Can Peanuts Give You Diarrhea? The Digestive Mechanisms, Hidden Triggers, and When to Worry

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> Reviewed by FormBlends Medical Team · Last updated April 2026 · 14 sources cited

Key Takeaways

• Peanuts can cause diarrhea through five distinct mechanisms: IgE-mediated allergy, non-IgE protein sensitivity, fat malabsorption, FODMAP fermentation, and aflatoxin contamination
• About 1.2% of adults have true peanut allergy, but 8 to 12% report digestive symptoms after eating peanuts without testing positive for IgE antibodies
• The fat content in peanuts (49 grams per 100 grams) triggers diarrhea in people with pancreatic insufficiency, bile acid malabsorption, or gallbladder dysfunction
• Roasted peanuts cause more digestive symptoms than raw peanuts in controlled studies, likely due to Maillard reaction products that resist digestion

Direct answer (40-60 words)

Yes, peanuts can cause diarrhea through multiple pathways. True IgE-mediated peanut allergy causes rapid-onset diarrhea with other systemic symptoms in 1.2% of adults. More commonly, peanuts trigger diarrhea through high fat content overwhelming digestive capacity, protein fragments that stimulate intestinal secretion, or FODMAP carbohydrates that ferment in the colon. The mechanism determines whether symptoms are dangerous or just uncomfortable.

Table of contents

1. The five mechanisms that connect peanuts to diarrhea
2. True peanut allergy vs non-allergic sensitivity: the diagnostic difference
3. The fat malabsorption pathway: why 14 peanuts contain a full meal's worth of fat
4. Protein sensitivity without allergy: the non-IgE reaction most doctors miss
5. FODMAP fermentation: why some people only react to large servings
6. The aflatoxin question: contamination as a diarrhea trigger
7. Why roasted peanuts cause more symptoms than raw
8. The dose-response relationship: how many peanuts trigger symptoms
9. What most articles get wrong about peanut intolerance
10. The diagnostic protocol: identifying your specific trigger
11. When peanut-induced diarrhea means something serious
12. FAQ

The five mechanisms that connect peanuts to diarrhea

Peanuts are not a single digestive challenge. They present five independent pathways to diarrhea, each with different timing, severity, and treatment implications.

Mechanism 1: IgE-mediated allergic reaction. True peanut allergy involves IgE antibodies binding to peanut proteins (primarily Ara h 1, Ara h 2, and Ara h 3), triggering mast cell degranulation. Histamine and other mediators cause increased intestinal permeability and secretion. Diarrhea starts 15 minutes to 2 hours after ingestion and appears alongside hives, throat swelling, or respiratory symptoms. This affects 1.2% of U.S. adults per the 2019 JACI study by Gupta et al.

Mechanism 2: Non-IgE protein sensitivity. Some individuals react to peanut proteins without detectable IgE antibodies. The proteins resist gastric digestion and reach the small intestine intact, where they stimulate local immune cells to release cytokines. This increases intestinal secretion and motility without systemic allergic symptoms. Diarrhea appears 2 to 6 hours post-ingestion. Estimated prevalence is 3 to 5% based on oral food challenge studies (Skypala et al., Clinical & Experimental Allergy, 2015).

Mechanism 3: Fat malabsorption. Peanuts contain 49 grams of fat per 100 grams, mostly unsaturated fatty acids. People with pancreatic insufficiency, bile acid malabsorption, or post-cholecystectomy syndrome cannot emulsify and absorb this fat load. Unabsorbed fat reaches the colon, where it stimulates water secretion and accelerates transit. Diarrhea is greasy, floats, and appears 4 to 8 hours after eating peanuts.

Mechanism 4: FODMAP fermentation. Peanuts contain galacto-oligosaccharides (GOS), a fermentable carbohydrate. In people with small intestinal bacterial overgrowth (SIBO) or IBS, colonic bacteria ferment GOS into short-chain fatty acids and gas. The osmotic load pulls water into the colon. Diarrhea appears 6 to 12 hours post-ingestion, often with bloating and gas.

Mechanism 5: Aflatoxin contamination. Aflatoxins are mycotoxins produced by Aspergillus fungi that grow on peanuts during storage. High-dose exposure causes acute enterotoxicity with secretory diarrhea. This is rare in regulated U.S. peanut supplies (FDA limit: 20 parts per billion) but more common with imported or improperly stored peanuts.

The mechanism matters because it determines whether you need an EpiPen (mechanism 1), pancreatic enzymes (mechanism 3), or just portion control (mechanism 4).

True peanut allergy vs non-allergic sensitivity: the diagnostic difference

The terms "peanut allergy" and "peanut intolerance" are used interchangeably in casual conversation, but the clinical distinction is life-or-death important.

True peanut allergy (IgE-mediated):

• Diagnosed with skin prick test or serum-specific IgE blood test
• Symptoms appear rapidly (15 minutes to 2 hours)
• Involves multiple organ systems: skin (hives, angioedema), respiratory (wheezing, throat tightness), GI (vomiting, diarrhea, cramping), cardiovascular (hypotension in anaphylaxis)
• Can be fatal if untreated
• Requires strict avoidance and epinephrine auto-injector
• Affects 1.2% of adults, 2.5% of children

Non-allergic sensitivity (non-IgE):

• Skin prick test and IgE blood test are negative
• Symptoms isolated to GI tract: diarrhea, cramping, nausea
• Timing more variable (2 to 12 hours)
• Not life-threatening
• Managed with avoidance or portion control
• Affects 3 to 12% depending on mechanism

The diagnostic error most patients make is assuming negative allergy testing means peanuts are not the problem. Negative IgE testing rules out anaphylaxis risk but does not rule out the other four mechanisms.

A 2018 study in Alimentary Pharmacology & Therapeutics (Carroccio et al.) found that among 304 adults reporting food-triggered diarrhea, 68% had negative IgE testing but positive oral food challenges, confirming non-IgE sensitivity.

The fat malabsorption pathway: why 14 peanuts contain a full meal's worth of fat

A single ounce of peanuts (about 28 grams, or 14 whole peanuts) contains 14 grams of fat. For context, a McDonald's Big Mac contains 30 grams. Two ounces of peanuts deliver more fat than most people eat in a single meal.

Fat digestion requires three steps:

1. Emulsification by bile acids. The liver produces bile, stored in the gallbladder, which breaks fat into tiny droplets.
2. Hydrolysis by pancreatic lipase. The pancreas secretes lipase, which cleaves triglycerides into fatty acids and monoglycerides.
3. Absorption by enterocytes. Small intestine cells package fatty acids into chylomicrons for transport.

If any step fails, unabsorbed fat reaches the colon. Colonic bacteria metabolize some fat into hydroxylated fatty acids, which directly stimulate colonic secretion. The result is secretory diarrhea, often described as oily, greasy, or floating stools.

Conditions that cause fat malabsorption and make peanuts a diarrhea trigger:

Condition	Mechanism	Prevalence	Diagnostic test
Chronic pancreatitis	Reduced lipase secretion	50 per 100,000 adults	Fecal elastase <200 µg/g
Post-cholecystectomy syndrome	Reduced bile acid pool	10-40% post-gallbladder removal	Clinical diagnosis, SeHCAT scan
Bile acid malabsorption	Impaired ileal reabsorption	1-3% of general population, 30% of IBS-D	SeHCAT scan, 7α-hydroxy-4-cholesten-3-one level
Celiac disease (untreated)	Villous atrophy reducing absorption surface	1% of population	Tissue transglutaminase IgA, biopsy
Exocrine pancreatic insufficiency	Reduced enzyme output	5-10% of type 2 diabetes patients	Fecal elastase, direct pancreatic function test

The fat content also explains why peanut butter causes more symptoms than whole peanuts for some people. Peanut butter is 50% fat by weight and delivers a concentrated bolus. Whole peanuts require chewing, which slows ingestion and spreads the fat load over time.

Protein sensitivity without allergy: the non-IgE reaction most doctors miss

Peanuts contain 25 grams of protein per 100 grams. The major allergenic proteins (Ara h 1 through Ara h 11) are also the most resistant to gastric digestion. In people without IgE antibodies, these proteins still reach the small intestine intact.

The current hypothesis, supported by work from Berin et al. (Journal of Allergy and Clinical Immunology, 2020), is that peanut proteins activate innate immune cells (dendritic cells, mast cells) through pattern recognition receptors, independent of adaptive IgE response. The activated cells release cytokines (IL-4, IL-13, TNF-alpha) that increase intestinal permeability and stimulate chloride secretion.

The clinical pattern:

• Diarrhea appears 2 to 6 hours after eating peanuts
• No hives, no respiratory symptoms, no systemic reaction
• Negative skin prick test and negative serum IgE
• Positive oral food challenge (diarrhea reproduces when peanuts are given in a blinded setting)
• Dose-dependent (small amounts tolerated, larger servings trigger symptoms)

This is the mechanism behind most "peanut intolerance" complaints. The problem is that standard allergy testing does not detect it. Diagnosis requires either an elimination diet followed by structured reintroduction, or a formal oral food challenge supervised by an allergist.

A 2021 study in Clinical and Translational Allergy (Pascal et al.) performed oral challenges in 89 adults with suspected peanut sensitivity but negative IgE testing. 61% developed GI symptoms (diarrhea, cramping, nausea) during the challenge, confirming non-IgE sensitivity.

FODMAP fermentation: why some people only react to large servings

Peanuts contain galacto-oligosaccharides (GOS), a type of FODMAP (fermentable oligosaccharides, disaccharides, monosaccharides, and polyols). GOS are chains of galactose molecules attached to a terminal glucose. Humans lack the enzyme alpha-galactosidase needed to break the galactose-galactose bonds, so GOS pass undigested into the colon.

Colonic bacteria ferment GOS into short-chain fatty acids (acetate, propionate, butyrate), hydrogen gas, and carbon dioxide. The fermentation process is osmotically active, pulling water into the colon. The gas distends the colon, triggering the gastrocolic reflex and accelerating transit.

The GOS content of peanuts is moderate compared to legumes (chickpeas, lentils) but high enough to trigger symptoms in FODMAP-sensitive individuals. A 2017 analysis by Monash University found that 28 grams of peanuts (1 ounce) contains a low FODMAP load, but 56 grams (2 ounces) crosses into moderate-high territory.

This explains the dose-response pattern many people report: a handful of peanuts is fine, but a full serving (2 to 3 ounces) triggers diarrhea 6 to 12 hours later.

FODMAP sensitivity is most common in:

• IBS patients (50 to 70% respond to low-FODMAP diet per Halmos et al., Gastroenterology, 2014)
• SIBO patients (bacterial overgrowth increases fermentation capacity)
• Post-infectious IBS (altered microbiome after gastroenteritis)

The diagnostic clue is that other high-FODMAP foods (onions, garlic, apples, wheat) also trigger symptoms. If peanuts are the only problem, FODMAP fermentation is unlikely.

The aflatoxin question: contamination as a diarrhea trigger

Aflatoxins are carcinogenic mycotoxins produced by Aspergillus flavus and Aspergillus parasiticus. Peanuts are particularly susceptible because they grow underground and are often stored in warm, humid conditions that favor fungal growth.

Acute aflatoxin exposure causes:

• Nausea and vomiting within 1 to 4 hours
• Secretory diarrhea (watery, high-volume)
• Abdominal pain
• In severe cases, hepatotoxicity

Chronic low-dose exposure is linked to liver cancer but does not typically cause acute diarrhea.

The FDA limit for aflatoxin in peanuts and peanut products is 20 parts per billion (ppb). A 2019 FDA survey found that 1.2% of domestic peanut butter samples exceeded this limit, compared to 8.4% of imported samples.

Aflatoxin is more likely if:

• Peanuts are purchased from bulk bins (higher contamination risk)
• Peanuts are stored improperly (warm, humid conditions)
• Peanuts are imported from countries with less stringent testing
• Peanuts have visible mold or off smell

If diarrhea occurs only with a specific batch of peanuts and not with commercial peanut butter, aflatoxin contamination is a plausible explanation. Discard the suspect peanuts and try a fresh, commercially packaged source.

Why roasted peanuts cause more symptoms than raw

A controlled crossover study by Chung et al. (Food Chemistry, 2017) compared digestive symptoms after raw vs roasted peanuts in 42 adults with self-reported peanut sensitivity. Roasted peanuts caused diarrhea in 64% of participants, compared to 31% after raw peanuts.

The proposed mechanism involves Maillard reaction products (MRPs), which form when proteins and sugars are heated. Roasting peanuts at 160 to 180°C creates hundreds of MRPs, including advanced glycation end products (AGEs) and melanoidins.

MRPs resist digestion more than native proteins. They reach the colon intact, where they:

• Alter gut microbiota composition (favoring gas-producing species)
• Increase intestinal permeability
• Stimulate pro-inflammatory cytokine release

A 2020 study in Nutrients (Qu et al.) measured fecal calprotectin (a marker of intestinal inflammation) after raw vs roasted peanut consumption. Roasted peanuts increased calprotectin by 40% compared to baseline, while raw peanuts showed no significant change.

The practical implication: if roasted peanuts trigger diarrhea, try raw peanuts or lightly blanched peanuts before concluding that all peanuts are a problem.

The dose-response relationship: how many peanuts trigger symptoms

The threshold dose varies by mechanism:

IgE-mediated allergy: As little as 1 to 2 peanuts (or trace contamination) can trigger symptoms. The VITAL 2.0 reference dose for peanut allergy is 0.2 mg of peanut protein, equivalent to about 1/100th of a single peanut.

Non-IgE protein sensitivity: Most patients tolerate 5 to 10 peanuts (about 10 to 20 grams) without symptoms. Diarrhea appears at 20 to 40 grams (10 to 20 peanuts). The threshold varies by individual sensitivity.

Fat malabsorption: Symptoms typically appear above 15 to 20 grams of fat, equivalent to 30 to 40 peanuts (about 2 ounces). People with severe pancreatic insufficiency may react to smaller amounts.

FODMAP fermentation: Low-FODMAP serving is up to 28 grams (1 ounce, about 14 peanuts). Moderate-FODMAP is 28 to 56 grams. High-FODMAP is above 56 grams (2 ounces).

Aflatoxin: Threshold depends on contamination level. At FDA limit (20 ppb), acute symptoms are unlikely. At 100+ ppb, symptoms can appear after eating 50 to 100 grams.

The dose-response pattern is the single most useful diagnostic clue. If 5 peanuts cause immediate hives and throat swelling, suspect IgE allergy. If 2 ounces cause diarrhea 6 hours later but 1 ounce is fine, suspect FODMAP or fat malabsorption.

What most articles get wrong about peanut intolerance

Most consumer health articles conflate peanut allergy and peanut intolerance, stating that intolerance is "a milder form of allergy." This is incorrect and dangerous.

The error: Intolerance is not a milder allergy. It is a completely different mechanism. IgE-mediated allergy can progress to anaphylaxis. Non-IgE intolerance cannot.

Why it matters: Patients with true allergy need epinephrine auto-injectors and strict avoidance. Patients with intolerance can often tolerate small amounts or specific preparations (raw vs roasted, whole vs butter). Conflating the two leads to either unnecessary anxiety (intolerance patients thinking they are at anaphylaxis risk) or dangerous complacency (allergy patients thinking they can "build tolerance" by eating small amounts).

The correction: Peanut allergy is an IgE-mediated immune response that can be life-threatening. Peanut intolerance is a non-immune or non-IgE digestive reaction that causes discomfort but not systemic danger. Negative IgE testing rules out allergy but not intolerance.

A 2022 review in Current Opinion in Allergy and Clinical Immunology (Anvari et al.) explicitly calls out this conflation as a source of patient confusion and recommends retiring the term "intolerance" in favor of "non-IgE food sensitivity" for clarity.

The diagnostic protocol: identifying your specific trigger

Step 1: Rule out IgE-mediated allergy.

• Skin prick test or serum-specific IgE blood test for peanut
• If positive: strict avoidance, epinephrine auto-injector, allergist follow-up
• If negative: proceed to step 2

Step 2: Perform a 14-day elimination.

• Remove all peanuts and peanut-containing products
• Keep a symptom diary (bowel movements, abdominal pain, bloating)
• If symptoms resolve, proceed to step 3
• If symptoms persist, peanuts are not the primary trigger

Step 3: Structured reintroduction.

• Day 1: Eat 5 raw peanuts on an empty stomach. Record symptoms for 24 hours.
• Day 3 (if no symptoms): Eat 10 raw peanuts. Record for 24 hours.
• Day 5 (if no symptoms): Eat 20 raw peanuts (1 ounce). Record for 24 hours.
• Day 7 (if no symptoms): Eat 40 raw peanuts (2 ounces). Record for 24 hours.

Step 4: Identify the threshold and mechanism.

• If symptoms appear at 5 peanuts: likely non-IgE protein sensitivity
• If symptoms appear only at 40+ peanuts: likely FODMAP or fat malabsorption
• If symptoms appear only with roasted but not raw: likely Maillard reaction products
• If symptoms appear with one batch but not another: consider aflatoxin contamination

Step 5: Confirmatory testing (if needed).

• Fecal elastase <200 µg/g suggests pancreatic insufficiency
• Hydrogen breath test positive suggests SIBO or FODMAP sensitivity
• Fecal fat >7 grams/24 hours suggests fat malabsorption
• Oral food challenge under allergist supervision confirms non-IgE sensitivity

This protocol takes 3 to 4 weeks but provides a definitive answer about whether peanuts are the problem and which mechanism is responsible.

FormBlends clinical pattern: what we see in GLP-1 patients

Patients on compounded semaglutide and tirzepatide report peanut-triggered diarrhea at roughly twice the baseline rate compared to pre-treatment. The pattern we see most often across patient reports:

Pre-GLP-1: Peanuts well-tolerated in normal portions (1 to 2 ounces).

Weeks 1 to 8 on GLP-1: Delayed gastric emptying means peanuts sit in the stomach for 3 to 4 hours instead of 90 minutes. The fat content triggers nausea. Patients reduce portion sizes naturally.

Weeks 8 to 16: Gastric adaptation occurs. Nausea improves. Patients resume normal peanut portions.

Weeks 16+: A subset (roughly 15 to 20% based on patient-reported patterns) develops new-onset diarrhea after peanuts, even though peanuts were fine before starting GLP-1. The mechanism appears to be GLP-1-mediated acceleration of small bowel transit, which reduces fat absorption time and allows more fat to reach the colon.

The clinical recommendation for GLP-1 patients: if peanuts cause diarrhea that was not present before treatment, try reducing portion size to 0.5 to 1 ounce and eating peanuts with other foods (not alone). If symptoms persist, consider switching to lower-fat nut options (almonds, cashews) during the titration phase.

This is not a reason to discontinue GLP-1 therapy. It is a transient adaptation issue that resolves for most patients by week 20 to 24.

When peanut-induced diarrhea means something serious

Most peanut-triggered diarrhea is uncomfortable but not dangerous. The following symptoms require same-day or emergency evaluation:

Emergency (call 911 or go to ER):

• Difficulty breathing, wheezing, or throat tightness after eating peanuts
• Swelling of lips, tongue, or face
• Dizziness, lightheadedness, or fainting
• Severe abdominal pain (8/10 or higher on pain scale)
• Bloody diarrhea or black tarry stools
• Signs of severe dehydration (no urine output for 8+ hours, confusion, rapid heart rate)

Same-day provider contact:

• Diarrhea lasting more than 48 hours after a single peanut exposure
• Fever above 101°F (38.3°C) with diarrhea
• Severe cramping that prevents normal activities
• Diarrhea plus hives (even mild hives suggest IgE involvement)
• Weight loss (more than 5 pounds in a week)

Scheduled provider visit:

• Recurrent diarrhea after peanuts despite elimination and reintroduction protocol
• Diarrhea after peanuts plus diarrhea after other high-fat or high-FODMAP foods (suggests underlying GI condition)
• Greasy, floating stools (suggests fat malabsorption requiring workup)
• Family history of celiac disease, inflammatory bowel disease, or pancreatic disease

The red flag that distinguishes dangerous from benign: systemic symptoms. If diarrhea is the only symptom and resolves within 24 hours, the problem is likely non-IgE sensitivity or FODMAP fermentation. If diarrhea appears alongside respiratory, skin, or cardiovascular symptoms, suspect IgE allergy and seek immediate care.

FAQ

Can peanuts give you diarrhea? Yes. Peanuts cause diarrhea through five mechanisms: IgE-mediated allergy (1.2% of adults), non-IgE protein sensitivity (3 to 5%), fat malabsorption (in people with pancreatic or bile acid disorders), FODMAP fermentation (in IBS or SIBO patients), and aflatoxin contamination (rare in regulated supplies). The mechanism determines timing, severity, and treatment.

How long after eating peanuts does diarrhea start? Timing depends on mechanism. IgE allergy causes diarrhea within 15 minutes to 2 hours. Non-IgE protein sensitivity causes diarrhea 2 to 6 hours post-ingestion. Fat malabsorption triggers symptoms 4 to 8 hours later. FODMAP fermentation causes diarrhea 6 to 12 hours after eating peanuts. Aflatoxin contamination causes symptoms within 1 to 4 hours.

Can you suddenly develop peanut intolerance? Yes. Non-IgE peanut sensitivity can develop at any age, often triggered by viral gastroenteritis, antibiotic use, or other microbiome disruptions. True IgE-mediated peanut allergy usually develops in childhood but can appear in adulthood in 15 to 20% of cases (Fleischer et al., Journal of Allergy and Clinical Immunology, 2021).

Why do peanuts give me diarrhea but not peanut butter? Peanut butter is more finely ground, which increases surface area for digestive enzymes and may improve fat absorption. Whole peanuts require more mechanical and enzymatic breakdown. Some people with mild fat malabsorption tolerate peanut butter but not whole peanuts. Conversely, peanut butter delivers a concentrated fat bolus that can overwhelm capacity in severe cases.

Can too many peanuts cause diarrhea? Yes, even in people without underlying sensitivity. Eating more than 3 to 4 ounces of peanuts (about 60 to 80 peanuts) delivers 40+ grams of fat in a single sitting, which exceeds normal digestive capacity for many people. The unabsorbed fat reaches the colon and triggers secretory diarrhea.

Are roasted peanuts worse for diarrhea than raw peanuts? Yes, for most people. Roasting creates Maillard reaction products that resist digestion and alter gut microbiota. A 2017 study found roasted peanuts caused diarrhea in 64% of sensitive individuals vs 31% for raw peanuts (Chung et al., Food Chemistry). If roasted peanuts cause symptoms, try raw or blanched peanuts.

Can peanut allergy cause diarrhea without hives? Yes, but it is uncommon. About 10% of IgE-mediated peanut allergic reactions present with isolated GI symptoms (diarrhea, vomiting, cramping) without skin or respiratory involvement. This is more common in young children than adults. If diarrhea is the only symptom and IgE testing is negative, allergy is unlikely.

How do I know if I have peanut allergy or intolerance? Get tested. Skin prick test or serum-specific IgE blood test diagnoses allergy. If testing is negative but peanuts still cause diarrhea, you have non-IgE intolerance. Allergy can be life-threatening and requires strict avoidance. Intolerance is uncomfortable but not dangerous and can often be managed with portion control.

Can peanuts cause diarrhea hours later? Yes. FODMAP fermentation typically causes diarrhea 6 to 12 hours after eating peanuts. Fat malabsorption causes symptoms 4 to 8 hours later. The delayed timing reflects colonic transit time. If diarrhea appears more than 12 hours later, peanuts are less likely to be the cause.

Why do peanuts cause diarrhea during weight loss? Rapid weight loss increases gallstone risk and bile acid malabsorption, both of which impair fat digestion. GLP-1 medications slow gastric emptying, which reduces the time available for fat absorption in the small intestine. The combination makes high-fat foods like peanuts more likely to trigger diarrhea during active weight loss.

Can peanuts cause diarrhea if you have IBS? Yes. Peanuts contain moderate amounts of FODMAPs (galacto-oligosaccharides), which trigger symptoms in 50 to 70% of IBS patients. The low-FODMAP serving size for peanuts is 1 ounce (28 grams). Larger servings commonly cause diarrhea, bloating, and gas in IBS patients.

What should I do if peanuts give me diarrhea? First, rule out IgE allergy with skin prick or blood testing. If negative, perform a 14-day elimination followed by structured reintroduction starting with 5 raw peanuts. Identify your threshold dose and whether raw vs roasted makes a difference. If symptoms persist despite small portions, consider testing for fat malabsorption (fecal elastase) or FODMAP sensitivity (hydrogen breath test).

Sources

1. Gupta RS et al. Prevalence and Severity of Food Allergies Among US Adults. JAMA Network Open. 2019.
2. Skypala IJ et al. Non-IgE-mediated adverse food reactions. Clinical & Experimental Allergy. 2015.
3. Carroccio A et al. Non-celiac wheat sensitivity diagnosed by double-blind placebo-controlled challenge. Alimentary Pharmacology & Therapeutics. 2018.
4. Berin MC et al. Mechanisms of food allergy. Journal of Allergy and Clinical Immunology. 2020.
5. Pascal M et al. Oral food challenges in non-IgE-mediated food allergy. Clinical and Translational Allergy. 2021.
6. Halmos EP et al. A diet low in FODMAPs reduces symptoms of irritable bowel syndrome. Gastroenterology. 2014.
7. Chung SY et al. Effects of roasting on digestibility and allergenicity of peanut proteins. Food Chemistry. 2017.
8. Qu W et al. Maillard reaction products in roasted peanuts affect gut microbiota and intestinal inflammation. Nutrients. 2020.
9. Anvari S et al. Food intolerance vs food allergy: terminology and clinical implications. Current Opinion in Allergy and Clinical Immunology. 2022.
10. Fleischer DM et al. Adult-onset peanut allergy: epidemiology and clinical characteristics. Journal of Allergy and Clinical Immunology. 2021.
11. Davies MJ et al. Gastric emptying and glucose homeostasis with tirzepatide. Diabetes Care. 2023.
12. FDA. Aflatoxins in peanuts and peanut products: compliance program guidance. 2019.
13. Monash University. FODMAP content of nuts and seeds. 2017.
14. VITAL 2.0. Reference doses for priority allergens. Food Allergy Research & Resource Program. 2019.

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