Milk is a 'substitute for blood' and carries every hormone, pesticide and antibiotic the animal received; therefore milk must be avoided.

Original statement

اللبن يمثل بديلاً للدم ويحمل كل الهرمونات والمبيدات؛ تناول بعض الأطعمة مثل الفول ومنتجات الألبان يضر بالصحة ويسبب الالتهابات، ويحذّر من منتجات الألبان لاحتوائها على هرمونات ومضادات حيوية.

not verbatim – paraphrase. Translation by the project; the Arabic wording is authoritative.

Translation

Milk is a 'substitute for blood' and carries every hormone, pesticide and antibiotic the animal received; therefore milk must be avoided.

Origin

Source status

Archive quote (no location given)

Attribution

Elawady (archive paraphrase; source video not given)

Origin

https://eltayebat.com/rule/dairy/

Attribution uncertainty

The archive attributes this text to Dr. Diaa in its 'د. ضياء يقول' box but gives no video reference. Transcript check (the project's research files, keyword search of 307 archive transcripts): found_verbatim (central sentence). 'Milk is a substitute for blood' (اللبن بديل الدم) is found verbatim in several videos (5wnYzF71Hl4, 2aUKZrCeOII; 9mC8oDN2abw and xxR_LSK-mf0 are re-uploads of the same passage). The link to hormones and pesticides is found as close paraphrase (5wnYzF71Hl4) and the antibiotic link in PI73-XbTbwU. All matching passages are already alt sources.

Claimed mechanism

Milk is produced from the animal's blood/interstitial fluid; hormones, antibiotics, insulin and pesticide residues in the animal's blood pass into the milk.

Claimed health effect

Exposure to hormones, pesticides and antibiotics; general harm and inflammation.

Population concerned

Everyone (no restriction stated).

Geographic restriction by Elawady

none found (he refers to animals 'raised hormonally' in general, not to a specific country)

Diverging source versions

Scientific assessment

Mostly false – Essential parts of the statement are not supported by the evidence or are strongly exaggerated.

Certainty of evidence: moderate – Further research may still affect the assessment.

1. What was claimed?

Milk is equivalent to blood and therefore concentrates all hormones, pesticides and antibiotics given to the animal; dairy should be avoided for that reason.

2. What is demonstrably correct?

Milk is formed in the mammary gland from components delivered by the blood, so some substances in the animal's blood can pass into milk. This is why veterinary drugs have withdrawal periods. Milk naturally contains small amounts of hormones, in the ng/mL to sub-ng/mL range (e.g. oestrone 0.13 ng/mL, IGF-1 about 4 ng/mL) (I-DRY-17). Contamination with aflatoxin M1 has been measured in Middle-Eastern milk, including Egypt (I-DRY-16).

3. What is wrong or exaggerated?

Milk is not 'blood' or a 'blood substitute': it contains no blood cells and has a very different composition (lactose, casein, milk fat). The statement that milk carries 'every' hormone and pesticide is an over-generalisation. Detection of a substance is not the same as a harmful dose: the hormone review notes low oral bioavailability for several milk hormones (progesterone below 10%, prolactin likely digested, prostaglandins rapidly inactivated) and describes the cancer epidemiology as 'very controversial', which is weaker than its abstract suggests (I-DRY-17). The same logic would apply more strongly to butter, ghee, cream and cheese, which the system allows: fat-soluble steroids such as oestrone and progesterone were highest in butter and cream (I-DRY-17), and fat-soluble contaminants concentrate in milk fat; so the argument does not justify the system's own dividing line.

4. What remains unclear?

Actual residue levels in milk sold in Egypt today and the health relevance of natural milk hormones at usual intakes (I-DRY-17 is a non-systematic narrative review).

5. Which studies support it?

I-DRY-17 (narrative review: hormones are present in milk at low concentrations; supports presence only, not harm). I-DRY-16 (aflatoxin M1 above the EU limit in pooled raw milk data of the Middle East; hazard index >1 estimated for children in several countries; Egypt estimated 0.84 for children).

6. Which studies contradict it?

No study we found shows that ordinary milk delivers 'all' hormones and pesticides in harmful amounts. Large cohort and umbrella data (I-DRY-12, I-DRY-02) do not show the broad harm that such contamination would imply.

7. What applies to Germany and Europe?

EU legislation sets maximum residue limits for veterinary drugs and an aflatoxin M1 limit of 50 ng/kg (limit cited in I-DRY-16). Routine monitoring exists; individual exceedances are possible but are not the norm.

8. What is known about Egypt?

Regional data show measurable aflatoxin M1 contamination; for Egyptian raw milk, I-DRY-16 reports 38% prevalence and a hazard index of 0.18 (adults) and 0.84 (children). Control of residues is a legitimate public-health issue, but it is an argument for better food control and safe sourcing, not for the claim that milk equals blood.

9. What practical conclusion is appropriate?

Concern about contamination is legitimate, but it applies to the whole dairy chain (including butter, ghee and cheese) and is addressed by food control, not by declaring milk a blood substitute.

Assessment details

Rationale for certainty of evidence

Basic physiology is well established (milk is secreted by mammary cells from blood-borne precursors but is not blood). Transfer of some drugs, contaminants and natural hormones into milk is documented, but the claim that milk carries 'every' hormone and pesticide at harmful levels is not supported by the residue literature we checked (narrative review, regional meta-analysis).

Source quality

Archive paraphrase without video reference; confirmed in substance by several machine transcripts.

Regional transferability

Residue levels depend on national control systems. In the EU, veterinary drug residues and aflatoxin M1 are regulated by legal maximum limits (EU AFM1 limit 50 ng/kg as cited in I-DRY-16; the legal texts themselves were not fetched). For Egypt, a Middle-East meta-analysis reports aflatoxin M1 in raw milk (I-DRY-16).

Individual exceptions

People with cow's milk protein allergy or lactose malabsorption have real, individual reasons to avoid or limit milk; these are not caused by residues.

Regional scope of the claim

depends on production conditions

Last reviewed

25 October 2026 provisional

In plain language

Milk is made in the udder from nutrients carried by the blood, but milk is not blood. Some substances, such as certain drugs or mould toxins in feed, can end up in milk, which is why there are legal limits and waiting times after treating cows. Studies from the Middle East have found a mould toxin (aflatoxin M1) in some milk samples. However, finding a substance is not the same as proving harm, and there is no evidence that milk carries 'every' hormone and pesticide in dangerous amounts. The same contamination argument would also apply to butter, ghee and cheese, which the system allows.

Studies on this claim

Regional context

Germany / EU

EU legislation sets maximum residue limits for veterinary drugs and an aflatoxin M1 limit of 50 ng/kg (limit cited in I-DRY-16). Routine monitoring exists; individual exceedances are possible but are not the norm.

Egypt

Regional data show measurable aflatoxin M1 contamination; for Egyptian raw milk, I-DRY-16 reports 38% prevalence and a hazard index of 0.18 (adults) and 0.84 (children). Control of residues is a legitimate public-health issue, but it is an argument for better food control and safe sourcing, not for the claim that milk equals blood.

• Food-safety governance and official controls
• Pesticide residues in fruit and vegetables on the EU/German market (incl. imports from Egypt)
• Pesticide residues in produce sold on the Egyptian domestic market
• Antibiotic (veterinary drug) residues in poultry meat and eggs
• Antimicrobial use in food animals and antibiotic growth promoters
• Hormones in poultry, meat, milk and farmed fish
• Dioxins, PCBs and PFAS in eggs and other animal foods
• Aflatoxin M1 in milk and dairy products
• Aflatoxins in groundnuts (peanuts)
• Heavy metals in fish
• Farmed fish (aquaculture): drugs, water source and controls
• Import controls and the meaning of RASFF notifications for Egyptian products

What applies in my country?

General scientific assessment

Mostly false Milk is not a blood substitute; residue concerns are real but regulated, and they do not support singling out fresh milk while allowing butter, ghee and cheese.

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

• Pesticides and pesticide residues
• Veterinary medicines and antibiotics
• Hormonal growth promoters
• Contaminants (heavy metals, PFAS, PCBs, dioxins, nitrate)
• Mycotoxins (mould toxins)
• Controls, imports, recalls, labelling

Eggs · Poultry · Dairy · Fish and seafood · Red meat · Fruit and vegetables

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. Hormones in Dairy Foods and Their Impact on Public Health - A Narrative Review Article.. Malekinejad H et al.. Iran J Public Health 2015 · PMID 26258087
2. Milk consumption and multiple health outcomes: umbrella review of systematic reviews and meta-analyses in humans.. Zhang X et al.. Nutr Metab (Lond) 2021 · PMID 33413488 · DOI 10.1186/s12986-020-00527-y
3. The prevalence of aflatoxin M1 in milk of Middle East region: A systematic review, meta-analysis and probabilistic health risk assessment.. Rahmani J et al.. Food Chem Toxicol 2018 · PMID 29902498 · DOI 10.1016/j.fct.2018.06.016