# item.guide
Side-by-Side Comparison Sugars & Alternative Sweeteners

Monk Fruit Extract (Mogroside V) vs. Raw Honey (Pure Unfiltered)

Comparing 2 standards across 13 specifications. 13 key differences identified.

Comparing:
Monk Fruit Extract (Mogroside V)
Raw Honey (Pure Unfiltered)

Monk fruit (luo han guo, Siraitia grosvenorii) extract derives its sweetness from mogrosides, a group of triterpene glycosides concentrated from the fruit's flesh. The dominant compound, Mogroside V, is roughly 250 times sweeter than sucrose, non-caloric, and has zero glycemic impact -- though most commercial "monk fruit sweetener" products blend it with erythritol or another bulking agent rather than selling pure mogroside extract.

View full Monk Fruit Extract (Mogroside V) spec sheet →

Raw honey is enzymatic floral nectar concentrated by honeybees (Apis mellifera). Per 100g, it provides 304 kcal, 82.4g carbohydrates (38.2% fructose, 31.3% glucose, 7.1% maltose/sucrose), 0.3g protein, 17.1g water, and a glycemic index of 58.

View full Raw Honey (Pure Unfiltered) spec sheet →

Specification Comparison Table

13 Parameters
Parameter / Spec
Relative Sweetness Index
~250 (250x sucrose, for Mogroside V specifically) 100 – 120 (Slightly sweeter than sucrose)
Energy / Calories
0 (Non-caloric) kcal 304 kcal
Glycemic Index (GI)
0 (Zero insulin spike) 58 (Medium)
Acceptable Daily Intake (ADI)
Not established by JECFA/EFSA (unlike stevia's formal ADI) Moderation (< 25g/day added sugars)
Sweetening Compound
Mogroside V (dominant of several mogrosides present)
US Regulatory Status
GRAS (FDA, since 2011)
EU Regulatory Status
Not approved (Novel Food dossier still pending as of 2023 EFSA review)
Typical Commercial Form
Usually blended with erythritol or another bulking agent, not sold as pure mogroside extract
Total Carbohydrates
82.4 (38% Fructose, 31% Glucose) g
Net Effective Carbohydrates
82.4 g
Molecular Composition
Invert sugar blend + Bee enzymes (Invertase, Glucose Oxidase)
Dental Caries Risk
Moderate-High
Water Content
17.1 (Prevents bacterial fermentation) %