Our Blogs

Garlic and honey have been combined in traditional medicine for thousands of years. In Ayurvedic practice, ancient Egyptian remedies, and folk medicine across the Mediterranean and Middle East. 

The combination has lasted so many years because the individual ingredients are genuinely effective, and together they help remedy several problems.

Today, modern research has caught up with a lot of what traditional healers already knew. Garlic's active compound, allicin, has documented antimicrobial and anti-inflammatory properties. Raw honey brings its own antibacterial activity and antioxidants. 

In this blog, we will cover what each ingredient brings, the proven garlic and honey benefits, and how to use them.

• What Makes Garlic and Honey Benefits Actually Work

• Health Benefits of Garlic and Honey

• How to Get the Most Out of Garlic and Honey Benefits

What Makes Garlic and Honey Benefits Actually Work

The reason why garlic and honey benefits have worked for so long is that both ingredients have real benefits

Garlic's Active Compound: Allicin

Crushing or chopping garlic releases allicin, the compound behind most of its medicinal power. Allicin is antimicrobial, antifungal, and antiviral. It is also unstable, as heat breaks allicin down quickly. This is why raw garlic is significantly more potent than cooked. 

Studies have shown allicin inhibits the growth of bacteria, including Staphylococcus aureus and E. coli. It also interferes with several of the mechanisms viruses use to replicate. That means the traditional use of garlic as a first line of defence against illness is actually based on evidence.

What Raw Honey Adds

Raw honey produces hydrogen peroxide through enzymatic activity. It also contains defensin-1, a protein with documented antibacterial properties. Along with this, raw honey brings a range of polyphenols and flavonoids with antioxidant and anti-inflammatory effects.

Honey's high sugar content and low moisture create conditions most bacteria just can't survive in. This is what gives raw honey its natural preservation ability and contributes to its antibacterial activity on wounds and in the digestive system.

Together, garlic and honey target bacteria and viruses through different mechanisms, which may be part of why the combination has been used so consistently across cultures.

Health Benefits of Garlic and Honey

According to research and different cultures, raw honey and garlic are often taken for these health benefits:

Immune Support

Both garlic and honey stimulate immune function. Garlic has been shown to increase the activity of natural killer cells and T-lymphocytes, which are central to the body's immune response. A widely referenced clinical study found that garlic supplementation reduced the frequency of colds by 63% compared to a placebo. 

Raw honey supports immunity partly through its antibacterial properties and partly through its antioxidant content.

Cardiovascular Health

Garlic has one of the stronger evidence bases in natural medicine for cardiovascular benefits. Regular consumption of garlic has been linked to lower blood pressure and reduced LDL cholesterol. 

Raw honey also has similar effects. Its antioxidant content reduces oxidative stress, which is a driver of arterial damage over time. As a dietary habit, the combination can really help maintain heart and cardiovascular health.

Anti-Inflammatory Effects

Chronic low-grade inflammation is the reason behind many common conditions, from joint pain to metabolic issues. People have used garlic and honey to calm inflammation for centuries, and science backs up the reasoning. 

Garlic is packed with organosulfur compounds that slow down prostaglandins, the chemicals your body makes during an inflammatory response. Raw monofloral honey brings its own benefit through phenolic compounds, which studies tie to lower inflammation too.

Gut Health

Garlic acts as a prebiotic, feeding beneficial gut bacteria. Raw honey has oligosaccharides that do pretty much the same thing. Put them together, and they help keep your gut microbiome more balanced.

Garlic is a bit choosy with its antimicrobial power too, going after harmful bacteria more than the good ones. This sets it apart from antibiotics, which tend to disrupt the entire gut microbiome in the process.

How to Get the Most Out of Garlic and Honey Benefits

The most effective and traditional preparation is fermented garlic in honey, and it is pretty simple to make.

Fermented Garlic in Honey

• Peel a full head of garlic and place the cloves in a clean jar

• Cover completely with raw honey

• Leave the jar loosely covered at room temperature for at least a week, ideally a month

• The garlic will soften and mellow in flavour, and the honey will thin and darken

• Take one or two cloves daily, or a teaspoon of the infused honey

The fermentation process makes the garlic easier to digest and may make some of its compounds easier for the body to absorb. The honey acts as both a preservative and a medium to take the garlic in.

Other Ways to Use Them Together

• A clove of raw garlic with a teaspoon of honey in the morning can be a simple daily habit

• Mixed into salad dressings or marinades with olive oil and lemon

• Stirred into warm water with ginger as a cold remedy

• Applied as a topical paste for minor skin irritation, though this is more of a traditional remedy and doesn’t have much research to back it

It’s important to use raw garlic and not cook it, and raw honey rather than processed. Both lose their most active compounds when exposed to high heat.

Conclusion

Garlic and honey are one of those combinations where traditional use and modern research both agree with the benefits. Both have individual benefits and also work really well when taken together.

But for the combination to work, the honey needs to be raw and unprocessed. At Geohoney, we source 100% pure raw honey from verified beekeepers across 53 countries and 155 farms worldwide. 

Explore our collection and bring home honey you can actually trust.

Apitherapy is a traditional practice that involves the use of products that honey bees make to treat illnesses or to enhance overall health. There are various bee products like organic honey, pollen, propolis, beeswax, royal jelly, and bee venom that find uses in countless traditional remedies as well as modern healthcare products due to their high nutritional value or exceptional medicinal properties.

A lot of scientific research focuses on exploring the health benefits of bee products. Researchers study many apitherapy claims to gather clinical evidence for the effectiveness of this medical approach. And the results of this research are quite promising so far.

This blog explores apitherapy in detail. It highlights key products that we use in apitherapy along with their potential health benefits. So, let’s get right into it.

A lot of people switch from sugar to honey hoping it is the better option for blood sugar. For the most part, it is. The honey glycemic index is lower than refined sugar for most varieties, which means it raises blood glucose more slowly. But honey is still a source of sugar, and the type you choose matters more than most people realise.

This blog covers how the honey glycemic index works, which varieties have the lowest GI, and what that means practically for diabetics and dieters.

• Understanding the Honey Glycemic Index

• How the Honey Glycemic Index Compares to Sugar

• Which Honey Has the Lowest Glycemic Index?

• What Diabetics Should Know About Honey Glycemic Index

• What Dieters Should Know About Honey Glycemic Index

Understanding the Honey Glycemic Index

The glycemic index measures how quickly a food raises blood sugar, scored from 0 to 100. The lower the number, the slower the blood sugar rise. Anything under 55 is considered low GI. Anything above 70 is high.

The honey glycemic index typically falls between 45 and 65, depending on the variety. That puts most honeys in the low to medium range. Refined white sugar sits at around 65. So honey is not dramatically different on paper, but the practical difference comes down to how much you use and which type you choose.

The main reason honey tends to have a lower GI than sugar is its fructose content. Most honey varieties contain more fructose than glucose. Fructose has a very low GI of around 19, while glucose is at 100. The higher the fructose content in a honey, the lower its GI.

How the Honey Glycemic Index Compares to Sugar

White sugar is made of sucrose, which breaks down into equal parts fructose and glucose. Most honey varieties have more fructose than glucose, which is why the honey’s glycemic index tends to come in lower.

Honey is also sweeter than sugar by volume. You need less of it to get the same level of sweetness, which means fewer calories and less sugar per serving in practice. 

Gram for gram, honey has slightly more calories than sugar. But most people naturally use less of it, and that changes the actual comparison.

The other factor is nutritional value. Sugar offers nothing except sweetness. Raw honey brings antioxidants, enzymes, and trace minerals alongside its natural sugars. The calories are not empty in the same way.

Which Honey Has the Lowest Glycemic Index?

GI varies considerably between honey types, and the difference is worth knowing if blood sugar management is the goal.

Acacia Honey

Acacia honey has one of the lowest GI values of any honey, coming in at around 32 to 35. It has an unusually high fructose content, which keeps its blood sugar impact very low. It is also mild in flavour and stays liquid longer than most varieties, which makes it practical for everyday use as a sweetener.

Manuka Honey

Manuka honey has a moderate GI of around 55 to 60. It is more commonly known for its antibacterial properties, but it still compares well against refined sugar.

Clover and Multifloral Honeys

Clover honey sits at around 58. Multifloral honeys vary more because their fructose and glucose ratios depend on which flowers the bees foraged from. If consistency matters to you, a single-origin monofloral honey is more predictable than a blend.

A Note on Raw vs Processed Honey

Processing does not change the honey’s glycemic index significantly, but it does strip out the antioxidants, enzymes, and pollen that make honey nutritionally useful. Raw honey gives you the same GI range with everything else still intact.

What Diabetics Should Know About Honey Glycemic Index

Honey is not a sugar-free food. It raises blood sugar, and anyone managing diabetes needs to treat it accordingly.

That said, you should also consider the glycemic index of honey here. A lower GI food raises blood glucose more gradually, which is easier for the body to handle. Choosing a low-GI honey like acacia over refined sugar makes a real difference in how quickly blood sugar spikes after eating.

There is also early evidence that the antioxidants in raw honey may have mild benefits for metabolic health. The research is still developing, and it is not a reason to eat more honey. Overall carbohydrate intake still matters most.

Anyone with diabetes should check with their doctor or dietitian before making honey a regular part of their diet.

What Dieters Should Know About Honey Glycemic Index

Lower GI foods cause a steadier blood sugar curve, which tends to keep hunger at bay for longer and reduce cravings between meals. That is one reason switching from sugar to honey makes sense for people watching their weight.

But honey is calorie-dense. A tablespoon of honey contains around 64 calories. Using it in the same quantities as sugar will not produce different results. The glycemic index of honey is the only advantage it holds if you use moderate portions.

The practical approach is to use honey as a replacement, not an addition. A teaspoon in tea or yogurt instead of sugar is a sensible daily habit. Drizzling it freely on top of an already high-calorie diet is not.

Conclusion

The honey glycemic index is lower than refined sugar for most varieties, and that’s because of the fructose content in the honey. Not all honeys are the same, and choosing the right type makes a real difference.

For the best combination of a lower GI and full nutritional value, raw monofloral honey is the strongest option. At Geohoney, we source 100% pure raw honey from verified beekeepers across 53 countries and 155 farms worldwide. 

Browse our collection and choose a honey that actually helps your health.

An oxymel is a herbal tonic that has ancient traditional roots. To make it you have to combine apple cider vinegar with raw honey and some medicinal herbs. The recent surge in popularity of apple cider vinegar with honey may make it sound like a fleeting wellness trend. However this natural remedy is anything but new.

This healthy tonic is becoming more popular by the day for its beneficial effects on your gut health, digestive system, immunity, and more. Many wellness influencers on social media also hail this sweet and sour mixture as a powerful natural detoxing agent for your body.

This blog looks into apple cider vinegar and honey in detail. This information will help you figure out why there is so much buzz around the “Oxymel” trend online and why you need to try it for your own wellness.

That forgotten jar sitting at the back of your pantry has probably made you pause at least once. "Can I still eat this?"

Bee populations around the world have been declining, and it is truly a cause for concern. But the question of whether bees are endangered depends largely on which species you are looking at.

Managed honey bee populations do not appear on any global endangered list. Wild and native bee species are under much greater pressure, and several are already classified as threatened or endangered. The factors behind the decline, including habitat loss, pesticides, and disease, affect all bees, just not equally.

This blog covers which bee species are actually at risk, what is driving the decline, and what is being done about it in 2026.

• Are Honey Bees Endangered?

• Which Bee Species Are Actually at Risk?

• Why Bee Populations Are in Decline

• What Is Being Done to Protect Bees

• Why It Matters

Are Honey Bees Endangered?

Honey bees are not endangered in the traditional sense. 

The European honey bee (Apis mellifera) is the most commercially managed insect on the planet. Beekeepers work hard to maintain the population of their colonies. That is why global hive numbers have been increasing over the past few decades, especially in Asia and parts of Africa.

However, high colony loss rates are the real problem. In the United States, beekeepers have reported losing roughly 40 to 50% of managed colonies annually. The main causes behind this are Varroa mite infestations, pesticide exposure, and habitat loss. 

Beekeepers do replace those losses, which is why the overall managed population holds up. But the pressure on individual colonies is real and ongoing.

So honey bees are not endangered. They are, however, struggling.

Which Bee Species Are Actually at Risk?

There are roughly 20,000 known species of bees in the world, and honey bees are just one of them. But the concern about the species being endangered is regarding all those species.

Wild and Native Bees

Wild bee species are in significantly worse shape than managed honey bees. A widely cited study found that wild bee abundance in North America had declined by around 23% since 1990. In Europe, more than one in ten wild bee species now face extinction.

Bumblebees

The rusty patched bumblebee became the first bee species listed as endangered in the continental United States in 2017. Its population had dropped by nearly 90% from its historical range. Several other bumblebee species across North America and Europe are on a similar trajectory.

Specialist Bees

Not all bees forage across a wide variety of flowers. Some bee species evolved alongside a single plant and can only survive where that plant grows. Habitat change hits them harder because of it. As monoculture farming and urban sprawl reduce floral diversity, these bees simply run out of food and cannot adapt the way generalist foragers can.

Why Bee Populations Are in Decline

Bee population decline is not the result of one problem. Several distinct issues have been building simultaneously, and their combined effect is harder to reverse than any one of them would be in isolation.

Habitat Loss

Wildflower meadows, hedgerows, and natural foraging areas have been replaced by intensive agriculture and urban development. Bees need diverse flowering plants across seasons. When that variety disappears, populations also disappear.

Pesticides

Neonicotinoid pesticides have been particularly damaging to bees. Research has linked them to impaired navigation, reduced reproduction, and weakened immunity in bees. The EU banned outdoor use of neonicotinoids in 2018, though several member states have since been granted exceptions.

Varroa Mite

The Varroa destructor mite is the most significant threat to managed honey bee colonies worldwide. It feeds on bees and transmits viruses that weaken entire colonies. Most managed hives require active treatment to survive it.

Climate Change

Shifting seasons throw off the timing between bees and flowers. When blooms arrive before bees emerge from hibernation, pollination suffers. Extreme weather adds to this, hitting nesting and foraging at the same time as the other issues.

What Is Being Done to Protect Bees

Governments, conservation groups, and individual beekeepers are all working towards protecting bees:

• Several countries have banned or restricted the pesticides most harmful to bees

• Rewilding projects are restoring wildflower corridors and natural habitats

• Urban beekeeping and pollinator gardens have grown considerably in cities worldwide

• The EU Pollinators Initiative set targets for improving bee habitat across member states

• Research into Varroa-resistant honey bee strains is showing early promise

Responsible beekeeping matters too. Small-scale beekeepers who put colony health ahead of yield are part of what keeps bee populations stable. The practices behind the honey matter as much as the honey itself.

Bees pollinate roughly a third of the food humans eat. Without them, the supply of fruits, vegetables, nuts, and seeds would collapse. The economic value of bee pollination is estimated at over $200 billion annually worldwide.

This means bee safety is both an ecological and a food safety concern for humans and other organisms.

Conclusion

Some bee species are endangered. Honey bees are not, but they face serious ongoing issues. Wild and native bees are in steeper decline, and the overall trend for global bee populations is one that needs real attention.

Supporting ethical, traceable beekeeping is one practical way to protect the bees.

At Geohoney, we source raw honey from verified beekeepers across 53 countries and 155 farms worldwide. Every farm we work with is committed to practices that support colony health. 

When you buy from a source you can trace, you are supporting the kind of beekeeping that actually benefits bees.

Beekeeping, or apiculture, is a practice where humans care for or manage bee colonies in man-made hives to collect honey or other bee products like beeswax, propolis, and royal jelly. 

To become a better beekeeper as a beginner, you need to know all there is to know about bees, types of hives, suitable hive locations, and ethical organic honey harvesting practices. This allows you to create optimal conditions where bee colonies can thrive without existential threats.

To do better as a beginner beekeeper, you need to approach it with utmost care so that you do not accidentally harm these creatures. This is what this entire blog is all about. This step-by-step guide will help you start your beekeeping journey in a safer and more productive manner. So, stay with us till the end.