West Ujimqin Banner, Xilingol League, Inner Mongolia, China sales9@alchemist-chem.com 1531585804@qq.com
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Monk Fruit Extract: From Tradition to Modern Application

Historical Development of Monk Fruit Extract

Monk fruit, or luo han guo, traces its story back over eight centuries to the slopes of Southern China’s Guangxi province. Named after the Buddhist monks who first cultivated it, luo han guo drew local attention due to its natural sweetness and reputation in traditional medicine. Generations used this round, green fruit to soothe sore throats and aid digestion, but the world outside China rarely heard about it until the late twentieth century. Decades of increased demand for plant-derived sweeteners have fueled a surge in interest. Food scientists learned to isolate the sweet compounds responsible—mogrosides—and create potent sweeteners without the calories or insulin spikes linked to cane sugar. The path from market stalls in Guilin to ingredient labels on Western shelves shows just how traditional agriculture and modern food science can collaborate.

Product Overview

Monk fruit extract stands out among sweeteners as both calorie-free and intensely sweet—about 150–250 times sweeter than sucrose. Companies mostly offer monk fruit extract as a pale yellow or off-white powder, but clear liquid versions exist. Both formats aim at health-conscious eaters searching for alternatives to artificial or high-GI sugars. The extract does more than sweeten soft drinks or baked goods. It supports brands offering ‘natural’ or ‘sugar-free’ claims that resonate with diabetic, keto, and low-carb shoppers. Average grocery buyers see monk fruit as a modern answer to rising concerns about sugar’s link to obesity and chronic diseases.

Physical and Chemical Properties

Mogrosides, especially mogroside V, make up the primary active sweet elements of monk fruit extract. These compounds are cucurbitane glycosides—non-fermentable, non-cariogenic molecules that don’t spike blood sugar. Monk fruit extract carries a slightly fruity aftertaste, absent of bitterness found in some other alternative sweeteners like stevia. It dissolves readily in both hot and cold water, making it useful for beverages. The powder remains stable under baking temperatures and in acidic environments like soft drinks. Shelf life for the extract extends beyond two years if kept in dry, sealed packaging away from sunlight and moisture. Density, solubility, and color vary with the degree of purity and the carrier used during processing. Many commercial extracts include erythritol or maltodextrin to balance texture, ease measuring, and reduce clumping.

Technical Specifications and Labeling

Key technical specs focus on mogroside V concentration, often listed as a percentage—ranging from 10% up to 55% purity in commercial products. Allergen statements matter, as monk fruit itself rarely causes trouble, but carriers and production facilities cross paths with common allergens. Regulatory agencies request clear labeling for added carriers and disclose finished product ratios of monk fruit extract to bulking agents. In the United States, monk fruit enjoys Generally Recognized as Safe (GRAS) status from the FDA, and Codex and EFSA provide frameworks for labeling in other markets. Many labels emphasize non-GMO sourcing, gluten-free status, and vegan claims. Ingredient transparency keeps brands out of regulatory trouble and builds trust with wary buyers.

Preparation Method

Extraction technology for monk fruit resembles large-scale juice processing. After harvesting, fruit ripens and then dries. Processing lines crush the dried fruit, extracting juice, and filter out seeds and pulp. Mechanical and solvent methods pull out mogrosides. Water extraction dominates because it avoids chemical residues. Further purification steps remove proteins, pigments, and acids, producing a clear liquid rich in mogrosides. Spray drying converts this concentrate into powder. Some processes add carriers for better flow and stability, while others rely on ultrafiltration and resin columns for high-purity outputs. The entire chain must keep temperatures controlled and oxygen exposure low to prevent loss of sweetness and preserve shelf life.

Chemical Reactions and Modifications

Beneath the surface, monk fruit extract’s chemistry shows resilience. The mogrosides resist degradation when heated, unlike some alternative sweeteners that break down in baking or acidic drinks. Chemical modifications focus mainly on enhancing purification rather than altering the main sweet molecule. Certain enzymatic hydrolysis processes help boost mogroside V content, increasing sweetness and reducing lingering aftertaste. Some research explores converting less-sweet mogrosides to the sweeter V form through selective oxidation or hydrogenation, making the extract more consistent from batch to batch. Down the road, biotechnologists may adapt yeast or bacteria to mimic the fruit’s biosynthesis pathways for mogroside production.

Synonyms and Product Names

Monk fruit often travels under a host of names: Luo Han Guo extract, Siraitia grosvenorii extract, Buddha fruit, Fruit-Sweetness, and several branded monikers like Purefruit or Monk Fruit In The Raw. Ingredient decks on food packaging sometimes opt for “natural sweetener” or “monk fruit juice concentrate.” In pharmaceutical circles, scientific names like Siraitia grosvenorii extract or simply mogroside extract appear. This wide range of labels can create confusion for consumers and buyers comparing sources or checking for allergies and regulatory compliance. Consistency in naming across countries helps maintain clarity as monk fruit extract crosses borders and enters new markets.

Safety and Operational Standards

Reports from both China’s regulatory bodies and international safety agencies agree on monk fruit extract’s low toxicity and high margin of safety. Researchers have tested the extract at doses much higher than people could ever eat. No adverse effects emerged from these trials. Food manufacturers take extra care to avoid contamination during harvesting and processing, as pesticides or flawed drying can lead to issues. Certification programs—organic, kosher, halal—bring extra layers of inspection and recordkeeping. Facilities invest in allergen control and good manufacturing practices to meet the expectations of global food supply chains. Companies operating in the supplement space stick to their own process validations and records to pass audits.

Application Areas

Monk fruit extract fills a broad niche wherever sweetness supports flavor yet consumers want to dodge sugar. Beverage giants lean on it for natural sodas, flavored waters, and workout drinks. Bakeries explore monk fruit blends in cookies, muffins, and breakfast bars so blood sugar levels remain stable. Chewing gum and oral care products swap sugar for monk fruit to avoid cavities. Health-conscious brands package monk fruit for retail as stand-alone powders or blends ready for home baking. In the supplement world, monk fruit masks bitterness in botanical extracts without adding calories. Patients with diabetes notice its presence in jams, syrups, and sauces—reclaiming flavors they once had to sidestep.

Research and Development

Scientists look at monk fruit for more than its sweetening power. Researchers have spotted potential antioxidant and anti-inflammatory properties from mogrosides, though evidence in humans is preliminary. Some nutrition scientists explore whether monk fruit influences microbial balance in the gut. Others work to fine-tune the extraction process, develop new purification techniques, and identify minor mogrosides with improved taste profiles. Startups and major ingredient suppliers aim for formulas with no aftertaste, no fillers, and dose predictability. Research teams in Asia, North America, and Europe push for crops with higher mogroside content and resistance to pests, using both genetic selection and sustainable farming practices.

Toxicity Research

Published toxicity studies, including both subchronic and chronic animal trials, haven't flagged any concerns at sensible intake levels. Even as a regular part of the diet, monk fruit extract hasn’t produced notable side effects in humans. Few people report digestive upset, mostly tied to added carriers like erythritol in finished blends rather than the extract itself. Health Canada, the FDA, and EFSA all cite robust toxicological data as a base for monk fruit’s current regulatory status. Independent academic studies keep testing for longer-term impacts to confirm existing evidence. With regulations tightening everywhere, ongoing post-market surveillance supports transparency and consumer confidence.

Future Prospects

Demand for natural, low-calorie sweeteners keeps climbing. Monk fruit extract stands poised to expand as sugar taxes, diabetes rates, and consumer skepticism of synthetic sweeteners grow. Technical teams look to raise yields with smarter agriculture and larger-scale processing plants. Geneticists seek cultivars packing more mogroside V into each fruit. Consumer-facing brands ask suppliers for ever-purer extracts with better solubility and appealing mouthfeel. Expect growth in bakery, beverage, and supplement categories, especially combined with other natural sweeteners to balance flavors. Ongoing clinical trials will shape how doctors and nutritionists talk about monk fruit, while regulatory bodies keep pressure on supply chain safety and authenticity. Companies active in research and transparent about sourcing can set the standard for trust in the evolving natural sweetener market.




What is monk fruit extract and how is it made?

Getting to Know Monk Fruit

Monk fruit doesn’t look like much on the outside. It’s a round, green fruit that grows on vines in the mountains of southern China. Yet this humble fruit packs sweetness stronger than sugar itself, thanks to something called mogrosides hidden in its flesh. Mogrosides don’t act like typical sugars. Instead, they offer a powerful sweet flavor that won’t spike blood sugar levels.

I first spotted monk fruit among other natural sweeteners in a small Asian market. At that point, stevia and agave were already showing up in recipes. Monk fruit seemed different. It showed up in tiny packets and drinks, always with claims about zero calories and a clean taste. I wanted to know what set it apart and why so many health-conscious people talked about it.

How Monk Fruit Extract Comes to Life

The process of making monk fruit extract isn’t complicated, but it takes careful hands. Farmers harvest the ripe melon-like fruit, slice it, and dry it. Once dry, the fruit gets crushed and steeped in hot water. This warm soak pulls out the natural mogrosides. The liquid then gets filtered so all the seeds and skins stay behind. What’s left is a sweet, amber fluid. Factories then use more filters and a bit of gentle heat to remove everything except the sweet compounds. At the end, you get a concentrated extract that’s 150 to 200 times sweeter than table sugar.

Some companies blend this concentrate with erythritol or other fillers to balance the taste and reduce intensity. The pure extract, on its own, rarely pops up on supermarket shelves because it’s hard to measure and mix by the teaspoon at home. Still, the base ingredient comes from a simple process: from field to cup with minimal fuss, leaving out harsh solvents and chemicals. In a world full of mystery sweeteners, monk fruit keeps things pretty straightforward.

Why People Reach for Monk Fruit

Health matters influence food choices more than ever. Folks live with diabetes, struggle with weight, or just hope to eat in a way that leaves them feeling strong. Table sugar carries health baggage: spikes in blood glucose, tooth decay, and a link to everything from obesity to heart disease. Artificial sweeteners bring their own questions about digestion, migraines, or strange aftertastes. Monk fruit stands out for people like me who want a sweet fix without those side effects. The extract doesn’t raise blood sugar, so it fits into low-carb or ketogenic diets. It avoids the bitterness of some other sugar alternatives. Even dental associations recognize that monk fruit won’t feed bacteria that cause tooth decay.

Not every kitchen or company gets it perfect. Some drinks or baked goods hide a strange aftertaste or add filler ingredients that dull the experience. Labels sometimes mix monk fruit with sugar alcohols, which can trigger digestive issues for sensitive folks. It pays to read ingredient lists with care. Quality controls in China and increased global demand led to questions about farming practices. I’ve always encouraged supporting brands that offer transparent sourcing, fair pay to growers, and third-party testing. These steps make sure people get a safe, pure product.

What Could Come Next

If I learned anything from seeing food trends rise and fade, it’s that knowledge helps sharpen our choices. Monk fruit isn’t the answer for every occasion—sometimes sugar works best for baking or brewing. Still, the sweetener offers an option for those taking charge of their health or managing a condition. As science digs deeper into natural compounds like mogrosides, and more farmers gain support for sustainable practices, monk fruit might find a lasting spot in the global pantry. Fact-based advice and responsible sourcing lift the whole industry—one sweet spoonful at a time.

Is monk fruit extract safe for people with diabetes?

Monk Fruit: A Different Kind of Sweet

Sugar overload never feels good, especially for anyone living with diabetes. Monk fruit extract, sometimes sold under the name “luo han guo,” has changed the game for many people who look for sweetness without the blood sugar spike. This tiny green melon from southern China doesn’t rely on glucose to bring the sweet. Instead, it packs powerful mogrosides, which the body doesn’t digest the way it does sugar. Some people call these natural compounds “non-nutritive sweeteners,” but what matters most for people with diabetes is how the body responds.

No Blood Sugar Rollercoaster

From my own experience and reviews from friends in the diabetes community, monk fruit extract doesn’t lead to the wild blood sugar swings common with many sugar substitutes. Several studies back this up. A review in the Journal of Food Science notes no impact on blood glucose when people use monk fruit sweeteners. The American Diabetes Association recognizes monk fruit among sweetener options that don’t increase blood sugar. That said, each body reacts differently. Some folks still check their blood sugar after eating something new, peace of mind goes a long way.

Natural, But Processed

Not every monk fruit product on the store shelf tells the same story. Pure monk fruit extract tastes super sweet—almost too much for most people, so manufacturers blend it with other ingredients. Sometimes, you’ll find erythritol, dextrose, or maltodextrin mixed in. These extra ingredients may spike blood sugar in some cases, especially for people who are sensitive. Labels matter. I’ve learned to read the ingredient list with as much care as I check carb counts on food packaging.

Common Concerns

Questions about safety always come up: Is it too new? Does it leave an aftertaste? Are there side effects after long-term use? The U.S. Food and Drug Administration placed monk fruit on the “generally recognized as safe” (GRAS) list. Many Asian countries used it for hundreds of years, even before commercial sweeteners came around.

Gut health matters, and monk fruit doesn’t seem to feed the gut bacteria—good news for people who struggle with digestive issues from sugar alcohols. No evidence points to cancer or toxicity from moderate use, either. What gives me confidence is that researchers keep studying new plant-based sweeteners, and monk fruit holds up under the microscope.

Looking Past the Hype

No sweetener solves the bigger picture all by itself. Consistent eating habits, physical activity, regular glucose checks—these shape success for people managing diabetes. Monk fruit might win the battle of “sweet without sugar,” but relying on it too much can push people toward cravings and away from whole foods. Real fruit, nuts, seeds, and protein often keep me full without triggering extra hunger for sweets.

Solutions and Next Steps

Decisions about sweeteners always feel personal. If monk fruit sweetener fits your taste and doesn’t upset your blood sugar, it offers a safe choice for most people with diabetes. It helps to buy pure extract or products with minimal additives and continue monitoring for any unusual symptoms. Small steps and regular reading can help keep sugar crashes in the past, not the future.

Does monk fruit extract have any side effects?

Looking Beyond the Buzz

Monk fruit extract promises a sweet hit without the sugar rush. It’s easy to see why people with diabetes or those ditching sugar reach for it instead of artificial sweeteners. It pops up in protein bars, flavored waters, and even the coffee aisle. But living with a skeptical family means I dig a bit deeper into what's behind these trendy health products before I call them safe enough for my kitchen table.

First-Hand Comfort with Monk Fruit

As someone who tries to avoid sugar crashes, I have used monk fruit in my yogurt, oats, and tea. So far, I never felt jittery, bloated, or any of those tell-tale signs that something disagrees with me. Compared to my experience with artificial sweeteners that give me headaches or leave an odd aftertaste, monk fruit has always felt pretty mild on my system. Still, my comfort isn’t medical proof, so it makes sense to see what actual research and expert guidance say.

What Scientists and Doctors Say

Trusted health organizations, like the FDA, mark monk fruit sweeteners as “GRAS,” or Generally Recognized as Safe. That label doesn’t come without some solid studies. Research teams checked monk fruit extract for toxicity and allergic responses in animals and humans, and nothing alarming turned up. In studies on people living with diabetes, monk fruit didn’t spike blood sugar or insulin levels. For most folks, monk fruit doesn’t cause the digestive issues tied to sugar alcohols or the strange reactions some people get with aspartame or sucralose.

Still, rare allergic responses can’t be ruled out. Monk fruit belongs to the gourd family, so anyone with an allergy to other gourds (like pumpkin or cucumber) should take care. Kids, pregnant women, and those with complicated medical histories do best checking in with a doctor before switching to new sweeteners, just to steer clear of surprises.

What’s Really in the Packet?

The grocery store version of monk fruit extract barely resembles the whole fruit. Companies blend it with other ingredients, often erythritol or maltodextrin, to make the crystals or powder. For people with sensitivities to sugar alcohols or those aiming for a clean-label diet, these fillers can still cause gas, diarrhea, or stomach pain if eaten in large amounts. The actual monk fruit mogrosides—the sweet compounds—don’t tend to cause these problems. But the full ingredient list tells the whole story, and sometimes the effect comes from the blend, not just the monk fruit.

Practical Tips and Solutions

Anyone adding monk fruit sweeteners to their coffee or cereal benefits from reading the ingredient label, especially if the goal is to avoid sugar alcohols. People sensitive to food additives want to choose pure monk fruit extract without unnecessary bulking agents. Chatting with a dietitian brings peace of mind for those with tricky health conditions or allergies. Swapping sweeteners invites a little trial and error—using modest amounts to spot any reactions is plain common sense, not hype.

Most households, mine included, enjoy monk fruit without drama. Staying informed, checking for fillers, and trusting your gut—literally—make all the difference. Monk fruit extract lines up as a safer choice than most artificial options, but no shortcut in the pantry is one hundred percent free from risk if you ignore the fine print.

How does monk fruit extract compare to other sweeteners like stevia or sugar?

What Is Monk Fruit Extract?

Monk fruit, also called luo han guo, comes from Southeast Asia. People in China have brewed it in tea for centuries to cool down and soothe sore throats. Now, manufacturers squeeze out its juice and dry it to create a super-sweet powder called monk fruit extract. Just a pinch can sweeten a whole cup of coffee without any calories. Most of the sweetness comes from natural compounds called mogrosides, which taste 150 to 250 times sweeter than regular table sugar.

How Does It Taste Compared to Stevia and Sugar?

Sugar sets the benchmark for clean, familiar sweetness. Monk fruit offers a mild flavor, and those who try it often say it tastes much closer to sugar than alternatives like stevia. I drink my coffee black most mornings, but on days I add a dash of sweetener, I can pick out a weird aftertaste in stevia—something a little metallic, almost. Monk fruit sweetener isn’t immune to aftertaste, but it feels gentler and less lingering. Based on taste tests from Consumer Reports and comments from registered dietitians, people who dislike stevia’s bitterness sometimes find monk fruit more palatable.

What About Safety and Health Impact?

The U.S. Food and Drug Administration labeled monk fruit extract as “generally recognized as safe.” Research hasn’t raised any red flags about its long-term impact. For people with diabetes, monk fruit doesn’t spike blood sugar, much like stevia. On the other hand, too much sugar leads to problems—high blood pressure, weight gain, and increased risk of heart issues. The American Heart Association recommends limiting added sugars to about six to nine teaspoons for adults per day. Replacing sugar with monk fruit or stevia can ease that burden a bit.

Side Effects or Downsides?

Digestion sometimes gets messy with sweeteners. Sugar alcohols like erythritol or xylitol can cause bloating, diarrhea, and gas. Monk fruit and stevia rarely trigger those issues unless blended with sugar alcohols in commercial products. One small, nagging issue is cost—monk fruit powder costs more than sugar or stevia in the grocery store. It also isn’t the best in baking. Monk fruit concentrate is intensely sweet and lacks the bulk, browning, or structure that sugar provides in cookies or cake.

Is It a Healthier Choice?

Every time a new sweetener lands on the market, people search for a perfect replacement for sugar. Monk fruit checks some boxes—it won’t add empty calories, seems safe for most people, and actually tastes okay. It doesn’t mess with blood sugar, so it earns points for anyone managing diabetes. Still, using monk fruit as a crutch for a sugar habit goes sideways. From experience and conversations with dietitians, building a taste for less-sweet food pays off more than any zero-calorie gimmick.

Ideas for Smarter Use

Cooks can use monk fruit in drinks, yogurt, and sauces where you don’t need sugar’s bulk. In cookies, it works if you mix it with a bit of regular sugar for structure. Food companies would do well to pair monk fruit with fiber or whole grains if they want to steer people toward healthier snacks. Choosing any sweetener, including monk fruit, works best when you read the labels and keep an eye on total sugar—especially for kids. Real fruits and unprocessed foods still beat all the substitutes, hands down.

Can monk fruit extract be used in cooking and baking?

Why People Swap Out Sugar

People keep searching for new ways to cut back on sugar. Diabetes, weight management, or just wanting to keep their teeth healthy—everyone has a reason. Sugar alternatives have exploded over the past ten years, but most shoppers still turn the label over to find out if that sweetener will taste right, act right, or leave an odd aftertaste. Monk fruit extract often pops up in these searches. Some folks know it by its other name, luo han guo. Food marketers trumpet monk fruit for the way it delivers clean sweetness straight from a small green fruit native to southern China.

Baking Trials and Success

Curiosity got the better of me, so I took monk fruit into my kitchen. Most brands sell it blended with erythritol or allulose—on its own, monk fruit extract tastes hundreds of times sweeter than sugar, which makes measuring a headache. I followed the guide on the packaging, swapped it cup-for-cup in my banana bread, and checked for issues. The bread baked up golden, smelled sweet, and sliced well. The texture felt true. Monk fruit sweeteners, at least in my house, don’t break down in heat, so you won’t bite into weird grit or crunch.

Not everyone bakes the same way. Yeast breads act differently. Sugar helps yeast grow and browns the crust. Monk fruit sweeteners don’t give yeast the same food, so your cinnamon rolls stay pale and might rise less. For cookies, I saw good results in chewy oatmeal batches and chocolate chip recipes. Cakes can be forgiving, but for anyone after caramel sauce or crunchy toffee, the missing sugar structure changes the final product.

Food Label Realities and Health Claims

Some folks want reassurance that these extracts won’t backfire. The U.S. Food and Drug Administration recognizes monk fruit sweeteners as safe. Monk fruit scores big points with people watching calories and carbs, since the sweetener piles almost none onto your plate. I checked a few major health sources and learned monk fruit’s antioxidants add another plus. For families with allergies, monk fruit doesn’t harbor gluten, nuts, or dairy. That’s good news, although anyone with concerns over other sweetener additions like erythritol should read the ingredient list closely.

Availability and Price—The Real Barriers

Grocery aisles haven’t caught up to these trends everywhere. Monk fruit sweeteners run pricier than traditional sugar or stevia. The sticker shock can sting for families on a budget. If you bake in bulk or stick with simple sugars, cost gets in the way. I’ve found sales in natural food markets or online outlets, but not every community gets equal access. People who commit to using low-calorie alternatives often navigate limited selection or need to compromise with blend formulas.

Solutions for Everyday Home Cooks

For most people, figuring out monk fruit sweeteners comes down to trial and error. Test small batches so you don’t waste expensive ingredients. Pair the extract with fats and flours that add flavor, making up for the slightly different mouthfeel. Check recipe blogs and product websites—some offer conversion charts and tips you can trust. Those who want less processed foods should seek products labeled as pure extract, skipping blends if possible.

Monk fruit extract brings a real option to the kitchen for anyone dodging added sugars. Smart shopping, careful measuring, and a willingness to experiment open up sweet possibilities that fit more people’s real lives.

Monk Fruit Extract
Names
Preferred IUPAC name Siraitionide I
Other names Luo Han Guo Extract
Siraitia grosvenorii Extract
Monkfruit Extract
Luo Han Guo
Buddha Fruit Extract
Pronunciation /ˈmʌŋk fruːt ˈɛk.strækt/
Preferred IUPAC name Siraitionoside I
Other names Luo Han Guo Extract
Siraitia grosvenorii Extract
Monk Fruit Sweetener
Luo Han Guo
Momordica grosvenorii Extract
Pronunciation /ˈmʌŋk fruːt ˈɛk.strækt/
Identifiers
CAS Number 88901-36-4
Beilstein Reference 3585365
ChEBI CHEBI:133345
ChEMBL CHEMBL3701726
ChemSpider 22585724
DrugBank DB14954
ECHA InfoCard InfoCard 1000030
EC Number E960
Gmelin Reference 632212
KEGG C19640
MeSH D000072633
PubChem CID 123831
RTECS number MNKFTEXTRC
UNII D1Q1I8SI2G
UN number UN3077
CompTox Dashboard (EPA) DTXSID8089877
CAS Number 88901-36-4
Beilstein Reference 7759164
ChEBI CHEBI:79548
ChEMBL CHEMBL3707737
ChemSpider 8445054
DrugBank DB15326
ECHA InfoCard ECHA InfoCard: 100.433.755
EC Number E960
Gmelin Reference 83476
KEGG C15946
MeSH D000068878
PubChem CID 129803
RTECS number GFY652B981
UNII 6TC7U5Y9U9
UN number UN3077
Properties
Chemical formula C24H30O7
Appearance Light yellow to off-white powder
Odor Characteristic
Density 0.44 g/cm3
Solubility in water Soluble in water
log P -0.07
Basicity (pKb) 10.00
Refractive index (nD) 1.341
Chemical formula C24H30O6
Appearance Light yellow to pale brown powder
Odor Characteristic
Density 0.42 g/cm³
Solubility in water Soluble in water
log P 1.35
Acidity (pKa) ~11.0
Basicity (pKb) 10.6
Refractive index (nD) 1.34
Dipole moment 0.0 D
Pharmacology
ATC code A16AX17
ATC code 'A16AX14'
Hazards
Main hazards Not considered hazardous.
GHS labelling GHS: Not classified as hazardous according to GHS
Pictograms 🔬🌱🍭🚫🍬
Signal word Warning
Hazard statements No hazard statements.
Precautionary statements Store in a cool, dry place. Keep out of reach of children.
NFPA 704 (fire diamond) NFPA 704: 1-0-0
LD50 (median dose) 3000 mg/kg
PEL (Permissible) 250 mg/kg
REL (Recommended) 2 mg/kg bw
IDLH (Immediate danger) Not established
Main hazards Not classified as hazardous.
GHS labelling GHS labelling: Not classified as hazardous according to GHS
Pictograms 🌱🍈✨
Signal word No signal word
Precautionary statements Keep out of reach of children. If you are pregnant, nursing, taking any medications or have any medical condition, consult your doctor before use. Store in a cool, dry place. Do not use if seal under cap is broken or missing.
NFPA 704 (fire diamond) Health: 1, Flammability: 1, Instability: 0, Special: -
LD50 (median dose) > 3000 mg/kg
PEL (Permissible) 5000 mg/kg
REL (Recommended) 1,000 mg
Related compounds
Related compounds Mogroside V
Stevia extract
Erythritol
Xylitol
Aspartame
Sucralose
Saccharin
Allulose
Lo Han Guo
Glycyrrhizin
Related compounds Stevia
Erythritol
Xylitol
Aspartame
Sucralose
Saccharin
Rebaudioside A
Allulose
Acesulfame K
Thermochemistry
Std enthalpy of formation (ΔfH⦵298) Unknown