VEMINSYN boasts multi-dimensional advantages and practices in sustainable development
Synthetic Biology and Agricultural Production
Eco-friendliness: cruelty-free, low energy consumption, low carbon footprint, and biodegradable;
High production efficiency: no animal breeding or extraction required, streamlined production chain, and lower costs;
Safety & compatibility: high human compatibility with no immunogenic rejection.
Plant Callus Technology
Environmentally friendly: occupies no arable land, requires no light or additional water resources, cutting down light and water usage in line with sustainable development goals.
Highly efficient: production is not restricted by seasons, with a simplified production chain. Callus can grow in dark environments, and targeted enrichment of active substances enhances production efficiency and product quality.
Safe & reliable: uses natural biological ingredients, free of fertilizers, pesticides and preservatives, avoiding ecological damage and environmental pollution caused by traditional plant extraction.
Protection of rare plants: enables cloning of rare and endangered species such as Bletilla sinensis, realizing the perpetual replication of rare species resources (commercialization of the induced plants is not permitted).
Targeted enrichment of active substances: The total flavonoid content of fig callus extract is nearly 20 times that of traditional extracts, with a DPPH radical scavenging efficiency of 96%–97%, equivalent to that of vitamin C.
Excellent batch stability: Stable growth conditions grant plant callus exceptional batch-to-batch consistency.
Sustainable production: The resveratrol content in Sahongrou grape callus is 4.13 times higher than that in fruit extracts. Via plant cell culture technology, the same amount of active ingredient can be obtained in just 30 days, providing a stable source of resveratrol and a high-quality sustainable oil-control solution.
Component stability (high consistency with variation <10%);
Active ingredient concentration (targeted enrichment, 5–20 times enhancement);
Innovation speed (data-driven iteration). Meanwhile, it transforms the production model from resource-consuming to resource-efficient and circular.
ESG Certification and Academic AdvocacyThrough communication and certification with L’Oréal’s ESG team, VEMINSYN has conducted detailed measurements and verified the advantages of the callus production process in terms of carbon sources, arable land use, water consumption, fertilizer and pesticide reduction, and carbon utilization efficiency. The company also plans to publish environmental research papers to demonstrate the ESG excellence of the callus system through academic channels.
Product and Technology Applications
Vemerstem® Sea Fennel Repair: Based on plant callus technology, it realizes the cloning of rare plants and targeted enrichment of active ingredients, with strengths including green safety, batch-to-batch stability and resource conservation.
Vemerstem® PDRN: Callus cells feature large nuclei, high DNA content, extremely thin cell walls and low impurities. Using low-temperature extraction and ultrasonic disruption/shearing technologies, it produces PDRN with excellent permeability and efficacy, which is ethical, sustainable and safer.
