still developing, so supplements work best as part of a broader plan that includes nutrition, sleep, movement, stress support, and medical evaluation when needed.

How long does it take to support egg quality?

Many fertility practitioners focus on a 90 to 120 day preconception window because follicles are developing during that time. This doesn't  mean change cannot begin sooner, but it gives the body time to build a steadier foundation.

Which matters more, egg quality or ovarian reserve?

It depends on your path. For IVF, both matter, since ovarian reserve shapes how many eggs may be retrieved and egg quality shapes how those eggs develop. When trying naturally, AMH is only one piece of the picture, and ovulation, egg health, sperm health, timing, tubal and uterine health, thyroid function, and metabolic health all matter.

What actually matters when it comes to egg quality vs. ovarian reserve?

When it comes to egg quality vs. ovarian reserve, both matter, but they answer different questions.

Ovarian reserve asks: How many eggs may be available?

Egg quality asks: How likely is an egg to mature, fertilize, develop, and support a healthy pregnancy?

If you are trying to conceive naturally, AMH is only one piece of the puzzle. If you are doing IVF, ovarian reserve can help predict egg yield, while egg quality strongly influences embryo development and pregnancy potential. If you are in your mid to late 30s or beyond, egg quality becomes an increasingly important part of the conversation, though it's still not the only factor that matters.

The most hopeful place to focus is the intersection of what you can measure, what you can support, and what you do not have to carry alone.

A note from WeNatal on egg quality, ovarian reserve, and fertility support

At WeNatal, we believe conversations about egg quality, ovarian reserve, AMH, age, and fertility should feel informed, supportive, and deeply human. These topics are never just about lab values. They are about hope, timing, family, and the future you are dreaming about.

While you cannot control every part of the fertility journey, you can support the environment your eggs are developing in through nutrient-dense nutrition, blood sugar balance, restorative sleep, stress support, intentional movement, and comprehensive preconception nutrients. If you are not sure where to begin, start with our free Trying to Conceive guide for a clear, step-by-step plan you can share with your partner and your provider.

When you are ready to add nutrient support, WeNatal For Her is our foundational prenatal for the full reproductive journey, and WeNatal Egg Quality+ offers targeted support for egg health during the preconception window.* You can start both together with the Fertility Power Duo.

And because fertility has always been a shared equation, sperm health deserves a seat at the table from the very beginning. WeNatal For Him was designed to support men during the preconception window too, and WeNatal Together makes it easy to start as a team.

Every WeNatal subscription also includes a free one-on-one nutrition consultation with a WeNatal registered dietitian, so you have a real person to help you build a routine that fits your stage and your goals.

Your body is not a number, your story is not a statistic, and you deserve support every step of the way.