Nezam El-Tayebat Fact CheckA scientific assessment of the “نظام الطيبات” nutrition system
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Potentially true True only under certain conditions Certainty of evidence: low provisional C-CHK-11

The modern broiler provides more energy from fat than from protein, with an omega-6:omega-3 ratio up to 9:1 instead of the recommended 2:1.

In short: This claim is partly correct: chicken eaten with skin gets about as much or more energy from fat as from protein and has a high omega-6 to omega-3 ratio (about 10:1 or more), but skinless chicken breast is lean, and the comparison with a 'recommended 2:1' ratio is not an official standard for single foods.
Conclusion: Partly correct: chicken with skin is fat-rich and high in omega-6, but skinless chicken breast is lean.
  1. Original statement
  2. Scientific assessment
  3. Scientific evidence in detail
  4. In plain language
  5. Studies on this claim
  6. Regional context
  7. What applies in my country?
  8. References

Original statement

وفي Public Health Nutrition (2010) ثبت أن دجاج التسمين الحديث يعطي طاقة من الدهون أكثر من البروتين، بنسبة أوميغا6/أوميغا3 تصل إلى 9:1 بدلاً من 2:1 الموصى بها

verbatim according to source. Translation by the project; the Arabic wording is authoritative.

Translation

The modern broiler provides more energy from fat than from protein, with an omega-6:omega-3 ratio up to 9:1 instead of the recommended 2:1.

Origin

Source status
Archive editors
Attribution
Archive editors (not Elawady)
Origin
https://eltayebat.com/rule/industrial-chicken/
Attribution uncertainty
Narrative and study selection written by the archive operators; the archive states the forbidden section is documented independently of Dr. Diaa's words.
Claimed health effect

Contribution to obesity; poor fatty-acid profile.

Population concerned

general population (not specified)

Geographic restriction by Elawady

none found

Scientific assessment

Potentially true – Some evidence points in favour of the statement, but it is not sufficient for a clear judgement.

Certainty of evidence: low – Further research is likely to change the assessment considerably.

1. What was claimed?

Modern chicken is fattier than protein-rich and has an unfavourable omega-6/omega-3 ratio.

2. What is demonstrably correct?

For chicken eaten with skin, energy from fat is about equal to or higher than energy from protein: 3.1 (conventional) and 2.1 (organic) in 2004 UK whole birds vs 0.8 in 1970 (A-CHK-06), and 1.12 for roasted meat with skin in US food composition data (I-CHK-131). The omega-6 to omega-3 ratio is high, about 10:1 in breast and about 16:1 in meat with skin (I-CHK-131), in line with or above the 9:1 cited.

3. What is wrong or exaggerated?

The archive says this was 'proven' from a small non-representative snapshot. Skinless breast is lean (fat energy about a quarter of protein energy; I-CHK-131). Organic birds were similar (A-CHK-06, I-CHK-132), so this is not specific to conventional 'modern broilers'. Processed products (nuggets, burgers) are much fattier than plain meat (I-CHK-132). A '2:1' ratio is not an official target for single foods.

4. What remains unclear?

Representativeness for current EU or Egyptian broilers; whether birds have become fattier over time beyond the single UK comparison.

5. Which studies support it?

A-CHK-06 (whole birds with skin), I-CHK-131 (meat with skin; omega-6 ratio).

6. Which studies contradict it?

I-CHK-131 (skinless breast lean), I-CHK-132 (organic and conventional similar; fattiness mainly in processed products).

7. What applies to Germany and Europe?

Not assessed.

8. What is known about Egypt?

Not assessed.

9. What practical conclusion is appropriate?

Removing skin and avoiding fried or processed chicken products makes chicken a lean protein; the omega-6 ratio of the whole diet matters more than one food.

Assessment details

Rationale for certainty of evidence

Two independent sources agree that chicken eaten with skin has a high share of energy from fat: the archive's UK snapshot of whole birds (A-CHK-06; fat:protein energy ratio 3.1 conventional, 2.1 organic) and US national food composition data (I-CHK-131; roasted meat with skin 1.12, with an omega-6:omega-3 proxy of about 16:1). Both show skinless breast is lean (I-CHK-131: 0.26). The claim is therefore conditionally true. Certainty is low because representative current data for EU and Egyptian broilers are lacking and only one study compares modern with older birds.

Source quality

Archive editorial; the archive's wording 'ثبت' (proven) overstates a descriptive snapshot.

Regional transferability

UK samples 2004-2008; transfer uncertain.

Individual exceptions

Not applicable.

Regional scope of the claim
depends on production conditions
Last reviewed
26 October 2026 provisional

Scientific evidence in detail

True only under certain conditions – The claim holds only for certain doses, groups of people, preparations or circumstances.

Research question: Does modern broiler meat provide more energy from fat than from protein, with an omega-6:omega-3 ratio of about 9:1 or more?

Research question in detail (PECO)
Population
Broiler meat as sold
Intervention or exposure
Modern broiler meat (with/without skin; processed products)
Comparison
Skinless meat; older reference data; organic birds
Geographic scope
production-dependent (cut, skin, product form)
Outcomes
  • fat:protein energy ratio
  • n-6:n-3 ratio

Study results as reported by the authors. Our assessment follows below.

What speaks for the claim?

  • Fat content of UK chickens

    Wang Y et al.. Public Health Nutr 2010 · PMID 19728900 · DOI 10.1017/S1368980009991157 Otherfull text, structured risk-of-bias assessment

    UK snapshot of whole chickens 2004.

    Actual result
    Fat:protein energy ratio 3.1 (conventional), 2.1 (organic) vs 0.8 in 1970; n-6:n-3 about 5-10.
    Methodological quality
    low (non-random sample, n unclear)
    Relevance
    direct
    Limitations
    Whole birds with skin; organic similar.

    Original publication

  • Chicken with skin gets about as much energy from fat as from protein; breast without skin is lean

    U.S. Department of Agriculture, Agricultural Research Service. FoodData Central (SR Legacy) 2019 Otherfull text checkednewly added

    USDA national food composition data.

    Actual result
    Meat and skin: fat:protein energy ratio 1.12; 18:2/(18:3+EPA+DHA) about 16; breast without skin 0.26 and about 10.
    Methodological quality
    moderate (standard database)
    Relevance
    direct
    Limitations
    Older US analyses; ratio computed by reviewer.

    Original publication

What speaks against the claim?

What does the overall evidence say?

Editorial assessment based on the studies above – not itself a study result.

Which position is better supported?

The statement holds for whole chicken eaten with skin (fat energy about equal to or above protein energy) and the n-6:n-3 ratio is indeed high (about 10:1 or more); it does not hold for skinless breast, which is lean.

Why some studies weigh more

Independent composition data (USDA) agree with the archive's UK study on the direction for meat with skin and on the high n-6:n-3 ratio, and disagree for skinless meat.

Is a causal relationship established? Not applicable Compositional question.

Remaining uncertainty

Whether modern birds are fattier than older ones has only the UK snapshot; Egyptian and EU composition not checked.

Justified conclusion

Conditionally true: depends on skin and product form; 'recommended 2:1' is not a nutrient standard for single foods.

Why do studies seem to disagree?

A-CHK-06 reports a much higher ratio (3.1) than USDA meat-with-skin (1.12): different samples (whole raw birds vs roasted meat with skin), years and countries.

Does this depend on the country?
General biological effects
Composition depends on cut and skin.
Eating habits
Eating skin and fried/processed chicken increases fat intake.
Origin of the food
Feed composition (e.g. maize/soy) drives n-6:n-3 ratio internationally.
Contaminants
Not relevant.
National production conditions
Not assessed for Egypt or EU.
Legal rules
Not regulated.
Actual monitoring data
No monitoring.

A regional difference that changes the conclusion is not supported by robust data.

Statistical re-check
  • Fat:protein energy ratio and n-6:n-3 proxy from database values – Breast 0.26 and 9.8; meat with skin 1.12 and 16.1. recalculated
Certainty of the overall evidence (GRADE, simplified)
Main outcome
Energy from fat vs protein in chicken meat with skin
Starting level
low (observational studies)
Reasons for downgrading
  • indirectness (US database, not modern EU/Egyptian birds)
Result
low

Simplified assessment by a single reviewer, following the GRADE approach; not a formal GRADE panel. GRADE rates the body of evidence for one outcome, not individual studies.

Search strategy

Documented literature searches for this review (search strings in the original database syntax).

DatabaseDateSearchLooking forHitsIncluded
Europe PMC26 October 2026(TITLE:chicken OR TITLE:broiler OR TITLE:poultry) AND (TITLE:"fatty acid" OR TITLE:"fat content" OR TITLE:"nutrient composition" OR TITLE:"nutritional composition") AND (TITLE:retail OR TITLE:commercial OR TITLE:"slow-growing" OR TITLE:"fast-growing" OR TITLE:organic OR TITLE:conventional)both directions18
USDA FoodData Central API26 October 2026food/171477 and food/171450 (nutrients 203, 204, 208, 618, 619, 621, 629)both directions2

Open questions

Representative composition data for current EU and Egyptian broilers; trend over time.

How deeply was this checked?

3 linked studies: 2 checked in full text (1 of them with a structured risk-of-bias assessment), 1 on the basis of the abstract, 0 bibliographically only. No formal assessment with two independent reviewers and no independent human expert review has taken place yet.

Last scientific review: 26 October 2026

History of the verdict
  1. 25 October 2026 · Phase 1 · Initial assessment: Unclear / insufficient evidence (very low)
  2. 26 October 2026 · Phase 4 (systematic evidence review) · Verdict changed: Unclear / insufficient evidence (very low) → Potentially true (low)
    Changed: independent composition data (USDA FoodData Central) reproduce the direction of the archive's study for chicken with skin and show a high n-6:n-3 ratio, while confirming that skinless breast is lean. The claim is therefore conditionally true, not merely unclear.
    New sources: I-CHK-131 I-CHK-132

In plain language

The archive says modern chicken contains more fat energy than protein energy and too much omega-6 fat. This is partly right: chicken eaten with its skin provides about as much or more energy from fat as from protein, and its omega-6 to omega-3 ratio is high. Chicken breast without skin, however, is lean. Organic chickens were similar to conventional ones, and processed products like nuggets contain much more fat than plain chicken meat.

Studies on this claim

Studies supporting the claim (1)

  • Fat content of UK chickens

    Wang Y et al.. Public Health Nutr 2010 · PMID 19728900 · DOI 10.1017/S1368980009991157
    Othercited by the Tayebat archivefull text, structured risk-of-bias assessment★ key study

    Whole chickens with skin had more energy from fat than protein; skinless breast was lean, and organic chickens were similar.

    The modern broiler provides more energy from fat than from protein, with an omega-6:omega-3 ratio up to 9:1 instead of the recommended 2:1.

    Does the study support the specific claim? Partly · Methodological quality: low · Certainty of evidence: see overall assessment of the claim

    Original publication · Scientific details

    Study explained simply
    What did the researchers want to find out?

    What is the fat content of chickens sold to the public?

    How was the study done?

    Descriptive analysis of fat content and fatty-acid composition of chickens sold in England

    How many people, animals or samples were studied?

    Total number not reported; groups of 1-12 samples; UK supermarket, farm, media- and football-club-supplied chickens

    What was actually found?

    Whole birds with skin: fat-to-protein energy ratio 3.1 (conventional) and 2.1 (organic); skinless breast fillets low in fat; n-6:n-3 ratio up to about 9-10:1 in both organic and conventional samples.

    How large was the observed effect?

    Descriptive

    What do the results mean in everyday life?

    Removing skin reduces fat.

    What are the study's limitations?

    Unknown total sample size, tiny groups, opportunistic sourcing, no statistics, historical data from different methods.

    What does it say about Elawady's specific claim?

    Weak support.

    Do the results apply to Germany and Europe?

    Low.

    What can explicitly not be concluded from this study?

    Cannot represent all chicken, cannot attribute fat to industrial production (organic was similar), and says nothing about health effects; does not apply to skinless breast meat.

    Scientific details →

Studies contradicting or limiting the claim (0)

No studies in this group.

Studies with mixed or unclear results (2)

  • Chicken with skin gets about as much energy from fat as from protein; breast without skin is lean

    U.S. Department of Agriculture, Agricultural Research Service. FoodData Central (SR Legacy) 2019
    Otherindependent cross-checkfull text checked

    With skin, energy from fat (1.12 x protein) slightly exceeds protein; skinless breast is lean (0.26). The n-6:n-3 ratio is high in both.

    Meat with skin: fat energy slightly exceeds protein energy (1.12) and n-6:n-3 proxy about 16; skinless breast: fat energy is about a quarter of protein energy.

    Does the study support the specific claim? Partly · Methodological quality: moderate · Certainty of evidence: see overall assessment of the claim

    Original publication · Scientific details

    Study explained simply
    What did the researchers want to find out?

    What is the energy, fat, protein and fatty-acid composition of roasted broiler meat with and without skin?

    How was the study done?

    National food composition database entries

    How many people, animals or samples were studied?

    database values

    What was actually found?

    Breast meat only, roasted: 165 kcal, protein 31.02 g, fat 3.57 g, 18:2 0.59 g, 18:3 0.03 g, EPA 0.01 g, DHA 0.02 g. Meat and skin, roasted: 239 kcal, protein 27.3 g, fat 13.6 g, 18:2 2.57 g, 18:3 0.11 g, EPA 0.01 g, DHA 0.04 g. Calculated (stats/C-CHK-11_fat_protein.py): fat:protein energy ratio 0.26 (breast) and 1.12 (meat and skin); 18:2/(18:3+EPA+DHA) about 9.8 and 16.1.

    How large was the observed effect?

    Breast meat only, roasted: 165 kcal, protein 31.02 g, fat 3.57 g, 18:2 0.59 g, 18:3 0.03 g, EPA 0.01 g, DHA 0.02 g. Meat and skin, roasted: 239 kcal, protein 27.3 g, fat 13.6 g, 18:2 2.57 g, 18:3 0.11 g, EPA 0.01 g, DHA 0.04 g. Calculated (stats/C-CHK-11_fat_protein.py): fat:protein energy ratio 0.26 (breast) and 1.12 (meat and skin); 18:2/(18:3+EPA+DHA) about 9.8 and 16.1.

    What do the results mean in everyday life?

    Whether chicken is 'fatty' depends on the skin; omega-6 dominates in both cases.

    What are the study's limitations?

    Older US analyses; not modern EU/Egyptian birds; 18:3 undifferentiated; AA and DPA not retrieved

    What does it say about Elawady's specific claim?

    Partly supports the claim for whole chicken with skin; contradicts it for skinless breast.

    Do the results apply to Germany and Europe?

    Composition of EU broilers is broadly similar but was not checked here.

    What can explicitly not be concluded from this study?

    Does not compare modern with older birds.

    Scientific details →

  • Processed chicken products are much fattier than plain chicken meat

    Gibbs RA et al.. Food Chem 2013 · PMID 23411307 · DOI 10.1016/j.foodchem.2012.11.002
    Measurement / residue studyindependent cross-checkabstract checked

    Nuggets and burgers had much more fat than chicken meat; organic and conventional meat were similar.

    Composition varies by product form (processed vs whole); conventional and organic similar; fat-rich only in processed products.

    Does the study support the specific claim? Partly · Methodological quality: moderate · Certainty of evidence: see overall assessment of the claim

    Original publication · Scientific details

    Study explained simply
    What did the researchers want to find out?

    Does fatty acid composition of chicken differ by price range (economy, standard, organic) and product type?

    How was the study done?

    Retail survey of skinless breast/leg portions and processed products from four UK supermarkets

    How many people, animals or samples were studied?

    not stated in abstract

    What was actually found?

    Few significant differences among price ranges for skinless breast and leg; supermarket had no effect. Processed products (burgers, nuggets) had much higher fat and SFA and lower long-chain n-3 than whole meat. No evidence that organic breast or leg meat had a more favourable fatty acid composition.

    How large was the observed effect?

    Few significant differences among price ranges for skinless breast and leg; supermarket had no effect. Processed products (burgers, nuggets) had much higher fat and SFA and lower long-chain n-3 than whole meat. No evidence that organic breast or leg meat had a more favourable fatty acid composition.

    What do the results mean in everyday life?

    Choose plain, skinless chicken rather than processed products if you want lean meat.

    What are the study's limitations?

    Sample size not in abstract; UK only

    What does it say about Elawady's specific claim?

    Limits the claim: fattiness depends on product and skin, not on 'modern broiler' per se.

    Do the results apply to Germany and Europe?

    UK data, close to EU.

    What can explicitly not be concluded from this study?

    No fat:protein ratio given in abstract.

    Scientific details →

Regional context

Germany / EU

Not assessed.

Egypt

Not assessed.

What applies in my country?

General scientific assessment

Potentially true Partly correct: chicken with skin is fat-rich and high in omega-6, but skinless chicken breast is lean.

The following areas of food safety are relevant to this statement:

  • Veterinary medicines and antibiotics
  • Hormonal growth promoters
  • Contaminants (heavy metals, PFAS, PCBs, dioxins, nitrate)
  • Pathogens (Salmonella, Campylobacter, etc.)
  • Animal husbandry and feed
  • Controls, imports, recalls, labelling

Poultry

Choose a country to see the checked information for it.

Limits: legal rules describe what is allowed, not what every single food contains. Measurement data come from samples and are meaningful only together with their method details.

Country of residence or purchase Compare with another country

References

  1. Modern organic and broiler chickens sold for human consumption provide more energy from fat than protein.. Wang Y et al.. Public Health Nutr 2010 · PMID 19728900 · DOI 10.1017/S1368980009991157
  2. USDA FoodData Central, SR Legacy: Chicken, broilers or fryers, breast, meat only, cooked, roasted (FDC 171477) and meat and skin, cooked, roasted (FDC 171450). U.S. Department of Agriculture, Agricultural Research Service. FoodData Central (SR Legacy) 2019
  3. Fatty acid composition of cooked chicken meat and chicken meat products as influenced by price range at retail.. Gibbs RA et al.. Food Chem 2013 · PMID 23411307 · DOI 10.1016/j.foodchem.2012.11.002

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