Does Honey Raise Your Blood Pressure?

Honey does not reliably raise blood pressure in healthy people consuming ordinary amounts, but the research picture is more tangled than you might expect. A 2025 meta-analysis pooling data from controlled trials found that honey supplementation modestly increased both systolic and diastolic pressure, while an earlier systematic review and several individual trials reported either no significant change or slight decreases. Whether honey nudges your numbers up or down turns out to depend on how much you eat, what variety of honey it is, and your own metabolic starting point.

What Happens to Blood Pressure Right After Eating Honey

A handful of small trials have measured blood pressure within the first hour of honey intake. In one study of healthy men, swallowing 20 milliliters of honey significantly lowered systolic blood pressure at the 15-, 30-, and 60-minute marks compared to a control, while diastolic pressure and heart rate did not change meaningfully.¹ A companion study testing both men and women with the same 20-milliliter dose found that women experienced greater drops in systolic and diastolic pressure than men did.²

Not every acute study found the same thing. When researchers gave healthy young women honey-sweetened black tea rather than plain honey, they saw no significant change in systolic pressure, diastolic pressure, heart rate, or blood glucose over the same 60-minute window across three separate test days.³ The practical takeaway from these short-term experiments is reassuring: eating a spoonful or two of honey is unlikely to spike your blood pressure in the minutes that follow, and may even lower it temporarily.

What Longer Trials Actually Found

When researchers have followed people for weeks or months, the results become more interesting and more contradictory. A trial in patients with type 2 diabetic neuropathy who took honey daily for three months reported significant drops in systolic pressure, diastolic pressure, heart rate, and mean arterial pressure.⁴ A separate year-long study of postmenopausal women found that diastolic pressure fell significantly in the group receiving Tualang honey, dropping from about 78 mmHg at baseline to roughly 73 mmHg after twelve months.⁵

Those results point in a favorable direction. But a large 2025 meta-analysis that pooled data from multiple controlled trials found the opposite: honey supplementation was associated with an average systolic increase of about 4 mmHg and a diastolic increase of about 2 mmHg, both statistically significant.⁶ The same analysis found that royal jelly lowered diastolic pressure while propolis had no effect on blood pressure at all, suggesting that the specific bee product matters.

An earlier systematic review and meta-analysis published in Nutrition Reviews reported no significant overall effect of honey on blood pressure, although it did flag meaningful subgroup differences that help explain why individual studies land on both sides of the question.⁷ So the honest summary of the trial evidence is that honey’s effect on blood pressure is small in either direction and heavily dependent on context.

Why Your Body Weight and Dose Change the Answer

One of the most informative findings from the Nutrition Reviews meta-analysis was that body mass index appeared to modify honey’s relationship with systolic blood pressure. For each one-unit increase in BMI, the systolic effect shifted upward by about 0.6 mmHg. In other words, people at a higher weight tended to see more of a blood-pressure increase from honey than leaner people did.⁷ The same analysis found that doses providing more than ten percent of daily energy intake were associated with a statistically significant decrease in systolic pressure, a pattern that seems paradoxical until you consider that higher-dose studies often replaced other sugars rather than adding calories on top.

This matters for real life. If you stir a tablespoon of honey into your tea, you are adding roughly 60 calories and a modest sugar load. For most people, that amount is too small to register on a blood-pressure cuff. The concern grows when honey is consumed in large quantities on top of an already calorie-dense diet, especially in someone who is already carrying extra weight. The extra sugar contributes to weight gain, and weight gain is one of the strongest drivers of rising blood pressure.

Not All Honey Behaves the Same Way

Honey is not a single substance. Its sugar ratios, antioxidant content, and bioactive compounds vary dramatically depending on what flowers the bees visited. The Nutrition Reviews meta-analysis found that monofloral honeys, meaning varieties derived mainly from one plant species, behaved differently from mixed-flower honeys when it came to metabolic markers. Clover honey and robinia (often sold as acacia) honey stood out for beneficial effects on blood lipids and fasting glucose, while polyfloral honeys did not show the same advantages.⁸

Part of the explanation may lie in the fructose content. Robinia and clover honeys contain roughly 40 to 44 percent fructose, and small catalytic doses of fructose have been shown to improve glucose metabolism, which in turn can influence vascular health.⁸ Clover honey also contains a phenolic compound called pinobanksin, which inhibits the oxidation of LDL cholesterol. Since oxidized LDL damages blood vessel walls and contributes to arterial stiffness, a compound that blocks that process could indirectly help blood pressure over time. None of this makes honey a blood-pressure treatment, but it does mean the generic jar on the grocery shelf and a single-origin varietal may have measurably different metabolic footprints.

Sex and Age Shape the Response

Across multiple studies, women appear to respond differently to honey than men do. Beyond the acute finding that women experienced greater blood-pressure drops within an hour of eating honey, a large observational study of adults aged 40 and older found sex-specific patterns in the relationship between honey consumption and prehypertension. Women who consumed honey up to six times a week had roughly 24 percent lower odds of prehypertension compared to those who almost never ate honey, while men eating honey at the same frequency had a slight, non-significant trend in the opposite direction.⁹ Neither trend reached full statistical significance after adjusting for other health factors, but the divergence between the sexes was consistent across the data.

Age and pre-existing conditions also shift the picture. The trial showing the clearest blood-pressure reductions used patients with type 2 diabetic neuropathy, a group already dealing with impaired nervous-system regulation of the cardiovascular system.⁴ Similarly, the year-long study showing diastolic improvement focused specifically on postmenopausal women.⁵ In both cases, the populations had specific cardiovascular vulnerabilities that honey’s antioxidant and anti-inflammatory properties may have partially addressed. A healthy 30-year-old with normal blood pressure should not expect the same magnitude of change.

How Honey Affects the Bigger Metabolic Picture

Blood pressure does not exist in a vacuum. Insulin resistance, high triglycerides, elevated LDL cholesterol, and excess visceral fat all feed into the vascular dysfunction that eventually pushes blood pressure up. Honey appears to improve several of these connected risk factors in ways that could, over time, help keep blood pressure from climbing even if it does not directly lower it on a given day.

A review of evidence on honey and metabolic syndrome concluded that honey improves lipid metabolism by reducing total cholesterol, triglycerides, and LDL while raising HDL. It also enhances insulin sensitivity, helping stabilize blood glucose and reduce the pancreatic stress caused by insulin resistance.¹⁰ A controlled study in young men found that supplementing with 70 grams of honey daily for six weeks significantly improved their lipid profile compared to an equivalent amount of sucrose: triglycerides, total cholesterol, and LDL fell, while HDL rose.¹¹

The comparison to plain sugar is important here. If honey replaces table sugar or high-fructose corn syrup in your diet, the net metabolic effect is likely favorable. If it is added on top of everything you already eat, the extra calories and sugars may eventually work against you. Animal research supports this distinction: in spontaneously hypertensive rats, honey supplementation reduced blood pressure by improving kidney antioxidant defenses, suggesting a genuine pharmacological effect that goes beyond simple calorie swaps.¹² But animal models are not people, and you cannot extrapolate a rat’s kidney response directly to your dinner table.

Adulterated Honey Is a Different Problem

Much of the honey sold worldwide is not pure. It may be diluted with cheap sugar syrups, heavily processed in ways that strip out bioactive compounds, or contaminated with residues. When researchers reviewed the health impacts of adulterated honey specifically, they concluded that the adulterants themselves can raise blood sugar, promote weight gain, elevate blood lipids, and raise blood pressure.¹³ In effect, adulterated honey acts more like a cheap sugar delivery system than like real honey, and cheap sugar in large amounts is well established as a blood-pressure risk factor.

This means the type of honey you buy matters in a practical sense that goes beyond floral variety. Honey that has been cut with corn syrup or rice syrup no longer contains the antioxidant and anti-inflammatory compounds that distinguish it from other sweeteners. If your source is a bargain-bin bottle with vague labeling and no traceable origin, the metabolic effects may be closer to plain syrup than to the honeys used in clinical trials. Raw, minimally processed honey from identifiable sources is what most research actually tests.

Mad Honey and Grayanotoxin Poisoning

There is one variety of honey that genuinely disrupts blood pressure, though in the opposite direction from what most people worry about. So-called “mad honey,” produced by bees that forage on rhododendron flowers in regions like the Black Sea coast of Turkey and parts of Nepal, contains a neurotoxin called grayanotoxin. Eating even a small amount can cause dizziness, dangerously low blood pressure, and abnormal heart rhythms.¹⁴

Grayanotoxin works by locking open sodium channels in nerve and muscle cells, which triggers persistent activation of the vagus nerve. The result is a dramatic slowing of the heart and a drop in blood pressure that can be severe enough to require emergency treatment. A recent case report described a 75-year-old man in the United Kingdom who presented with hypotension and bradycardia after consuming mad honey purchased as a traditional remedy.¹⁵ Cases like this are rare outside of specific geographic areas, but mad honey has gained a small following as a novelty or alternative-medicine product online, so it is worth knowing that it exists and that it is genuinely toxic.

Honey in Traditional Medicine and Current Clinical Practice

Honey has been used medicinally for thousands of years across cultures, including for cardiovascular conditions. Historical and traditional-medicine literature documents its use in treating gastrointestinal, cardiovascular, and inflammatory ailments.¹⁶ That tradition is not wrong in the sense that honey does contain antioxidants, phenolic compounds, and enzymes with demonstrable biological activity. But it also is not evidence that honey can treat hypertension the way a medication can.

No major clinical guideline for hypertension management currently recommends honey as a therapeutic intervention. The blood-pressure effects observed in trials are small enough, inconsistent enough, and context-dependent enough that they do not rise to the level of clinical relevance for someone already taking antihypertensive medication. Where honey may fit into a heart-health strategy is as a smarter replacement for refined sugars, not as a treatment in its own right. If you already use sweeteners in your cooking or beverages, swapping in a moderate amount of quality honey is unlikely to hurt your blood pressure and may offer marginal metabolic benefits. But if you are managing hypertension, adjusting your medication, exercise habits, sodium intake, and body weight will move the needle far more than any amount of honey ever will.

1
Frontiers in Science. Honey’s Ability to Reduce Blood Pressure and Heart Rate in Healthy Male Subjects
2
British Journal of Medicine and Medical Research. Comparative Study of Effect of Honey on Blood Pressure and Heart Rate in Healthy Male and Female Subjects
3
Asian Medical Journal and Alternative Medicine. A Randomized Controlled Study on the Acute Impact of Honey-Sweetened Black Tea on Blood Pressure and Blood Glucose Level in Healthy Female Individuals
4
PubMed Central. Effect of Three Months of Honey Supplementation on Heart Rate Variability and Baroreflex Sensitivity in Type 2 Diabetic Neuropathy Patients
5
PubMed. Long-term effects of honey on cardiovascular parameters and anthropometric measurements of postmenopausal women
6
Nutrition & Diabetes. Dosage exploration of the effects of honey and its derivatives on cardiometabolic outcomes
7
Nutrition Reviews. Effect of honey on cardiometabolic risk factors: a systematic review and meta-analysis
8
Nutrition Reviews. Effect of honey on cardiometabolic risk factors: a systematic review and meta-analysis
9
Taylor & Francis Online (Clinical and Experimental Hypertension). Associations between honey consumption and prehypertension in adults aged 40 years and older
10
PubMed Central. A Review on the Protective Effects of Honey against Metabolic Syndrome
11
PubMed Central. A Comprehensive Review of the Effect of Honey on Human Health
12
PubMed Central. Honey Supplementation in Spontaneously Hypertensive Rats Elicits Antihypertensive Effect via Amelioration of Renal Oxidative Stress
13
PubMed Central. The Toxic Impact of Honey Adulteration: A Review
14
PubMed Central. Grayanotoxin poisoning: ‘mad honey disease’ and beyond
15
PubMed Central. Mad Honey Poisoning Caused by Grayanotoxin Toxicity in a 75-Year-Old Male Patient Presenting With Hypotension and Bradycardia in the United Kingdom
16
PubMed Central. Traditional and modern uses of natural honey in human diseases: a review