Mission and Vision
Breaking the Limitations of Precious Herb Mass Production
Time
Wild ginseng requires at least 50 years of growth to develop the rare ginsenosides with nutritional value. However, through plant stem cell technology, we can cultivate and produce identical rare ginsenosides (Rg3, Rh2, etc.) in just one month, solving the time cost problem.
Space
China's land area is about 9.6 million square kilometers, yet only 6kg of natural wild ginseng can be collected annually. Even cultivated ginseng yields only 600kg per acre per year, and not all land is suitable for ginseng cultivation. With plant stem cell technology, we simply need to establish factories for mass production - one culture vessel can produce active components equivalent to 75,000 roots of 50-year-old wild ginseng, solving the space cost problem.
Standardization
Natural plants like Chinese herbs face irregular active components that prevent WHO recognition. Even the same plant species grown in different environments will have inconsistent active components, and annual harvests from the same land vary. Plant stem cell technology uses immortal stem cells cultivated in laboratories to ensure consistent active components in every production batch, solving quality standardization issues.
Safety
Current environmental challenges include air, water, and soil pollution. Even organic products face risks of heavy metal contamination, bacterial infection, and plant deterioration. Plant stem cell technology enables cultivation in 100% sterile, heavy metal-free, pesticide-free, and hormone-free safe conditions, with all products undergoing strict production inspections, solving product safety concerns.
Low Cost
Plant stem cell technology reduces time, space, and labor costs, enabling mass production of standardized products while solving natural resource scarcity and production cost issues.