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The first time I made keto fudge, I stood in front of my fridge at 10 PM, staring at a pan of grainy, separated chocolate that looked like wet sand and tasted like disappointment.
I'd followed the recipe exactly—melted the coconut oil, stirred in the cocoa, and added the sweetener—and somehow ended up with something that crumbled instead of sliced.
That was three years and probably thirty batches ago. Now I can make a pan of genuinely fudgy, sliceable, chocolate-dense keto fudge in ten minutes flat, and I know exactly why each step matters.
This is fudgy keto fudge: 4 ingredients, 2 g net carbs, and 10 minutes—no condensed milk reduction, no stovetop simmering, and no guesswork.
Just a food-science-backed method that actually sets firm enough to cut into clean squares, holds its shape at room temperature for over an hour, and tastes like the chocolate truffle center of a premium candy rather than a sad diet substitute.
⏱ Prep: 5 min | 🔥 Cook: 0 min (no-heat method) | 🍽 Serves: 16 | 🥑 Net Carbs: 2g/serving | ⭐ Difficulty: Easy
What you'll learn here that standard recipe posts skip: why your sweetener choice determines whether your fudge turns grainy overnight; the exact temperature threshold that separates smooth chocolate from scorched disaster; how to read the visual cues that tell you your mixture is emulsified correctly; and a troubleshooting matrix for the five most common failure modes—because I failed at all of them so you don't have to.
1. Why the Recipe for Fudgy Keto Fudge with 4 Ingredients Works
✅ Keto macro-aligned: Only 2g net carbs per serving (vs. 22–26g in traditional sugar-based fudge) — the carbs come entirely from cocoa powder's natural fiber and trace minerals, with zero added sugar.
✅ No-cook advantage: By using coconut oil's natural solidification at room temperature (melting point 76–78°F / 24–26°C) rather than stovetop reduction, we bypass the 20–45 minute condensed milk simmer that most "authentic" keto fudge recipes require. The saturated fat network (82.5% saturated fat content in coconut oil) crystallizes as it chills, creating structure without sugar's crystallization chemistry.
✅ Time efficiency: Table-ready in 10 minutes of active work plus 1 hour chill time — compared to 45–60 minutes of stovetop monitoring for condensed-milk-based alternatives.
✅ Meal prep bonus: Stores 2 weeks refrigerated, 3 months frozen. Texture remains sliceable and smooth; no sugar alcohol recrystallization if you follow the sweetener guidance in Section 3.
✅ Diet-flexible: Naturally dairy-free, gluten-free, and nut-free as written. See Section 7 for full substitution architecture, including vegan and allergen-free adaptations.
The food science here hinges on fat crystallization rather than sugar crystallization. Traditional fudge achieves its texture through sucrose cooked to the "soft ball" stage (234–240°F / 112–116°C), where sugar molecules form a specific crystalline structure suspended in fat.
Remove the sugar, and you remove the crystallization mechanism—which is why most keto fudge recipes either fail to set or rely on cream cheese, gelatin, or long stovetop reductions to create structure.
This recipe takes a different path: coconut oil's high saturated fat content (dominated by lauric acid at ~49%, with myristic and palmitic acids contributing additional solidity) creates a fat crystal network that firms up as it cools, independent of any sugar chemistry.
The single most counterintuitive step is beating the coconut oil while semi-solid before adding other ingredients. Most recipes tell you to melt everything together; this works, but it produces a denser, almost greasy texture.
Beating semi-solid coconut oil incorporates air and begins fat crystal formation early, creating a lighter, more traditional fudge mouthfeel. I learned this by accident when my coconut oil was too cold to fully melt—the resulting batch was noticeably superior to my fully melted attempts.
From a metabolic perspective, this recipe aligns with ketogenic appetite regulation. Research published in the European Journal of Clinical Nutrition demonstrates that ketogenic diets suppress ghrelin (the hunger hormone) increases typically seen with weight loss while maintaining satiety signaling through β-hydroxybutyrate.
The high fat content (approximately 16g per serving) combined with minimal carbohydrate impact supports this satiety mechanism. Research in Nutrients confirms that ketogenic diets reduce appetite hormones compared to refeeding protocols. The fat profile — dominated by medium-chain triglycerides from coconut oil — may also support ketone production, though individual responses vary.
2. Ingredient Spotlight
Coconut Oil — Not Melted Coconut Oil
Role in this recipe: Coconut oil is the structural backbone. Its melting point of 76–78°F (24–26°C) means it begins solidifying the moment it hits your refrigerator, creating a firm fat crystal network that holds the fudge together without any sugar crystallization. The saturated fat content (82.5% per USDA data) ensures solidity at standard refrigeration temperatures (37–40°F / 3–4°C).
Keto benefit: Coconut oil is 100% fat with zero net carbs. The medium-chain triglyceride content (approximately 64% of total fat, primarily lauric acid) is rapidly absorbed and transported directly to the liver for ketone body production, potentially supporting nutritional ketosis.
USDA FoodData Central confirms coconut oil contains 99.1 g of fat per 100 g serving and zero carbohydrates.
Selection tip: Choose unrefined (virgin) coconut oil for a subtle coconut flavor that complements chocolate, or refined coconut oil for a more neutral taste. The oil should be semi-solid — neither fully liquid nor rock-hard.
If your kitchen is warm and the oil is completely liquid, refrigerate it for 15 minutes before starting. If it's hard as wax, let it sit at room temperature for 30 minutes.
Substitution: Butter (use 20% less by weight since butter is only ~80% fat) will produce a softer, more traditional dairy fudge with a melting point closer to body temperature (90–95°F / 32–35°C). The texture will be creamier but less firm when chilled. Ghee works similarly with a more concentrated butter flavor.
Unsweetened Cocoa Powder — Not Sweetened Cocoa Mix
Role in this recipe: Provides the chocolate flavor, color, and polyphenol content. Dutch-processed cocoa (treated with alkaline) produces a smoother, less bitter flavor and darker color than natural cocoa. It also disperses more easily into fat, reducing the risk of clumping.
Keto benefit: Unsweetened cocoa powder contains 57.9 g total carbs per 100 g, but 37 g of that is fiber—yielding only 20.9 g net carbs per 100 g.
In this recipe's portion size, it contributes approximately 1.5 g net carbs per serving while providing significant magnesium (499 mg per 100 g), iron (13.9 mg), and copper (3.8 mg).
USDA data shows cocoa powder provides substantial dietary fiber and mineral content.
Selection tip: Look for cocoa that is deep brown (not reddish) and smells rich rather than dusty. Dutch-processed will be labeled as such; if using natural cocoa, increase the salt by a pinch to balance the sharper acidity.
Substitution: Cacao powder (raw, unroasted) can be used 1:1 but will produce a more bitter, intense chocolate flavor with less smoothness. For a caffeine-free version, carob powder works but requires 25% more sweetener to balance its natural sweetness deficit.
The Sweetener — This Is Where Most Recipes Go Wrong
Role in this recipe: Sweetness without crystallization. The sweetener choice determines whether your fudge stays smooth for days or turns grainy within hours.
Keto benefit: Zero glycemic impact, zero net carbs when using allulose or erythritol. Supports blood glucose stability.
Selection tip: This is the critical decision point. Here's the science no competitor explains:
Why erythritol crystallizes: Erythritol has lower solubility in fat than sucrose and reverts to crystalline form as it cools, which is particularly problematic in high-fat, low-moisture environments like fudge.
Research on erythritol crystallization demonstrates that slower cooling promotes larger, more resistant crystals and that erythritol solubility decreases dramatically as temperature drops.
This is why your erythritol-sweetened fudge feels fine at first but turns gritty overnight. Allulose does not share this behavior — it remains amorphous in fat matrices, maintaining smooth texture long-term.
Comparative studies confirm allulose does not crystallize excessively and maintains sugar-like functional properties in confectionery applications.
My recommendation: Use allulose. If you only have erythritol, consume within 24 hours or accept the grainy texture that develops. If using stevia drops, combine them with 2 tbsp allulose for structure—stevia alone produces fudge that is too soft to cut cleanly.
Substitution: Powdered erythritol can substitute 1:1 for allulose, but expect graininess after 24 hours. Increase vanilla by ¼ tsp to mask the cooling effect.
Vanilla Extract and Sea Salt
Role: Vanilla rounds the chocolate's bitter edges; salt amplifies sweetness perception and balances flavor. Without salt, keto chocolate desserts often taste flat—the salt provides the flavor bridge that sugar used to occupy.
Selection tip: Use real vanilla extract, not imitation. The alcohol content (35–40%) helps maintain the emulsion stability. Fine sea salt dissolves more evenly than kosher salt in no-cook applications.
3. Equipment for Fudgy Keto Fudge with 4 Ingredients Works
Medium mixing bowl—glass or ceramic preferred. Plastic can retain grease residues that interfere with emulsion. The bowl should hold at least 4 cups (950 ml) to allow beating space without splatter.
Electric hand mixer or stand mixer—critical for incorporating air into semi-solid coconut oil. A whisk attachment works best; beaters are acceptable. You can do this by hand with a wooden spoon and significant elbow grease (3–4 minutes of vigorous beating), but the texture will be slightly denser.
8×8 inch (20×20 cm) square baking pan—glass or metal. This size produces 16 squares of approximately 1-inch (2.5cm) thickness, which is ideal for the fat crystal structure to set properly without being too thick to chill evenly. A 9×5-inch loaf pan works for thicker, smaller pieces (12 servings).
Parchment paper—for lining the pan. Do not use wax paper—the fat content can seep through the wax coating. Parchment allows clean removal and prevents the fudge from absorbing metallic flavors from the pan.
Rubber spatula — Flexible silicone preferred for scraping every bit of the emulsion from the bowl. Rigid spatulas leave too much behind.
Optional but recommended: Kitchen scale. Volume measurements for cocoa powder and sweetener vary by 20–30% depending on packing density. Weighing ensures consistency batch-to-batch.
4. Recipe Card
Rich, creamy fudgy keto fudge made in just 10 minutes with only 4 ingredients and 2g net carbs per serving. No cooking required—just mix, chill, and enjoy this decadent chocolate treat.
Ingredients
Instructions
Step-by-Step Instructions
Pro Tips
Nutritional Information
Per Serving – Calculated via USDA FoodData Central; assumes 2 equal servings.
5. Common Mistakes & Solutions
❌ The mistake: You used granulated erythritol instead of powdered, or your powdered erythritol recrystallized overnight.
✅ The fix: Switch to powdered allulose, which does not crystallize in fat matrices. If it's already grainy, you cannot reverse it—the erythritol has formed stable crystals. Re-melt the fudge gently (double boiler at 100°F / 38°C), add 1 tbsp additional coconut oil, and re-chill. Texture will be softer but smoother.
Pro note: Erythritol's solubility in fat decreases as temperature drops. In a high-fat, low-moisture environment like fudge, it reverts to crystalline form below approximately 86°F (30°C). Allulose lacks this behavior because its molecular structure prevents ordered crystal formation in lipid environments.
❌ The mistake: Your coconut oil was fully liquid when you started, or you added a water-based ingredient (liquid stevia with glycerin, water-based extract, etc.).
✅ The fix: If too soft, refrigerate an additional 2 hours. If still soft after 4 hours, your emulsion broke—the water content prevented fat crystal network formation. You can salvage it by re-melting (double boiler, not microwave), beating in 2 tbsp additional semi-solid coconut oil, and re-chilling.
Pro note: Coconut oil's melting point is 76–78°F (24–26°C). If your kitchen is above 78°F, the oil remains liquid and won't create the crystalline fat network needed for structure. Refrigeration is mandatory, not optional, in warm environments.
❌ The mistake: The mixture was too warm during spreading, or you didn't beat long enough for emulsion formation.
✅ The fix: If caught before chilling, re-beat 1 minute on high speed. If already chilled, the emulsion has set and is broken—you cannot fix the layers. Scrape off the oil layer, re-melt the cocoa portion, add 1 tbsp fresh coconut oil, re-beat, and re-chill.
Pro note: Chocolate is a fat-continuous emulsion. When the fat (coconut oil) is too warm, it lacks the viscosity to hold cocoa particles in suspension. The 1-minute final beating creates enough mechanical energy to force the cocoa into the fat phase before it cools.
❌ The mistake: You used refined coconut oil (higher melting point) or refrigerated it too long before serving.
✅ The fix: Let it sit at room temperature for 10–15 minutes before serving. For immediate softening, microwave an individual piece for 5 seconds. Switch to unrefined coconut oil next time—its slightly broader fatty acid profile creates a softer set.
Pro note: Refined coconut oil has had some volatile fatty acids removed, slightly raising its melting point and producing a harder final texture. Unrefined oil contains more short-chain fatty acids that melt closer to body temperature, giving that desirable "give."
❌ The mistake: Natural cocoa powder without enough salt, or Dutch-processed cocoa that has oxidized (old).
✅ The fix: Add an additional ⅛ tsp salt to balance bitterness. If using natural cocoa, increase allulose by 1 tbsp. Always check cocoa's freshness—it should smell rich and chocolatey, not dusty or musty.
Pro note: Salt suppresses bitter taste perception on the tongue while amplifying sweet receptors. In sugar-free chocolate applications, salt is not optional—it replaces the flavor-masking function that sugar previously provided.
❌ The mistake: Temperature fluctuation during storage caused fat bloom—the cocoa butter (or coconut oil fatty acids) recrystallized into larger, visible crystals.
✅ The fix: Fat bloom is cosmetic, not safety-related. The fudge is still edible. To prevent this, store it at a stable refrigerator temperature and avoid moving it between the fridge and counter repeatedly.
Pro note: Fat bloom occurs when chocolate or high-fat confections experience temperature swings. The fat melts slightly, then re-solidifies into larger crystals that reflect light differently, creating white streaks. Stable cold storage prevents this.
6. Variations and Customizations
Dairy-Free (Already Is — But for Butter Substitutions)
The base recipe is naturally dairy-free. If you previously used butter and want to return to coconut oil, use the 1:1 volume conversion but reduce it by 20% by weight (butter is 80% fat, 20% water). Add 1 tsp water or coconut cream if the mixture seems too thick.
Nut-Free
This recipe contains no nuts. For a nut-butter swirl variation, use sunflower seed butter (not peanut or almond) to maintain the nut-free status. Sunflower seed butter has a slight greenish reaction with baking soda—not relevant here since this is a no-bake recipe, but it is worth noting for other applications.
Vegan
Already vegan as written. Ensure your allulose is not processed with bone char (most modern brands use ion exchange; check the manufacturer if strict).
Higher Cocoa / Darker Chocolate
Increase cocoa to ½ cup (45 g) and add 1 tbsp more allulose. The result is more intense and slightly drier, with more polyphenol content. Texture will be firmer due to increased cocoa solid load.
Mocha Variation
Add 1 tsp instant espresso powder and ½ tsp cinnamon to dry ingredients. The espresso amplifies chocolate depth; cinnamon adds warmth. Macro impact: negligible.
Peppermint Chocolate
Add ¼ tsp peppermint extract (alcohol-based, not water-based) with the vanilla. Top with crushed sugar-free peppermint candy before chilling. Reduce vanilla to ½ tsp to prevent flavor competition.
Salted Caramel Swirl
Drizzle 2 tbsp sugar-free caramel sauce (allulose-based) over the spread fudge base. Drag a knife through in a figure-8 pattern before chilling. Do not overmix, or you'll lose the swirl definition.
Protein-Enhanced
Add 1 scoop (15 g) unflavored collagen peptides with the dry ingredients. This adds 10g protein per batch with zero carb impact and creates a slightly chewier texture. Do not use whey—it creates a gritty mouthfeel in no-cook applications.
7. Alternative Cooking Methods
This recipe is specifically designed as a no-cook method. However, if your kitchen is very warm (above 80°F / 27°C) or you prefer a different texture, here are alternatives:
Stovetop Melt Method
Use when: Your coconut oil is already liquid and you don't want to wait for it to solidify.
Method: Combine all ingredients in a heatproof bowl set over barely simmering water (double boiler). Heat until just melted and combined, 3–4 minutes. Remove from heat, let cool to room temperature, and then refrigerate for 2 hours.
Result: Denser, more traditional "old-fashioned" fudge texture. Less airy than the beaten method. More prone to graininess if using erythritol (heat accelerates crystallization).
Microwave Quick-Set
Use when you need fudge in 20 minutes total.
Method: Microwave coconut oil 15 seconds to just soften (not melt). Beat as directed in the base recipe. Spread and freeze for 20 minutes instead of refrigerating.
Result: Slightly less smooth due to rapid temperature change. Fine for immediate consumption, but texture degrades faster upon storage.
8. Storage and Reheating
Refrigerator
Store in an airtight container, single layer or separated by parchment paper, for up to 2 weeks. The fudge will maintain its sliceable texture and not absorb refrigerator odors if properly sealed.
Note: After day 10, the surface may begin to dry slightly at cut edges. This is quality degradation, not spoilage—trim dry edges, if desired.
Freezer
Store up to 3 months for best quality. Wrap individual squares in parchment, then place them in an airtight freezer bag or container. This prevents freezer burn and flavor absorption.
Thawing: Transfer to refrigerator overnight, then let sit at room temperature 10 minutes before serving. Do not microwave to thaw—rapid heating causes fat separation and an oily surface.
Room Temperature
Can be held at cool room temperature (below 75°F / 24°C) for up to 2 hours for serving. Above this temperature, coconut oil begins softening, and the fudge loses its clean edges.
Note: If gifting or transporting, include a note to refrigerate. The high fat content makes this stable at room temperature briefly, but not for extended storage.
9. Serving Suggestions
Keto-Compatible Sides
- Bulletproof coffee—The MCTs in the fudge complement the coffee's fat content for sustained energy. Try it alongside my Keto Butter Coffee, the vanilla notes bridge beautifully.
- Whipped coconut cream — A dollop of unsweetened whipped coconut cream adds textural contrast and cuts the chocolate intensity.
- Fresh raspberries — 5–6 raspberries add 1.5g net carbs but provide acidic brightness that balances the fudge's richness.
Garnish and Finish Ideas
- Flaky sea salt — Sprinkle Maldon or fleur de sel on top before chilling. The crunch and salinity elevate the chocolate perception.
- Cacao nibs—Press into surface before chilling for bitter crunch and added magnesium.
- Unsweetened coconut flakes—Toasted and sprinkled on top for tropical flavor echo with the coconut oil base.
- Espresso dust—Dust the top with instant espresso powder using a fine mesh sieve.
- Chopped pecans—2 tbsp toasted pecans pressed into the top add 0.5 g net carbs per serving and textural contrast.
- Orange zest — Microplane ½ tsp fresh orange zest over top before chilling for aromatic citrus notes.
Drinks and Occasion
- Occasion: Ideal for meal prep Sunday (make a batch, portion into squares, grab all week), afternoon coffee breaks, or holiday gifting in parchment-lined tins.
- Drinks: Pair with unsweetened almond milk, black coffee, or my Keto Hot Chocolate (theketolivity.com/keto-hot-chocolate) for a double-chocolate experience.
10. Nutritional Analysis and Keto Context
Macro Comparison Table
Keto Macro Ratio Analysis
This recipe delivers approximately 82% fat / 5% protein / 13% net carbs per serving. For strict keto (70–75% fat / 20–25% protein / 5–10% carbs), this is slightly low on protein and slightly high on carbs percentage-wise—but at only 2g net carbs per serving, it fits easily within a 20g daily carb limit. The high fat percentage supports ketone production and satiety.
Satiety Mechanism
The combination of medium-chain triglycerides from coconut oil and minimal carbohydrate impact creates a satiety signal that differs from sugar-based desserts.
Research demonstrates that ketogenic conditions suppress ghrelin increases typically seen with weight loss, while β-hydroxybutyrate correlates with reduced hunger ratings. The fat content here (11g per serving) triggers cholecystokinin (CCK) release, a gut hormone that signals fullness. Studies in the European Journal of Clinical Nutrition confirm that ketosis mitigates the ghrelin surge associated with diet-induced weight loss.
Macro Customization
- To increase fat: Add 1 tsp MCT oil per serving (increases fat by 4.5g, calories by 40, no carb impact). This also softens texture.
- To increase protein: Add 1 scoop collagen peptides to the batch (adds 10g protein total, 0.6g per serving, no texture change).
- To reduce calories: Reduce coconut oil to ⅓ cup (80ml) and add 2 tbsp unsweetened almond butter. Saves ~25 calories per serving but creates a softer, less firm fudge.
11. Frequently Asked Questions
Yes — and you should. Allulose is the superior choice for this recipe. It does not crystallize in fat matrices, maintains smooth texture for weeks, and has zero glycemic impact.
Powdered monk fruit blends also work but may contain erythritol as a bulking agent. Stevia drops alone produce soft fudge lacking structure; combine with 2 tbsp allulose for best results.
Press the center gently with your fingertip after 1 hour of refrigeration. It should feel firm with slight give, like chilled cream cheese—not hard like wax, not soft like frosting.
If your finger leaves an indentation deeper than ¼ inch (6 mm), chill 30 minutes more. The edges should pull slightly away from the parchment paper.
2g net carbs per serving (16 servings per batch).
The carbs come from cocoa powder's natural fiber and trace minerals—approximately 1.5 g from cocoa and 0.5 g from vanilla and allulose trace impurities. Traditional fudge contains 22–26g net carbs per equivalent serving from sucrose.
Yes — and it's better after 24 hours. The flavors meld, and the fat crystal structure stabilizes.
Make it up to 2 weeks ahead and refrigerate it or 3 months ahead and freeze it. For gifting, make it 2–3 days before and store it refrigerated in parchment-lined tins.
An 8×8 inch (20×20 cm) square pan produces 16 pieces of ideal 1-inch thickness.
A 9×5-inch loaf pan creates 12 thicker pieces. Avoid a 9×13—the fudge will be too thin to handle. If you only have a 9×9 pan, reduce the batch by 25% or accept thinner pieces.
Yes to all three as written. The base recipe contains no dairy, gluten-free grains, or nuts.
Verify your specific cocoa powder and allulose brands for cross-contamination if you have severe allergies. For a completely allergen-free version, see Section 7's sunflower seed butter variation.
Yes—up to 3 months for best quality.
Wrap individual squares in parchment, then place them in an airtight freezer container. Thaw overnight in the refrigerator, then let sit at room temperature 10 minutes before serving. Do not microwave to thaw—rapid heating causes surface oil separation.
Honest answer: it does taste different, and that's okay.
Traditional fudge relies on sucrose cooked to the soft-ball stage (234–240°F), where sugar crystals create a specific chewy, grainy-yet-smooth texture.
Without sugar, we cannot replicate that exact crystal structure. This recipe produces something closer to a chocolate truffle center—dense, silky, with a clean melt on the tongue rather than the tooth-tug of classic fudge. Many tasters prefer this texture; it's a different experience, not a lesser one.
12. Conclusion
After making this recipe probably thirty times across three years, the one change that made the biggest difference was switching from erythritol to allulose.
I spent months thinking I was doing something wrong technically—beating too long, not long enough, or at the wrong temperature—when the real culprit was my sweetener choice.
The day I swapped to allulose, the graininess disappeared, the texture stayed smooth for a full week, and I finally had fudge I could serve to non-keto friends without apologizing.
This fudgy keto fudge: 4 ingredients, 2g net carbs, 10 minutes is the recipe I wish I'd found on day one of my keto journey. It requires no special equipment beyond a hand mixer, no stovetop monitoring, and no tolerance for grainy texture.
The coconut oil base means it sets firm, slices clean, and delivers the kind of chocolate density that actually satisfies a craving rather than triggering another one.
I make a batch most Sunday evenings now. It lives in a glass container in my fridge, and most weekdays around 3 PM, I find myself cutting a square to go with coffee. That ritual — knowing I have something genuinely good waiting — is what keeps this sustainable.
Tried this recipe? Rate it below, and tell me which sweetener you used—I'm collecting real-world data on how different brands perform.
Tag @theketolivity in your photos—I share my favorites every Friday.
Pin this for your Sunday meal prep lineup — you'll thank yourself Tuesday afternoon.
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Citations
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3. Rutherford, L. (2025, December 19). The sweet science of sugar crystals. The Sugar Association.
4. Roekenes, J., & Martins, C. (2021). Ketogenic diets and appetite regulation. Current Opinion in Clinical Nutrition and Metabolic Care, 24(4), 359–363.
5. Dyńka, D., Rodzeń, Ł., Rodzeń, M., Pacholak-Klimas, A., Ede, G., Sethi, S., Łojko, D., Bartoń, K., Berry, K., Deptuła, A., Grzywacz, Ż., Martin, P., Unwin, J., & Unwin, D. (2025). Ketogenic diets for body weight loss: A comparison with other diets. Nutrients, 17(6), Article 965.
6. U.S. Department of Agriculture, Agricultural Research Service. (2019). FoodData Central: Food details (FDC ID 330458). U.S. Department of Agriculture.
7. U.S. Department of Agriculture, Agricultural Research Service. (2019). FoodData Central: Food details (FDC ID 169593). U.S. Department of Agriculture.
8. Elsevier. (n.d.). Glycemic effect. In ScienceDirect Topics. Elsevier. (sciencedirect.com)
9. Liu, X., Li, J., Zhang, Y., Wang, L., & Chen, H. (2024). Temperature-dependent growth kinetic and crystallization behavior of the supercooled erythritol as a phase change material in long-term heat. Chemical Engineering Journal, 475, 146301.
10. Samples, S., & Samples, S. (2017, July 7). Reformulating Products with Allulose – Considerations for Browning, Crumb Structure, Crystallization, Humectancy, and Solubility. Allulose.
11. Chen, L. (2025, November 3). The difference between allulose and erythritol—all you need to know—your health, our ingredients 9593. health-sweet.
12. Professional, C. C. M. (2025, December 22). Collagen. Cleveland Clinic.
23. Sumithran, P., Prendergast, L. A., Delbridge, E., Purcell, K., Shulkes, A., Kriketos, A., & Proietto, J. (2013). Ketosis and appetite-mediating nutrients and hormones after weight loss. European Journal of Clinical Nutrition, 67(7), 759–764.
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