The Role of Bee Products for Children and Adolescents
Childhood and adolescence are periods of exceptionally rapid growth and change. The skeletal and muscular systems develop, the nervous system matures, hormonal balance changes, immune mechanisms develop, and with the beginning of school age, mental demands also increase significantly.
This naturally raises the question of whether bee products – honey, bee pollen, bee bread, propolis, and royal jelly – can have a place in the diet of children and adolescents.
The answer is yes, but with several very important qualifications.
Bee products can be part of a varied diet, but they cannot replace nutritious food, sleep, physical activity, preventive healthcare, or the treatment of disease. In addition, “natural” does not automatically mean “suitable for every child.”
Honey – First and Foremost a Food
Honey is the best-known and most widely used bee product. Most of it consists of simple carbohydrates – mainly fructose and glucose – while much smaller amounts of organic acids, minerals, enzymes, aromatic substances, and various phenolic compounds are also present.
This means that for a growing body, honey is above all a quick source of energy.
For an active child or adolescent who studies, plays sports, and is physically active, a moderate amount of honey can be part of breakfast or a snack – for example, with yogurt, oats, whole-grain bread, tahini, nuts, or fruit.
However, honey should not be presented as a concentrated vitamin supplement. The amounts of vitamins and minerals in a normal serving of honey are relatively small. Its value lies in its specific composition, taste, energy content, and the variety of plant-derived compounds that enter it through nectar.
The composition of different types of honey is not identical either. Acacia, linden, honeydew, lavender, and multifloral honey have different proportions of sugars, minerals, aromatic substances, and phenolic compounds.
Honey and Cough in Children
One of the areas in which honey has been relatively well studied in children is acute cough associated with upper respiratory tract infections.
A systematic Cochrane review including six clinical trials and a total of 899 children aged 12 months to 18 years found that honey may probably reduce the frequency and severity of coughing and improve nighttime sleep compared with no treatment or placebo. However, the evidence was rated as being of low to moderate quality, and honey should not be regarded as a treatment for the underlying cause of the infection.
There is an important distinction here between relieving a symptom and treating a disease. A spoonful of honey may soothe an irritated throat and cough in an appropriate child, but it cannot replace a medical examination when there is a high fever, difficulty breathing, a persistent cough, or a worsening general condition.
The Most Important Rule: No Honey Before One Year of Age
Honey should not be given to children under 12 months of age.
The reason is not allergy and it is not the amount of sugar. Honey may contain spores of Clostridium botulinum. In infants, the intestinal microbiota and protective mechanisms are not yet sufficiently developed, and the spores can develop in the intestines and produce botulinum toxin.
The World Health Organization and the CDC explicitly recommend that honey should not be given to children before the age of one year. This also applies to foods containing added honey.
Heating honey at home should also not be considered a way to make it safe for infants, because bacterial spores are resistant.
Honey Is Still Sugar – Even Though It Is Much More Than White Sugar
A balanced perspective is necessary here.
Honey is not the same product as refined sugar because it contains a number of additional substances. However, from a nutritional point of view, a large proportion of its energy still comes from sugars.
The World Health Organization includes the sugars naturally present in honey in the category of “free sugars” and recommends that in both children and adults they should account for less than 10% of total daily energy intake, while reducing intake to below 5% provides additional benefits, particularly in relation to dental caries and excessive weight gain.
Therefore, the question is not:
“Is honey beneficial?”
but rather:
“How can we use high-quality honey in reasonable amounts as part of a balanced diet?”
For children, the habit of constantly consuming sweet foods and drinks is far more important than whether the particular sweetener is honey or sugar.
Bee Pollen – A Concentrated Food, but Not for Every Child
Bee pollen is very different from honey. It contains proteins, amino acids, carbohydrates, lipids, minerals, and a variety of plant compounds. However, its composition varies considerably depending on the plants, season, and region from which it originates.
This makes it an interesting food product, but it does not automatically mean that consuming it leads to faster growth, higher intelligence, or a “stronger immune system.”
Clinical evidence for such effects in healthy children is still insufficient.
Particular attention should be paid to the risk of allergic reactions. Bee pollen contains pollen proteins and may cause an allergic reaction in people who are sensitive to certain plant pollens. Cases of anaphylaxis after consuming bee pollen have also been reported in the medical literature, including in children and adolescents. For example, an anaphylactic reaction after bee pollen consumption has been documented in a 15-year-old adolescent, with physical exercise probably acting as an additional contributing factor.
Particular caution is therefore necessary in children with hay fever, asthma, atopic dermatitis, or a known pollen allergy.
Bee Bread – Pollen Processed by Bees
Bee bread, also known as “perga,” is pollen that bees have stored in the honeycomb cells and that has undergone natural biochemical and fermentation processes.
This makes it an interesting product from both a nutritional and scientific perspective.
There are various studies in adults examining the composition and biological properties of bee bread, but high-quality clinical trials specifically involving children are relatively few. For this reason, it is not justified to attribute specific therapeutic properties to bee bread in childhood diseases.
It may be considered a food or dietary supplement for older children and adolescents, but in cases of known pollen allergies, the same caution is required as with bee pollen.
Propolis – An Interesting Protective Product of the Bee Colony
Propolis is one of the most complex natural mixtures used by bees. They collect resinous substances from plants and use them to protect and maintain the environment inside the hive.
Numerous phenolic compounds and other biologically active substances have been identified in propolis. Laboratory and experimental studies have shown antibacterial, antifungal, antiviral, and anti-inflammatory activity in various propolis extracts. However, laboratory findings should not automatically be translated into the claim that propolis treats infections in children.
There are individual clinical studies. In one relatively small study involving 104 children between the ages of 5 and 12, a mixture of honey, propolis, and royal jelly was associated with faster symptomatic improvement in upper respiratory tract infections. This is an interesting observation, but such a study cannot determine the role of each individual product, and the result needs to be confirmed by larger independent trials.
Propolis also has another aspect – it can cause contact allergy. A recent review of the literature from 2013–2025 confirms propolis as a known contact allergen.
This means that propolis products should be used with increased caution in children with atopic skin and known allergies.
Royal Jelly – A Biologically Special Food
Royal jelly occupies a special place among bee products. In the bee colony, young larvae are fed royal jelly, while the queen bee receives royal jelly throughout her life.
It contains water, proteins, sugars, lipids, minerals, and characteristic fatty acids, the best known of which is 10-hydroxy-2-decenoic acid, or 10-HDA.
It is precisely the unusual biological role of royal jelly in the hive that has long made it a subject of considerable scientific interest.
However, the fact that royal jelly determines the nutrition and development of the queen bee does not mean that it automatically produces the same effects in humans.
There are laboratory, animal, and human studies investigating various potential properties of royal jelly, but clinical evidence specifically in healthy children and adolescents remains limited.
There is also a risk of allergy. Severe allergic reactions and anaphylaxis following the consumption of royal jelly have been described in the medical literature, including in a 15-year-old patient.
People with bronchial asthma and pronounced atopy should be particularly cautious.
Bee Products and “Immunity”
The word “immunity” is often used too loosely.
The immune system is not a muscle that simply needs to be “strengthened.” Excessive immune reactivity is involved in allergies and a number of autoimmune diseases.
Therefore, it is scientifically more accurate to speak of interaction with the immune system, anti-inflammatory activity, or effects on specific immune mechanisms when there is evidence to support such claims.
Certain bee products do indeed contain substances with immunomodulatory properties demonstrated in laboratory models. However, this does not mean that regular consumption will necessarily make a healthy child “more immune” to all infections.
A much more important foundation for a child’s immune health remains a varied diet, sufficient sleep, physical activity, vaccination, maintaining a healthy body weight, and avoiding tobacco smoke.
What About Adolescents?
Adolescence deserves special attention. It is a period of accelerated growth, hormonal changes, significant mental demands, and often considerable physical activity.
Honey can be a convenient natural source of carbohydrates during sports and physical exertion. Bee pollen and bee bread can add a variety of nutrients to the diet. However, none of these products can compensate for deficiencies in protein, iron, calcium, vitamin D, essential fatty acids, or other nutrients when the overall diet is unbalanced.
There is another risk in adolescence – the desire for rapid results. “More” does not mean “better.” Large amounts of honey mean large amounts of free sugars, while large quantities of bee pollen, propolis, or royal jelly may increase the risk of adverse reactions without evidence of additional benefit.
When Should We Be Particularly Careful?
Several rules are more important than all the others: honey should not be given to children under one year of age; in cases of confirmed pollen allergies, asthma, or severe atopy, bee pollen, bee bread, propolis, and royal jelly should not be introduced without careful consideration; if hives, swelling of the lips or tongue, difficulty breathing, wheezing, vomiting, or faintness occur, use should be stopped and medical attention should be sought. Bee products should not replace treatment prescribed by a doctor, and in children with chronic conditions, the use of concentrated bee products or supplements should reasonably be discussed with a pediatrician.
It is also important for parents to know exactly what product they are giving their child. Origin, quality, storage conditions, and traceability are particularly important for pollen, royal jelly, and propolis preparations.
Between Tradition and Science
Humans have used honey and other bee products for thousands of years. Some of this traditional knowledge is gradually receiving scientific explanation. Other aspects remain the subject of research.
There is no need either to turn bee products into miracle cures or to underestimate their value.
Honey is a unique food created through the interaction between plants and bees. Bee pollen and bee bread are exceptionally complex natural food mixtures. Propolis is the chemical defense system of the bee colony, while royal jelly is one of the most specialized biological foods produced by bees.
Their place in the diet of children and adolescents should be determined not by advertising promises, but by moderate use, quality, age, individual tolerance, and the scientific evidence available to date.
Conclusion
Bee products can be a valuable and interesting part of the diet of children and adolescents, but they are not a universal medicine and are not necessary for normal child development.
Among them, honey has the clearest role as a traditional food and the best-studied use for short-term relief of acute cough in children over one year of age.
There are interesting scientific data on bee pollen, bee bread, propolis, and royal jelly, but more high-quality clinical studies in children are still needed.
The basic rule remains simple:
Bee products can complement a child’s healthy diet. They should not replace it.
And this is probably the most sensible way to pass on the value of products from the beehive to the next generation – with respect both for thousands of years of tradition and for modern science.
