The Sweetness Gene of Monk Fruit Extract: How Blue Eyes Biotech Selects Varieties with >5% Mogroside V Content | Blue Eyes Biotech Traceability Series Part 2

Article Title: The Sweetness Gene of Monk Fruit Extract: How Blue Eyes Biotech Selects Varieties with >5% Mogroside V Content | Blue Eyes Biotech Traceability Series Part 2

Meta Description: Understand Blue Eyes Biotech's "Three-Tier Variety Selection System"—from field performance to lab data—and how it ensures the monk fruit varieties used for extraction possess stable, high Mogroside V content, guaranteeing batch-to-batch consistency for the extract.

Keywords: Monk Fruit Extract, Mogroside V Content, Variety Selection, Monk Fruit Varieties, Genetic Stability, Batch Consistency, Standardized Production, Plant Extract, Blue Eyes Biotech

Facebook Hashtags: #MogrosideV #VarietySelection #MonkFruitVarieties #BatchConsistency #StandardizedExtract #BlueEyesBiotech #PlantGenetics #RawMaterialScreening

Sweetness is not accidental; it is coded in the monk fruit's genes. Blue Eyes Biotech collaborates with the Guangxi Academy of Agricultural

Sciences to maintain a gene bank containing 12 primary varieties, including Qingpiguo, Lajiangguo, and Changtanguo. Our selection criteria

are extremely stringent: first, we observe fruit morphology and disease resistance in the field, eliminating 30% of candidates; subsequently,

HPLC laboratory testing is performed, retaining only varieties with fresh fruit Mogroside V content >1.2% (equivalent to >5% in dried fruit);

finally, a three-year cultivation stability test is conducted. Through this "Field-Lab-Time" three-tier screening, we ensure the varieties

ultimately used for producing Monk Fruit Extract maintain industry-leading, stable Mogroside V levels, providing a reliable source of

sweetness for your products.