Egg allergy

By Symon, Every Label · June 30, 2026

Egg allergy is an immune reaction to the proteins in hen’s egg, Gallus gallus domesticus, and it is one of the most common food allergies of early childhood. In plain terms: your child’s immune system reads certain egg proteins as a threat, and a reaction can run from hives to a whole-body allergic reaction that affects breathing and blood pressure, called anaphylaxis. There is one more thing to know up front that makes egg different from most allergens: “egg allergy” actually covers two different conditions, and which one your child has changes how you treat a reaction. Egg is also one of the allergies children are most likely to outgrow, more so than peanut or tree nut, though it tends to fade more slowly than older advice promised (Savage 2007). About 0.9 percent of US children have parent-reported egg allergy (Gupta 2018).

If your child was just diagnosed, read this first.

This page is long on purpose. It is also the page you will come back to for years. You do not need all of it today. This week, this is what matters:

• Carry epinephrine everywhere your child goes if your allergist has prescribed it, and learn the few signs that mean use it now. That is the section to read tonight (Emergency preparedness, below). If you do not have the prescription yet, that is the first call to your allergist or pediatrician.
• Find out which kind of egg problem your child has: the immediate, anaphylaxis-type allergy (IgE-mediated), or egg-FPIES, the delayed-vomiting kind that is treated differently (What egg allergy is, below). The emergency plan depends on the answer.
• Read every label, every time. The words to catch include egg, albumin, albumen, ovalbumin, ovomucoid, and lysozyme (Reading labels, below).
• You do not have to understand the protein science to keep your child safe. The components and the baked-egg question are for unhurried conversations with your allergist.
• Egg is one of the most outgrown food allergies, and there is a key test, ovomucoid (Gal d 1), worth asking for by name (Components, below).

Everything else here is waiting for you, in roughly the order the questions tend to come up. Read it when you want it.

Where a fact below is clinical, it carries its source. None of it is a substitute for your allergist.

What egg allergy is, and who has it

Egg allergy is most often an IgE-mediated immediate-type food allergy, and in that form it is anaphylaxis-capable, which is the reason for the auto-injector, the label habit, and the written plan (Santos 2023). When your child eats egg, IgE antibodies on their immune cells latch onto the egg proteins and trigger a release of histamine and other chemicals within minutes. That release is the reaction.

The single most important thing to get clear early is that egg allergy is really two different conditions wearing one name, and they are not treated the same way. IgE-mediated egg allergy is the immediate kind: hives, swelling, vomiting, or trouble breathing within minutes, managed epinephrine-first. Egg-FPIES (food protein-induced enterocolitis syndrome) is a separate, non-IgE condition: profuse, repeated vomiting one to four hours after eating egg, sometimes with paleness and floppiness, and it is managed with fluids and the anti-nausea medicine ondansetron, not epinephrine-first, unless a true anaphylactic picture develops (Nowak-Wegrzyn 2017). Skin and blood allergy tests are typically negative in egg-FPIES, which is part of why it gets mistaken for a stomach bug. Ask your allergist to name which one your child has, because the emergency plan follows from it.

Egg allergy is among the most common food allergies of infancy, frequently in the top three alongside milk and peanut. In the US, parent-reported egg allergy runs about 0.9 percent of children (Gupta 2018, a nationally representative survey; the figure is lower under stricter criteria). Onset is usually in the first year or two of life, often at a first or early known exposure, so the absence of a previous reaction does not mean a child is in the clear. The good news is the trajectory: a majority of children outgrow IgE-mediated egg allergy over childhood, and egg-FPIES usually resolves by age three to five (Savage 2007, Nowak-Wegrzyn 2017).

Diagnosis combines your child’s history with testing, and for egg the testing has one high-value move worth knowing about. The next section is what it is.

The components that drive severity

Egg is not one thing to the immune system. It is a handful of proteins, and one feature of them shapes almost everything practical about egg allergy: heat. Some egg proteins fall apart when cooked hard, and one important one does not. For egg there is one marker that carries most of the weight, and asking for it by name is the highest-value thing you can do.

A standard egg test (the skin prick, or the basic blood test to egg white) only tells you the immune system has noticed egg at all, and it tends to over-call reactions to well-cooked egg. A more detailed test, component testing, breaks that down protein by protein. For egg the protein that matters most is the one your allergist calls ovomucoid, written Gal d 1 on a lab report. It is the heat-stable, digestion-resistant protein, which is why it is the best single predictor of two things: whether a child will react to thoroughly baked egg, and whether the allergy is likely to persist rather than be outgrown (Dramburg 2023, Savage 2007). A high ovomucoid level points toward the more persistent, baked-egg-reactive picture; a lower ovomucoid level in a child who reacts to raw or lightly cooked egg points toward the milder, more transient picture.

So the high-value move is simple: ask your allergist to measure ovomucoid (Gal d 1)-specific IgE, not just whole-egg or egg-white IgE, and ask what the result means for severity, for the baked-egg question, and for the chance of outgrowing it. You do not need to learn the protein names yourself. They are below, written so the words on your child’s lab report mean something when you want them to.

Cross-reactivity, real and reassuring

Egg is one of the rare cases where this section is genuinely short, because egg has very little cross-reactivity. A positive test for egg does not pull a long list of other foods along with it the way some allergens do, and there is no established egg-and-other-food cross-reactivity that changes a typical child’s plate. The one axis that exists at all is the bird-egg one.

Bird-egg syndrome is the one connection to know, and it is uncommon and mostly an adult pattern. Egg yolk and poultry meat share a heat-sensitive protein (chicken serum albumin, also called alpha-livetin or Gal d 5). The clinical version of this, called bird-egg syndrome, is seen mostly in adults who became sensitized by breathing in pet-bird dander, not in the typical child with egg allergy. Whether an egg-allergic child can eat chicken is a question for your allergist, not something this page can clear, and reactions to poultry meat in this pattern are uncommon and tend to track raw or runny egg yolk rather than well-cooked chicken. If your child reacts to chicken meat, raise it with your allergist.

That is essentially the whole cross-reactivity story for egg. There is no legume-style “the panel looks scarier than the diet” reassurance to offer here, because egg does not produce that scary panel in the first place. The questions that feel like cross-reactivity for egg are really the heat question (baked versus raw, which is Components) and the hidden-source question (where egg turns up unlabeled, which is Hidden sources), not a web of related foods.

Hidden sources

Egg is one of the sneakier allergens to avoid, because it works as a binder, a glaze, and a foam, so it hides in textures rather than as an obvious ingredient. These are worth a one-time read now; after that you will spot them on your own.

Emulsified and foamed foods. Mayonnaise, hollandaise and other emulsified sauces, meringue, marshmallow and nougat, and many mousses and custards are egg-built. Mayonnaise is the classic one that gets ordered around and then shows up anyway.

Glazes and binders. Fresh egg pasta, the shiny egg-wash glaze brushed on breads and pastries (often undeclared on bakery-counter items), surimi (imitation crab) binder, and the binder in some processed meats and breaded foods all carry egg.

Lysozyme (E1105). This is an egg-derived protein added to some hard cheeses and to some pharmaceutical lozenges. On a label it reads as lysozyme or E1105, not as “egg,” so it is easy to miss.

The label-derivative words. Albumin, albumen, ovalbumin, ovomucoid, globulin, livetin, vitellin, and egg lecithin all mean egg on an ingredient line. Lecithin alone is ambiguous (it is often soy-derived), so unqualified lecithin on an egg-avoidance label is worth checking.

A confusion worth clearing. Egg-FPIES and IgE egg allergy are both real, but they are not the same condition and they are not managed the same way. A delayed vomiting episode from egg-FPIES is not a behavioral or viral event, and it is not treated epinephrine-first. If your child has one of these and you have been picturing the other, the emergency plan can be wrong in a way that matters. Ask your allergist to name which one your child has.

How exposure actually happens

The routes parents fear most are usually not the ones that cause serious reactions. Eating egg is. The rest are lower-risk than they feel, with a couple of specific exceptions, and there is one medical-setting category that is worth raising with every provider.

Eating it (high). Swallowing egg protein is the route that causes whole-body reactions. Everything else is far behind it. Heat changes the picture for the food itself, which is the Components baked-versus-raw story, but the unmodified expectation here describes a child who is not in active treatment.

Breathing it in (moderate for egg, more than for most foods). Egg is one of the foods where aerosolized protein is documented to cause reactions in some sensitized people, for example near actively cooking egg or, in the bird-egg pattern, around bird dander. This is higher than the inhalation risk for peanut and worth knowing, though eating remains the dominant route.

Skin contact and cooking vapor (low). Egg on intact skin usually causes at most a local reaction; broken or eczematous skin is the exception where risk is higher.

In vaccines and some medications (a real, manageable category to raise with every provider). This one is iatrogenic, meaning it comes from medical care, and it is worth getting right because both overreacting and underreacting cause harm. The short version is: tell every provider, your pediatrician, your anaesthetist, your pharmacist, about the egg allergy, and let them and your allergist decide together. The specifics, per current guidance and what the research supports:

• The MMR vaccine (measles, mumps, rubella) is considered safe for egg-allergic children and is not a reason to skip or delay it.
• Influenza (flu) vaccine is now permitted for egg-allergic children under current guidance, because modern flu vaccines contain only negligible egg (ovalbumin). It is worth a mention to the provider, not a contraindication.
• Yellow fever vaccine is the documented exception that genuinely contains more egg, so it is the one to flag and plan for specifically with your allergist and the travel clinic.
• Propofol, a common anaesthetic, contains an egg-derived ingredient (egg phospholipid). The manufacturer’s label cautions against it in a history of anaphylaxis to egg (or soy), so the anaesthetist makes the call. The important step is simply that the anaesthetist knows about the egg allergy before any procedure; it is never a reason to refuse or skip a needed procedure on your own.

If your child is in egg immunotherapy, one note: the risk levels above describe ordinary life outside active treatment. During active OIT build-up, the risk from an incidental exposure is modulated, and Treatment options is where that is explained.

Reading labels

This is the habit that does the most day-to-day work, and it gets fast. The words to scan for are egg, egg white, egg yolk, whole egg, dried or powdered egg, and egg solids, plus the protein names albumin, albumen, ovalbumin, ovomucoid, ovotransferrin, conalbumin, globulin, livetin, and vitellin, and the additive lysozyme (E1105). In the US, egg is one of the original major allergens under FALCPA and must be declared in plain language, and the EU and UK require egg declaration under Regulation 1169/2011 (FALCPA; EU 1169).

A few terms are signals to slow down: lecithin (which may be egg-derived rather than soy-derived), egg-wash glaze on bakery and counter items (frequently undeclared), and lysozyme or E1105 in hard cheeses and lozenges. Meringue and mayonnaise on an ingredient line both mean egg. When a term is unclear and the manufacturer will not say, treat it as a reason to call the company, not a reason to assume it is safe.

Then there are the precautionary labels: “may contain egg,” “made in a facility that processes egg.” These are voluntary and unregulated in both the US and the EU, so they are not a reliable measure of how much risk is actually present. How strictly you treat them is a personal call along a spectrum, weighing a real but variable cross-contact risk against ruling out a large share of the grocery store. This page will not pick that threshold for you.

Severity, and what predicts a bad reaction

The strongest population-level signal for the more severe, more persistent kind of egg allergy is a high ovomucoid (Gal d 1) level together with a history of reacting to baked egg (Savage 2007, Dramburg 2023). A child whose reactivity is confined to raw or lightly cooked egg, with baked egg tolerated, tends to sit at the milder, more transient end. A history of a previous severe reaction is the next strongest input.

Here is the part that justifies carrying epinephrine when your allergist has prescribed it. The size of the last reaction does not reliably predict the next one, and egg reactions can be significant. A child whose only reaction so far was mild can still have a worse one next time. That is not a reason to live in fear; it is the reason the auto-injector travels with the child. (This is the IgE entity. For egg-FPIES the emergency picture is different, and the next sections cover telling them apart.)

These thresholds are for the unmodified case. The picture above describes an egg-allergic child who is not in active oral immunotherapy. During active egg OIT build-up, the dose that can set off an incidental reaction is modulated, often downward, so the heat-stability and severity picture here is the baseline and active treatment shifts it. Treatment options is the home for that.

Emergency preparedness

Egg anaphylaxis (the immediate, IgE-mediated kind) is treated epinephrine-first. Epinephrine is the first-line treatment for a severe reaction, not an antihistamine and not a wait-and-see. If you see anaphylaxis, you give epinephrine and then you call emergency services.

The signs that mean epinephrine now include any two body systems reacting at once (for example hives plus vomiting), or any single severe sign on its own: trouble breathing, throat tightness, a hoarse or weak cry, repetitive coughing, pale or floppy appearance, or a sense of impending doom in a child old enough to say so. When you are unsure, the guidance is to give epinephrine, because the danger of withholding it in a true reaction is far greater than the danger of giving it when it turns out you did not need to.

After giving epinephrine, call emergency services and lay the child down with legs raised, unless breathing is the main problem, in which case let them sit up. A second dose may be needed if there is no improvement in about five minutes. Every child with IgE-mediated egg allergy should have a written anaphylaxis action plan and the epinephrine auto-injectors their allergist prescribes, going everywhere the child goes.

One important branch: this epinephrine-first section is for IgE-mediated egg allergy. Egg-FPIES is managed differently, with fluids and ondansetron rather than epinephrine-first, unless a genuine anaphylactic picture develops (Nowak-Wegrzyn 2017). If your child has egg-FPIES, your written plan will say so and will look different from this one. Follow the plan your allergist wrote for your child.

This section is general. Your child’s own plan is the specific one, and it is the one to follow.

When you can’t tell what’s happening

The hardest moments are usually not the clear reactions. They are the ambiguous ones. A flushed cheek after a new food. A single cough. A child who vomits an hour after a meal you did not pack. For egg this ambiguity has an extra layer, because the two egg conditions look different: an immediate IgE reaction comes on within minutes, while egg-FPIES is delayed, often one to four hours, and shows up as repeated vomiting and sometimes paleness or floppiness, which is easy to read as a stomach bug (Nowak-Wegrzyn 2017).

The posture that works is to treat the spectrum, not to diagnose it in the moment. Know your action plan’s override signs cold, watch whether more than one body system is involved rather than fixating on a single symptom, and accept that you will sometimes give epinephrine or call the allergist for something that turns out to be nothing. That is the system working the way it is supposed to. If your child has egg-FPIES, the override is different (severe, repeated vomiting with paleness and floppiness is the picture to act on, and your FPIES plan names the steps), which is exactly why naming the entity in advance matters.

The competence here builds slowly, over many ambiguous afternoons. It shows up as a shorter pause before you act.

Treatment options

Strict avoidance is the floor, and everything else is decided on top of it. Avoidance plus a written action plan plus the epinephrine your allergist prescribes is the standing setup for most children with IgE-mediated egg allergy; for egg-FPIES it is avoidance plus a fluids-and-ondansetron acute plan. Egg also has more genuine treatment direction than most food allergies, because egg immunotherapy is established, though it is worth being precise about what that does and does not mean.

Baked-egg tolerance and egg ladders (an allergist-supervised decision, not a home project). A real and favorable fact about egg is that a majority of egg-allergic children tolerate thoroughly baked egg even while still reacting to raw or lightly cooked egg, because of the heat story in Components. Some allergists use this with selected, assessed children through a baked-egg ladder, a supervised step-up through cooked-egg forms, and regular baked-egg eating in tolerant children may help speed up outgrowing (Leonard 2015). Two things are true at once here and both matter: baked-egg tolerance and egg ladders exist and are worth asking your allergist about, AND whether they apply to your child, and whether any step happens at home or in clinic, is entirely a supervised medical decision based on ovomucoid testing, history, and often a challenge. This page does not tell you baked egg is safe for your child to try and does not give ladder steps. Ask your allergist whether a baked-egg assessment is right for your child.

Egg oral immunotherapy (established, but not a licensed product). Egg OIT feeds measured, slowly increasing doses of egg protein under medical supervision to train the body toward tolerance, and unlike most food allergens it is an established desensitization pathway: the landmark egg-OIT trial showed desensitization in a majority of treated children and sustained unresponsiveness in a subset (Burks 2012). It is important to be clear that there is no FDA-licensed egg-OIT product the way Palforzia was a licensed peanut product; egg OIT is delivered through specialist and community protocols that vary by center, dosing reactions are common though usually mild, and this page does not name a starting dose. That is your allergist’s call, with you.

During active egg OIT, the threshold for an incidental exposure is modulated. This matters only if your child is in or starting OIT. If you are not there yet, you can skip it for now.

Omalizumab (Xolair). This is an anti-IgE antibody, given by injection, FDA-approved in 2024 to reduce IgE-mediated reactions to one or more foods including egg, for ages 1 and up, used on its own or alongside multi-allergen immunotherapy (Xolair FDA 2024). It lowers the severity of an accidental exposure; it is not a cure, and it does not remove the need for avoidance and a plan. Whether it fits your child is an allergist conversation.

For egg-FPIES there is no immunotherapy. Management is strict egg avoidance plus the fluids-and-ondansetron acute plan, with supervised reintroduction challenges timed to expected resolution (Nowak-Wegrzyn 2017).

Not medical advice. Whether to treat at all, and how, is a conversation with your allergist.

Day-to-day living

School and day care. An egg-allergic child needs a written plan on file (and the plan must say which condition the child has, because the emergency steps differ), epinephrine truly accessible for the IgE entity, trained staff, and a clear routine for snacks, classroom parties, baking projects, and substitute teachers. In US public schools, a 504 plan is the usual way to put that in writing.

Restaurants. The risk is hidden egg more than the obvious menu item: mayonnaise and emulsified sauces, egg-wash glaze on breads, fresh egg pasta, breaded and battered foods, and desserts. Bakeries, breakfast spots, and anywhere with glazed pastry carry higher egg risk. A chef card that names egg plainly does more than a verbal order across a loud kitchen.

Travel. Bring more epinephrine than you think you need (for the IgE entity), carry food you trust, and look up pharmacies and emergency numbers before you land. If yellow fever vaccination is part of the trip, plan that with your allergist well in advance because of the egg content.

Holidays and gatherings. Baked goods, custards, meringue desserts, eggnog, and glazed and battered party foods are the egg-dense settings. Bringing your child’s own food and being plain with hosts beats hoping a buffet is safe.

Prognosis and outgrowing

Egg is one of the food allergies children are most likely to outgrow, but the natural history is slower than older teaching held and it differs by which condition the child has. For IgE-mediated egg allergy, a majority resolve over childhood, with resolution rising across the years (one referral cohort reported roughly 4 percent resolved by age 4, with cumulative resolution climbing thereafter); a lower or falling ovomucoid (Gal d 1) level is the more reliable favorable sign, while a high or rising ovomucoid predicts persistence (Savage 2007, Dramburg 2023). Egg-FPIES usually resolves in early childhood, with most children tolerant by age three to five (Nowak-Wegrzyn 2017).

Baked-egg tolerance is itself a favorable sign, and when baked egg is eaten regularly under supervision it may help accelerate outgrowing (Leonard 2015). Reassessment cadence is individualized, commonly every one to two years for the IgE entity and timed to expected resolution for FPIES. The one definitive test of outgrowing it is a supervised oral food challenge (often a baked-egg challenge first, then a regular-egg challenge); falling numbers are encouraging but supportive, not proof.

Questions for your allergist

You do not have to walk in knowing the science. You have to walk in with the right questions, and these are them.

1. Which kind of egg problem does my child have, IgE-mediated egg allergy or egg-FPIES, and how does the emergency plan differ between them (epinephrine versus fluids and ondansetron)?
2. What is my child’s ovomucoid (Gal d 1)-specific IgE value, not just whole-egg IgE, and what does its level and trend mean for severity, for the baked-egg question, and for outgrowing?
3. Is a baked-egg assessment appropriate for my child, and if so would it be done as a supervised challenge, given that I should not try baked egg at home on my own?
4. Which vaccines (MMR, flu, yellow fever) and medications (such as propofol for anaesthesia) do I need to flag, and what should I tell other providers about the egg allergy?
5. If we consider egg OIT, how does being in active build-up change the day-to-day vigilance at home and school, and how do exercise, illness, or missed doses change it?
6. When and how should we reassess to see if the allergy is resolving?
7. What will epinephrine, and any treatment we are considering, actually cost us, and what does our insurance cover?

The frame: how to hold this

There are two worlds, and a food allergy moves a family from one into the other. In the recoverable world, a mistake is a lesson. A forgotten jacket is a cold afternoon. In the irrecoverable world, one wrong protein is not a lesson, because the cost of the error can be the child. When someone tells an allergy parent to relax, they are speaking from the first world to someone who has had to move to the second. They think the parent is anxious. The parent is not anxious. The parent is calibrated.

The work, then, is to sort what is on your side of the line from what is not. On your side: the labels you read, the ovomucoid test you ask for, the entity you get named so the emergency plan is right, the epinephrine that travels with the child, the chef card, the plan on file at school, the heads-up you give the anaesthetist. Not on your side: the bakery that brushes egg wash on a loaf and does not say so, the relative who thinks one bite is kindness, the manufacturer whose precautionary label is voluntary. You do the things on your side fully, and you stop apologizing for them. And you hold, without pretending otherwise, that the other side is real and partly random, and that a stacked defense reduces the risk without ever closing the gap to zero.

Egg carries a particular kind of hope, because it is one of the allergies most children genuinely outgrow. That hope is real, and it is also not yours to grant from the kitchen: the baked-egg question, the challenge, the OIT decision, all of it runs through your allergist, who actually knows your child. This page does not promise safety. It lays out the layers and names the gap, and it leaves the calibration to you and your allergist.

Voices: living with egg allergy

Attributed lived experience, kept separate from the clinical facts above. These are individual accounts, not medical guidance, and they carry no clinical claim the page above has not already made.

A first-time parent describes her son being diagnosed at 11 months with egg, peanut, and tree-nut allergies, then reacting at age two to a restaurant club sandwich she had carefully ordered without mayonnaise, because mayo was present anyway. She calls egg one of the sneakiest allergens because it hides in so many foods. Her son has since outgrown two of his three allergies, including egg.

Source: Katie Moreno, Allergic Living, 2023. https://www.allergicliving.com/2023/01/10/egg-allergy-life-learning-to-skate-around-a-sneaky-allergen/ One parent’s experience, not medical guidance.

An infant had local hives around the mouth after eating scrambled egg. The family’s doctor diagnosed egg allergy, prescribed epinephrine, and gave them an anaphylaxis action plan; as a toddler the child later accidentally ate food with egg and had symptoms of anaphylaxis (widespread hives, vomiting, a hoarse voice).

Source: Asthma and Allergy Foundation of America (AAFA), Food Allergy Anaphylaxis in Infants and Toddlers (research summary). https://aafa.org/asthma-allergy-research/our-research/food-allergy-anaphylaxis-in-infants/ An anonymized case from a research summary, not medical guidance.

A qualitative study of an at-home egg-introduction ladder found that parents’ reluctance to introduce egg at home, especially after a severe initial reaction, was the most common theme the clinicians observed.

Source: Cotter et al., Clinical and Translational Allergy, 2021. https://pmc.ncbi.nlm.nih.gov/articles/PMC8506942/ This was research about a supervised introduction program; do not start any egg ladder or reintroduction at home without your allergist.

Related pages on this site

• Where egg hides: the deep label-reading guide
• Egg cross-reactivity and bird-egg syndrome
• IgE egg allergy versus egg-FPIES, telling them apart
• Baked egg and the egg ladder, what “supervised” means
• Egg OIT, what “established but not licensed” means
• Egg, vaccines, and anaesthesia, what to tell every provider
• Building an egg-allergy 504 plan
• Restaurants with an egg-allergic child

These companion pages are being written and will be linked here as each one goes live.

Frequently asked questions

Is there more than one kind of egg allergy?

Yes. “Egg allergy” covers two different conditions. IgE-mediated egg allergy is the immediate, anaphylaxis-type allergy managed epinephrine-first. Egg-FPIES is a separate, non-IgE condition of delayed, profuse vomiting (often one to four hours after eating), managed with fluids and ondansetron, not epinephrine-first. Ask your allergist which one your child has, because the emergency plan depends on it (see What egg allergy is).

Can my egg-allergic child eat baked goods with egg in them?

Not without your allergist’s assessment. A majority of egg-allergic children do tolerate thoroughly baked egg, but a meaningful share still react to it, and which group your child is in is decided by ovomucoid (Gal d 1) testing, history, and usually a supervised challenge, never tried at home on a guess (see Treatment options).

Is the MMR vaccine safe if my child is allergic to eggs?

Yes, MMR is considered safe for egg-allergic children and is not a reason to skip or delay it. Tell your provider about the egg allergy anyway, and discuss the flu and yellow fever vaccines, which are the genuinely egg-related ones, with your allergist (see How exposure actually happens).

Will my child outgrow egg allergy?

Most likely, over time. Egg is one of the food allergies children are most often able to outgrow, though it tends to fade more slowly than older advice suggested; a falling ovomucoid (Gal d 1) level over serial testing is the encouraging sign, confirmed by a supervised challenge (Savage 2007). See Prognosis and outgrowing.

Is there a treatment for egg allergy?

Egg oral immunotherapy is an established way to desensitize many children, though there is no FDA-licensed egg-OIT product, dosing reactions are common, and it is delivered through specialist protocols. Omalizumab (Xolair) is FDA-approved to reduce reactions to several foods including egg. Both are allergist conversations, not self-directed steps (see Treatment options).

References and medical review

This page is pending independent medical review; the note at the top of the page applies until a reviewer is assigned. The references below resolve every in-body citation. Egg has no established food cross-reactivity edge to cite; the bird-egg syndrome description is drawn from the project’s allergen research.

1. Gupta RS, Warren CM, Smith BM, et al. The Public Health Impact of Parent-Reported Childhood Food Allergies in the United States. Pediatrics. 2018;142(6):e20181235. https://doi.org/10.1542/peds.2018-1235
2. Savage JH, Matsui EC, Skripak JM, Wood RA. The natural history of egg allergy. J Allergy Clin Immunol. 2007;120(6):1413-1417. https://doi.org/10.1016/j.jaci.2007.09.040
3. Dramburg S, Hilger C, Santos AF, et al. EAACI Molecular Allergology User’s Guide 2.0 (egg component section). Pediatr Allergy Immunol. 2023;34(Suppl 28):e13854. https://doi.org/10.1111/pai.13854
4. Nowak-Wegrzyn A, Chehade M, Groetch ME, et al. International consensus guidelines for the diagnosis and management of food protein-induced enterocolitis syndrome: Executive summary. J Allergy Clin Immunol. 2017;139(4):1111-1126.e4. https://doi.org/10.1016/j.jaci.2016.12.966
5. Burks AW, Jones SM, Wood RA, et al. Oral immunotherapy for treatment of egg allergy in children. N Engl J Med. 2012;367(3):233-243. https://doi.org/10.1056/NEJMoa1200435
6. Leonard SA, Caubet JC, Kim JS, Groetch M, Nowak-Wegrzyn A. Baked egg and milk exposure as immunotherapy in food allergy. J Allergy Clin Immunol Pract. 2015;3(1):13-23.
7. Santos AF, Riggioni C, Agache I, et al. EAACI guidelines on the diagnosis of IgE-mediated food allergy. Allergy. 2023;78(12):3057-3076. https://doi.org/10.1111/all.15902
8. US FDA. FDA approves first medication (omalizumab, Xolair) to help reduce allergic reactions to multiple foods after accidental exposure. 2024. https://www.fda.gov/news-events/press-announcements/fda-approves-first-medication-help-reduce-allergic-reactions-multiple-foods-after-accidental
9. Food Allergen Labeling and Consumer Protection Act of 2004 (FALCPA), Public Law 108-282, Title II. https://www.fda.gov/food/food-allergensgluten-free-guidance-documents-regulatory-information/food-allergen-labeling-and-consumer-protection-act-2004-falcpa
10. Regulation (EU) No 1169/2011 (Annex II allergens, including egg). https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX%3A32011R1169