Does Honey Really Boost Testosterone?
A claim repeated across the internet, examined here against what the actual clinical research shows — not what marketing pages assume it shows.
Search “does honey boost testosterone” and you will find hundreds of confident answers — wellness blogs, supplement retailers, fitness forums, all repeating the same claim with total certainty. Few of them link to an actual study. Fewer still explain what that study measured, in whom, and for how long. This article does. Meski does not sell hormone supplements, and we have no commercial reason to tell you honey does or does not affect testosterone. What follows is simply what the published research says — and, just as importantly, what it does not yet say.
Where the Claim Comes From
The idea is not invented out of nothing. Honey contains flavonoids and phenolic compounds — plant-derived antioxidants also found in fruits, vegetables and tea — which have been studied for their effects on oxidative stress throughout the body, including in reproductive tissue.
The most frequently cited source behind the “honey boosts testosterone” claim is a 2019 systematic review published in the journal Heliyon by researcher S.A. Banihani, which searched three major scientific databases — PubMed, Scopus and Embase — for every study published between 1993 and 2019 linking honey to testosterone levels.
The review’s own conclusion is worth quoting precisely, because it is almost never quoted precisely online: the collected evidence is “mainly based on in vivo system studies” — meaning laboratory animals, not human trial participants — and proposes several biological mechanisms by which honey might influence testosterone production, without yet confirming that it reliably does so in people.
The Proposed Mechanisms — Plausible, Not Proven
The Banihani review outlines several biological pathways through which honey’s compounds are hypothesised to support testosterone production. None of these has been confirmed as a direct, reliable effect in healthy human men — they remain proposed mechanisms drawn largely from animal and cell-level research.
Leydig Cell Support
Testosterone is produced by Leydig cells in the testes. Some compounds in honey are proposed to reduce oxidative damage to these cells in animal models.
Luteinizing Hormone
Honey is hypothesised to stimulate luteinizing hormone, the signal that instructs the testes to produce testosterone — again, primarily observed in animal studies.
Aromatase Inhibition
Aromatase converts testosterone into oestrogen. Some honey compounds are proposed to inhibit this enzyme in laboratory settings, theoretically preserving more testosterone.
What the One Relevant Human Study Actually Found
Precision matters here, because this study is the single piece of human evidence most often cited to support the testosterone claim — and it is frequently misrepresented.
The study examined a preparation called “Dava al-basal,” a compound remedy that combines honey with other traditional ingredients — it is not pure honey consumed alone. Participants were men undergoing methadone maintenance treatment (MMT) for opioid dependence, a population whose hormone levels are frequently suppressed by opioid use itself.
The results: the group receiving the honey-based compound saw testosterone rise by 64%, while the placebo group’s testosterone fell by 10% over the same period — a statistically significant difference. However, the study’s own authors reported that this hormonal change did not translate into improved sexual function, and they explicitly called for longer trials with more complete measurements before drawing firm conclusions.
| What is often claimed online | What the evidence actually supports |
|---|---|
| “Honey boosts testosterone” — stated as established fact | A proposed effect, based mainly on animal studies |
| Applies to pure honey, eaten alone | The one relevant human study used a multi-ingredient compound, not honey alone |
| Applies to any healthy man | Studied in men with opioid-suppressed hormone levels — a specific clinical context |
| Improves sexual function and vitality | The relevant study found no improvement in sexual function despite the hormone change |
An Important Distinction
A hormone level rising in a blood test is not the same as a meaningful improvement in how someone feels or functions. The one human study available found exactly this gap — testosterone numbers changed, lived experience did not. This distinction is often lost when the study is summarised in a single confident sentence.
Why This Gap Between “Studied” and “Proven” Matters
Nutrition and hormone science moves through predictable stages: a compound shows an interesting effect in a test tube or in animals, researchers propose mechanisms for why it might work in humans, and — sometimes years later — well-designed human trials confirm, limit, or overturn the early promise entirely.
Honey and testosterone currently sits at the middle stage. The mechanisms are biologically reasonable. The animal data is genuinely consistent. What is missing is the final stage: large, well-controlled clinical trials in healthy human men, measuring not just a hormone number but real outcomes, over a meaningful length of time.
Until that research exists, the honest answer to “does honey boost testosterone” is neither yes nor no. It is: early evidence suggests a possible pathway, and human confirmation is not yet established.
Questions About Honey and Testosterone
That is a personal decision we cannot make for you. What we can say is that the current evidence does not establish honey alone, eaten by a healthy man, as a reliable way to raise testosterone. If you have concerns about your hormone levels, a doctor and an actual blood panel will tell you far more than any food can.
Not necessarily. It means the effect, if it exists in humans at the doses people typically consume, has not yet been confirmed by the kind of large clinical trial that would settle the question. Absence of proof is not proof of absence — but it is also not evidence of an effect.
Often because a single review or study gets summarised in one sentence, stripped of its caveats, and repeated by other sites without anyone checking the original source. The word “may” quietly disappears somewhere between the abstract and the blog post.
No. Our laboratory analysis confirms purity, origin and the absence of adulteration — not hormonal or medicinal effects. We do not make health claims we cannot support with solid clinical evidence, on this or any other subject.
Our Position, Simply Stated
Meski does not make health claims about our honeys beyond what is scientifically established. On subjects like this one, where evidence is early and mixed, we would rather describe the research honestly than promise you an outcome we cannot guarantee. Every body responds differently, and no single food replaces medical advice. What we can promise is a raw, traceable, laboratory-verified honey — chosen for its rarity and its taste, not sold as medicine.
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