Foods That Help Balance Estrogen After Birth Control

By BiteBrightly 6 October 2026: This post might contain affiliate links.

Stopping hormonal birth control — whether the combined pill, mini pill, patch, ring, or hormonal IUD — triggers a hormonal recalibration that can be surprisingly uncomfortable. Irregular cycles, mood fluctuations, skin changes, fatigue, and a general sense of being "off" are all common in the weeks and months following discontinuation, as the body transitions from synthetic hormones back to its own natural rhythm.

Here is the reassuring news: for most women, the body's natural hormonal axis reasserts itself within one to three months of stopping hormonal contraception. For some, particularly those who stopped the pill after many years of use, or who had hormonal irregularities before starting, the recalibration can take longer — sometimes four to six months or more.

What diet can do during this transition is meaningful: replenish the specific nutrients that hormonal contraceptives are documented to deplete, support the liver's oestrogen metabolism, nourish the gut microbiome that regulates oestrogen circulation (called the estrobolome), stabilise the blood sugar that underpins hormonal balance, and provide the raw materials the body needs to resume natural hormone production.

Important context: If your cycles have not returned or are significantly irregular beyond three to four months of stopping hormonal contraception, please speak to your GP. Amenorrhoea (absent periods) post-pill can occasionally indicate underlying hormonal conditions (such as PCOS, thyroid dysfunction, or hypothalamic amenorrhoea from undereating) that warrant investigation. This guide is for nutritional support during the typical recalibration period — not a treatment for underlying hormonal conditions.

Key Takeaways

• Hormonal contraceptives — particularly combined oral contraceptives — are documented to deplete several key nutrients including folate (B9), B6, B12, vitamin C, vitamin E, magnesium, zinc, and selenium; replenishing these through food is the most important immediate nutritional priority after stopping

• The estrobolome — the collection of gut bacteria responsible for oestrogen metabolism and recirculation — is altered by hormonal contraceptives; supporting the gut microbiome with fermented foods and prebiotic fibre directly supports the body's ability to regulate oestrogen after stopping

• The liver metabolises and clears oestrogen through a two-phase detoxification process; cruciferous vegetables containing DIM (diindolylmethane) and I3C (indole-3-carbinol) support this oestrogen clearance pathway, promoting the favourable 2-hydroxy oestrogen metabolites over the less favourable 16-hydroxy pathway

• Blood sugar stability is one of the most important — and most overlooked — factors in post-pill hormonal recovery; blood glucose crashes increase cortisol, which suppresses the hypothalamic-pituitary-ovarian (HPO) axis and delays the return of regular ovulation

• Healthy fats (from avocado, olive oil, fatty fish, nuts, and seeds) are the raw material from which sex hormones including oestrogen and progesterone are synthesised; very-low-fat diets after stopping birth control can delay the resumption of normal hormone production

• The post-pill transition is a process of supporting the body's natural recalibration — not a "detox" or "cleanse"; consistent, nutrient-dense eating is more effective than dramatic dietary interventions

What Happens Hormonally When You Stop Birth Control

Combined hormonal contraceptives (the pill, patch, and ring) work by providing synthetic oestrogen and progestin that suppress the hypothalamic-pituitary-ovarian (HPO) axis — the hormonal communication system that coordinates the menstrual cycle. While on these contraceptives:

• The hypothalamus reduces GnRH (gonadotropin-releasing hormone) secretion

• The pituitary reduces FSH (follicle-stimulating hormone) and LH (luteinising hormone)

• Ovarian follicle development is suppressed

• Natural oestrogen and progesterone production is largely replaced by the synthetic versions

When hormonal contraception is stopped, the HPO axis needs to reactivate. For most women, this happens relatively quickly (within weeks), but the recalibration period while the body re-establishes its own rhythm can produce the symptoms that bring women to nutrition guides like this one.

Progestogen-only methods (mini pill, hormonal IUD, implant, injection) have different hormonal mechanisms — primarily thickening cervical mucus and in some cases suppressing ovulation locally. The hormonal recalibration after stopping these may differ from stopping combined hormonal contraceptives, but many of the nutritional principles in this guide apply broadly.

The Nutrient Depletion Picture — What Birth Control Depletes

Hormonal contraceptives — particularly combined oral contraceptives — increase the metabolic demand for several nutrients while simultaneously altering their absorption. This is not a crisis, but it does mean that replenishing specific nutrients is the most immediately impactful nutritional priority after stopping:

B vitamins (folate/B9, B6, B12): Combined oral contraceptives increase oestrogen-driven demand for B vitamins involved in methylation (the biochemical process of oestrogen metabolism). Research published in the Journal of Clinical and Analytical Medicine confirmed that combined oral contraceptives reduce B12, folic acid, magnesium, and zinc levels. Folate is critically important for anyone planning pregnancy after stopping the pill.

Magnesium: Reduced by the oestrogen component of combined contraceptives, which increases urinary magnesium excretion. Magnesium is essential for more than 300 enzymatic reactions — including the conversion of B6 to its active form, the synthesis of serotonin and dopamine (mood-relevant neurotransmitters), and the regulation of cortisol.

Zinc: Depleted by combined oral contraceptives. Zinc is essential for ovulation (the LH surge that triggers ovulation is zinc-dependent), progesterone production, and immune function.

Vitamin C: Oestrogen increases the metabolic demand for vitamin C. Vitamin C is concentrated in the ovaries and corpus luteum — the structure that produces progesterone after ovulation.

Vitamin E and selenium: Both antioxidants that support ovarian function and are documented to be lower in women taking combined hormonal contraceptives.

Food 1: Dark Leafy Greens and Cruciferous Vegetables — Folate, DIM, and Oestrogen Metabolism

Hormone mechanism: Folate (B9) supports methylation — the liver's primary pathway for oestrogen metabolism and clearance; DIM (diindolylmethane) and I3C (indole-3-carbinol) from cruciferous vegetables support the liver phase I/II detoxification of oestrogen, promoting favourable 2-hydroxy metabolites Evidence level: Good — folate depletion from OCP well-documented; DIM's role in oestrogen metabolism pathway established; clinical evidence for DIM in oestrogen metabolite shift

Dark leafy greens and cruciferous vegetables address two of the most important post-pill nutritional priorities simultaneously: replacing depleted folate (essential for anyone planning pregnancy, and critical for methylation reactions involved in oestrogen metabolism) and supporting the liver's oestrogen detoxification pathway.

The DIM mechanism: When you chew cruciferous vegetables (broccoli, kale, cauliflower, Brussels sprouts, cabbage, rocket), glucosinolates are enzymatically converted to indole-3-carbinol (I3C), which then converts to DIM (diindolylmethane) in the acidic environment of the stomach. DIM supports the liver's phase I oestrogen detoxification, promoting the conversion of oestrogen to the 2-hydroxy pathway (the more favourable metabolites associated with lower oestrogenic activity) over the 16-hydroxy pathway (associated with higher oestrogenic activity). After stopping combined hormonal contraceptives, supporting healthy oestrogen clearance through this pathway helps the body process and regulate oestrogen more efficiently as natural production resumes.

Best leafy greens and cruciferous vegetables for post-pill recovery:

• Broccoli: DIM + I3C + folate + vitamin C + sulforaphane (additional antioxidant protection)

• Kale: folate + DIM + vitamin K + magnesium + calcium

• Spinach: folate + magnesium + iron + B vitamins (multiple depleted nutrients in one food)

• Rocket (arugula): glucosinolates for DIM production + folate; peppery flavour means it is used as a salad base

• Brussels sprouts: high DIM precursors + folate + vitamin C

• Cabbage: DIM precursors + vitamin C; raw in slaw or lightly cooked

The chewing note: DIM is produced from glucosinolates during chewing — the enzymes responsible are activated by cutting and chewing the raw vegetable. Lightly cooking (steaming rather than boiling) preserves most of the glucosinolate content; overcooking destroys the enzyme needed for conversion. Aim for a combination of raw and lightly cooked cruciferous vegetables.

Food 2: Eggs — The Most Complete Post-Pill Nutrient Food

Hormone mechanism: Eggs provide B12, B2, B6, choline (for liver oestrogen metabolism), zinc (for ovulation and progesterone production), and selenium (antioxidant support for ovarian function) — addressing multiple post-pill nutrient depletions simultaneously Evidence level: Good — eggs provide the most comprehensive single-food source of post-pill depleted nutrients; choline's role in liver methylation and oestrogen metabolism well-established

If one food addresses the most post-pill nutrient depletions simultaneously, it is the egg. A single whole egg provides B12 (approximately 0.6mcg), B2, B6, choline (critical for liver methylation and oestrogen metabolism), zinc (for the LH surge that triggers ovulation and for progesterone production post-ovulation), and selenium (antioxidant support for ovarian function) — while being highly bioavailable and easy to incorporate into any meal.

Choline specifically: Choline is a nutrient that functions similarly to B vitamins in supporting methylation — the biochemical pathway through which the liver processes and clears oestrogen. Combined oral contraceptives increase the demand for methylation nutrients (folate, B12, B6, choline) by increasing the amount of oestrogen that needs to be metabolised. Eggs are the most concentrated dietary source of choline (approximately 147mg per egg), making them particularly relevant in the post-pill period.

The whole egg note: The choline and most of the micronutrients are in the yolk — egg whites alone do not provide these benefits. Whole eggs, cooked in ways that preserve the yolk (soft-boiled, poached, scrambled over low heat) are the appropriate form.

Food 3: Oily Fish and Omega-3 — Anti-Inflammatory Hormone Support

Hormone mechanism: EPA and DHA from oily fish reduce the systemic inflammation that can disrupt hormonal signalling; omega-3 supports prostaglandin balance relevant to menstrual cycle regulation; omega-3 may modestly support oestrogen production during the recalibration period Evidence level: Good — omega-3's role in prostaglandin balance and anti-inflammatory hormone support well-established; relevant to menstrual irregularity and cycle resumption after stopping hormonal contraceptives

Hormonal recalibration after stopping contraceptives occurs against a backdrop of systemic inflammation — and inflammation disrupts the hormonal signalling required for regular ovulation. Prostaglandins (hormone-like compounds produced from fatty acids) regulate the menstrual cycle, including uterine contractions during menstruation. Omega-3 fatty acids support the production of anti-inflammatory prostaglandins (PGE1, PGE3) while reducing pro-inflammatory ones (PGE2) — contributing to both cycle regulation and the reduction of the heavy, crampy periods that some women experience on return from hormonal contraception.

Omega-3 also provides the structural support for the cell membranes of ovarian and uterine tissue — maintaining the cellular environment that hormone receptors need to function effectively.

Best omega-3 sources post-pill:

• Salmon: 2.2g omega-3 per 150g serving; vitamin D; B12

• Sardines: EPA + DHA + B12 + vitamin D + zinc — multiple post-pill nutrients in one

• Mackerel: very high omega-3, low mercury

• Ground flaxseed: ALA omega-3 + lignans (phytoestrogens that may moderate oestrogen during recalibration) — 1 tablespoon daily in oatmeal or yogurt

• Walnuts: ALA omega-3 + vitamin E (a depleted nutrient post-pill) + zinc

Food 4: Seeds — Seed Cycling and Zinc for Ovulation Support

Hormone mechanism: Zinc in pumpkin and hemp seeds is essential for the LH surge that triggers ovulation; flaxseed lignans provide phytoestrogenic support during the follicular phase; sesame and sunflower seed lignans and fatty acids provide progesterone-supportive compounds during the luteal phase; all seeds provide magnesium (depleted by OCP) Evidence level: Moderate — zinc's role in ovulation well-established; seed cycling as a specific practice has limited clinical evidence but the nutritional rationale is mechanistically sound; individual nutrients in seeds well-studied

Seeds are among the most nutrient-dense foods for post-pill hormonal recovery — providing zinc, magnesium, vitamin E, selenium, and omega-3 alongside the phytoestrogenic compounds (lignans) relevant to the follicular and luteal phases of the returning cycle.

The seed cycling concept: Seed cycling — rotating specific seeds through the follicular and luteal phases of the cycle — is a food-based approach to hormonal support that has attracted significant interest. The nutritional rationale: flaxseeds and pumpkin seeds provide lignans and zinc relevant to oestrogen and LH (follicular phase support); sesame and sunflower seeds provide lignans, vitamin E, and fatty acids relevant to progesterone (luteal phase support). Direct clinical evidence for seed cycling as a protocol is limited — but the individual nutrients in these seeds are well-documented to support the hormonal functions they are associated with, making seed cycling a nutritionally rational (if not yet clinically proven) approach.

Practical seed use post-pill:

• Pumpkin seeds: highest plant zinc per gram (for LH surge and ovulation); magnesium; omega-3 ALA; add to oatmeal, yogurt, or salads

• Flaxseed (ground): lignans → phytoestrogens via gut bacteria; omega-3 ALA; fibre for estrobolome support; must be ground

• Sunflower seeds: vitamin E (depleted by OCP); selenium; linoleic acid

• Sesame seeds (tahini): lignans; zinc; calcium; versatile as tahini dressing or dip

• Hemp seeds: complete plant protein + zinc + omega-3 ALA; sprinkle over salads or blend into smoothies

Food 5: Fermented Foods — Supporting the Estrobolome

Hormone mechanism: The estrobolome — the subset of gut bacteria responsible for producing beta-glucuronidase, which regulates the reabsorption and excretion of oestrogen — is altered by hormonal contraceptives; supporting the gut microbiome with fermented foods and prebiotic fibre directly supports oestrogen metabolism and regulation after stopping Evidence level: Good — estrobolome concept well-established in research; gut microbiome alteration by oral contraceptives documented; fermented foods' role in gut microbiome diversity well-supported

The estrobolome is one of the most important and least-discussed hormonal health concepts: the subset of gut bacteria that produce beta-glucuronidase — an enzyme that converts conjugated (bound, ready for excretion) oestrogen back to its active unconjugated form, allowing it to be reabsorbed into circulation. When the gut microbiome is in balance, the estrobolome maintains oestrogen at appropriate levels. When gut microbiome diversity is reduced (which combined oral contraceptives have been shown to do), oestrogen reabsorption can become dysregulated.

After stopping hormonal birth control, restoring gut microbiome diversity is one of the most important steps for restoring healthy oestrogen regulation. This is also the mechanism by which dietary fibre supports hormonal balance: fibre binds excess oestrogen in the digestive tract and removes it from the body, reducing the amount available for reabsorption.

Best fermented foods for estrobolome recovery:

• Kefir (plain, unsweetened): 10–15 bacterial and yeast strains; the most comprehensive fermented dairy source

• Plain yogurt with live cultures: Lactobacillus and Bifidobacterium strains; widely available

• Tempeh: fermented soy providing probiotics alongside phytoestrogens (dual benefit during hormonal recalibration)

• Kimchi and sauerkraut: Lactobacillus strains; prebiotic fibre from cabbage

• Miso: fermented soy paste; add to soups and dressings

Prebiotic fibre for the estrobolome: Probiotic bacteria need prebiotic fibre to thrive. Garlic, onion, leeks, oats, bananas, asparagus, and Jerusalem artichokes provide the prebiotic substrate that feeds and maintains the gut bacteria supporting healthy oestrogen metabolism.

Food 6: Legumes — Phytoestrogens, Folate, and Blood Sugar Stability

Hormone mechanism: Phytoestrogens (isoflavones) in legumes modulate oestrogen receptor activity during the transitional period of hormonal recalibration; high folate content addresses OCP folate depletion; very low glycaemic index prevents the blood sugar crashes that elevate cortisol and suppress the HPO axis Evidence level: Moderate for phytoestrogens; Good for folate and blood sugar stability in hormonal recovery

Legumes — lentils, chickpeas, black beans, edamame, peas — address three separate post-pill hormonal priorities in one food group: they provide phytoestrogens (plant oestrogen mimics) that can moderate oestrogen receptor activity during the transitional period when natural oestrogen production is re-establishing; they provide significant folate addressing one of the most important OCP-depleted nutrients; and their very low glycaemic index (GI 20–40) makes them the most blood-sugar-stable carbohydrate category available.

The blood sugar–cortisol–hormone axis: Blood glucose crashes (from skipping meals or eating high-GI foods) trigger cortisol release. Cortisol, when chronically elevated, suppresses GnRH secretion from the hypothalamus — the first step in the HPO axis that drives ovulation. This is why undereating, skipping meals, and high-sugar diets delay the return of regular cycles after stopping hormonal contraception. Legumes provide stable, sustained glucose release that prevents these cortisol-triggering crashes.

Best legumes for post-pill hormonal recovery:

• Edamame: highest isoflavone content (phytoestrogens) + folate + zinc + complete plant protein

• Lentils: highest folate of any legume + iron (important as periods return, particularly if heavy) + plant protein + very low GI

• Chickpeas: isoflavones + folate + zinc + B6 — multiple depleted nutrients addressed

• Black beans: zinc + folate + iron + fibre for estrobolome support

Food 7: Avocado and Healthy Fats — The Raw Material for Hormone Synthesis

Hormone mechanism: Cholesterol (from dietary fat) is the precursor molecule from which all sex hormones — including oestrogen and progesterone — are synthesised; monounsaturated fat in avocado supports cell membrane function required for hormone receptor signalling; very-low-fat diets suppress natural hormone production Evidence level: Good — cholesterol as sex hormone precursor well-established; low dietary fat intake association with hormonal disruption and amenorrhoea documented; healthy fat's role in hormone production well-supported

The connection between dietary fat and sex hormone production is fundamental: all sex hormones (oestrogen, progesterone, testosterone, DHEA) are synthesised from cholesterol. The body produces cholesterol endogenously, but dietary fat provides both direct cholesterol and the fatty acid building blocks for all cell membranes — including the cell membranes on which hormone receptors are expressed.

Very-low-fat diets are associated with hormonal disruption, irregular cycles, and in extreme cases hypothalamic amenorrhoea — the complete cessation of periods from insufficient energy and fat intake. For women coming off hormonal contraception and experiencing delayed cycle return, ensuring adequate healthy fat intake is one of the most important nutritional checks.

Best healthy fats for post-pill hormonal recovery:

• Avocado: monounsaturated fat + vitamin E (depleted by OCP) + B vitamins + potassium; one of the most nutritionally comprehensive whole food fat sources

• Extra virgin olive oil: monounsaturated fat + oleocanthal (anti-inflammatory) + vitamin E; use as the primary cooking and dressing fat

• Nuts (almonds, walnuts, Brazil nuts): vitamin E + selenium + magnesium + zinc — multiple depleted nutrients alongside healthy fat

• Fatty fish (salmon, sardines): omega-3 + healthy fat + multiple vitamins — the most comprehensive fat source for hormone support

• Eggs (whole): healthy fat in the yolk + phospholipids + choline for oestrogen metabolism

Food 8: Pumpkin Seeds and Zinc-Rich Foods — Ovulation and Progesterone Production

Hormone mechanism: Zinc is required for the LH (luteinising hormone) surge that triggers ovulation; zinc supports the formation and function of the corpus luteum (the structure that produces progesterone after ovulation); zinc deficiency delays the return of ovulation after stopping hormonal contraceptives Evidence level: Good — zinc depletion by OCP well-documented; zinc's role in LH surge and corpus luteum function established; zinc deficiency association with ovulatory dysfunction well-studied

Zinc deserves its own dedicated section beyond the broader seed discussion because of how specifically it is depleted by combined oral contraceptives and how directly it is involved in the ovulation process that resumes after stopping.

The luteinising hormone (LH) surge — the spike in LH that triggers the release of a mature egg from the follicle — requires adequate zinc. Zinc is also essential for the function of the corpus luteum (the remnant of the follicle after ovulation that produces the progesterone required for the luteal phase). Zinc deficiency after stopping the pill can contribute to delayed ovulation or shortened luteal phases — two of the most common hormonal irregularities in the post-pill transition.

Highest dietary zinc sources post-pill:

• Pumpkin seeds: highest plant zinc per gram (2.2mg per 30g) — add daily to yogurt, oatmeal, or salads

• Oysters: the single highest zinc food source

• Beef (lean): significant zinc + B12 + iron (for returning periods)

• Chickpeas: zinc + folate + isoflavones — the most multi-mechanism legume for post-pill recovery

• Eggs: moderate zinc + choline + selenium in a highly bioavailable form

• Hemp seeds: zinc + omega-3 + complete plant protein; sprinkle on any meal

Blood Sugar Stability — The Foundational Post-Pill Priority

This deserves its own section because it underpins everything else:

The hypothalamic-pituitary-ovarian (HPO) axis that drives ovulation is sensitive to metabolic stress — and blood glucose crashes are a form of metabolic stress that the hypothalamus interprets as a signal to conserve resources by reducing reproductive function. Every meal that causes a significant blood glucose spike and crash increases cortisol → cortisol suppresses GnRH → the HPO axis is muted → ovulation is delayed.

The blood sugar stability habits that most support post-pill hormonal recovery:

• Never skip breakfast — the overnight fast already creates some cortisol elevation that breakfast addresses; skipping breakfast extends this

• Protein at every meal (eggs, legumes, fish, poultry, tofu) — protein slows gastric emptying and glucose absorption

• Healthy fat at every meal (avocado, olive oil, nuts, seeds, oily fish) — fat further slows glucose absorption

• Fibre at every meal (vegetables, legumes, whole grains, seeds) — fibre reduces glycaemic response

• Low-GI carbohydrates (oats, lentils, sweet potato, quinoa, brown rice) over high-GI (white bread, white rice, sugary drinks, pastries)

Frequently Asked Questions

How long does it take for hormones to balance after stopping birth control?

For most women, the natural menstrual cycle returns within one to three months of stopping hormonal contraception. Some women see their period return within days (a withdrawal bleed followed by a natural cycle); others may wait two to four months, particularly if cycles were irregular before starting contraception. Nutritional support through the foods in this guide — particularly blood sugar stability, zinc, magnesium, and folate replenishment — supports this timeline. If periods have not returned within four to six months of stopping, please speak to your GP: post-pill amenorrhoea can occasionally indicate an underlying condition requiring investigation. For more on hormone-balancing foods see our Hormone Balancing Foods guide at bitebrightly.com.

Is there a specific "post-pill detox" I should do?

No — and this is important. There is no evidence that "detoxes" or "cleanses" accelerate hormonal recovery after birth control. The liver's two-phase oestrogen detoxification process is supported by consistent, nutrient-dense eating (particularly the cruciferous vegetables that provide DIM/I3C, the fibre that binds excess oestrogen, and the B vitamins that support methylation) — not by juice cleanses or short-term restriction programmes. Restriction and very low calorie intake can actually delay hormonal recovery by triggering the cortisol response that suppresses the HPO axis. The approach that works is consistent, nourishing eating over weeks and months. For more on gut health and hormone metabolism see our Gut Health guide at bitebrightly.com.

What should I eat if I'm stopping birth control to try to conceive?

If you are stopping hormonal contraception with the intention of conceiving, folate supplementation is the most critical nutritional priority — ideally starting one to three months before trying to conceive. The UK recommendation is 400mcg folic acid daily (or 5mg if you have additional risk factors); this needs to be in supplement form as it is difficult to reach the required amount from food alone. Beyond folate: all the foods in this guide are relevant and appropriate for pre-conception nutrition. Additionally, iron (from lean red meat, lentils, spinach with vitamin C) to prepare for pregnancy demands, iodine (from dairy, seafood, or a supplement containing iodine), and omega-3 DHA (for early fetal neural development) are specific priorities. Discuss a full pre-conception nutrition plan with your GP or a registered dietitian. For more on pre-conception foods see our Folate-Rich Foods guide at bitebrightly.com.

References and Further Reading

1. Berry Street (June 2026) — Post-Pill Nutrition: How to Rebuild Nutrient Reserves After Stopping Birth Control. Nutrient depletion profile; estrobolome; cruciferous vegetables for oestrogen metabolism; blood sugar stability and cortisol-HPO axis.

2. Doctronic (April 2026) — Birth Control and Vitamin Deficiencies: What to Watch For. Medically reviewed: B vitamins, vitamin C, magnesium, vitamin E, selenium, and zinc depletion by hormonal contraceptives.

3. Aviva Romm MD (November 2025) — The Post Birth Control Pill Hormone Reset. Blood sugar and insulin resistance association with OCP use; nutrient-dense foods for post-pill recovery; avoiding cleanses.

4. Family Nutrition Solutions (August 2026) — Birth Control and Nutrient Depletion: 10 Nutrients. Comprehensive nutrient depletion list; food-first approach to replenishment.

5. Rupa Health (January 2025) — 6 Natural Ways to Balance Hormones Post Birth Control. Post-pill hormonal changes; flaxseed, broccoli, and zinc for hormone balance; cycle irregularity timeline.

About the Author

Judith Tsanga is an Applied Biosciences & Biotechnology graduate with an Advanced Level qualification in Food Science, and the founder of BiteBrightly. Her passion for food as medicine began with her own experience: after making targeted dietary changes, she noticed a meaningful improvement in her eyesight — a personal transformation that inspired her mission to share evidence-based nutrition insights that help others eat well and heal boldly. Content on BiteBrightly is for educational purposes and isn't a substitute for advice from your doctor or dietitian.

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Important Notice: This article is for educational purposes only and is not intended as medical advice. I am not a medical doctor, gynaecologist, or registered dietitian. If your menstrual cycle has not returned within three to four months of stopping hormonal contraception, please speak to your GP — post-pill amenorrhoea can indicate underlying hormonal conditions requiring investigation. If you are stopping birth control to try to conceive, please speak to your GP about pre-conception folic acid supplementation, which cannot be adequately replaced by diet alone. These statements have not been evaluated by the FDA.

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