VEMINSYN's Hyper-Intelligent AI Platform, backed by leading supercomputing, features three core technologies: AI-driven high-throughput efficacy target discovery with an exclusive skincare target database and virtual docking for fast, cost-effective ingredient and target screening; molecular transmembrane simulation that predicts peptide and molecular permeability via lipid bilayer modeling and key parameter calculation; and cellular digital twin for aging gene map construction and virtual cell experiments, which simulate cell behaviors and anti-aging efficacy to replace traditional cell tests. The platform provides customized skincare R&D services with flexible cooperation modes and boasts successful brand collaborations.
An AI-driven plant callus intelligent manufacturing platform. It features a rare plant cell bank and three core capabilities: high-value active ingredient synthesis, intelligent delivery and precise synergistic formulation. Enabled by AI full-link regulation and controllable plant cell factory technology, it delivers sustainable, high-efficiency, one-stop customizable solutions for the beauty industry.
Advanced Efficacy Testing Platform features two core technologies. Confocal Raman spectroscopy pioneers three cosmetic industry in vivo Raman testing standards covering transdermal penetration detection, recombinant collagen analysis and sunscreen formula performance evaluation, enabling non-destructive, in-situ and high-resolution in vivo skin and hair testing. High-throughput Nanopore sequencing underpins comprehensive genome, proteome and metabolome multi-omics analysis, decoding the molecular action mechanisms of bioactive substances through systematic genomic, proteomic and metabolomic studies.
Our comprehensive natural bioactive molecule database features detailed annotations on physicochemical properties and efficacy, with systematic classification. It aims to become the world’s largest bioactive molecule database for skincare and medical aesthetics, offering theoretical guidance and data foundation for designing novel skincare bioactive molecules, supporting natural active ingredient discovery and deepening customer understanding of skincare and medical aesthetics bioactive molecules.
Natural active molecule databases of animals, plants and microorganisms
Human skin omics database
Our platform drastically improves the efficiency of bioactive molecule screening and strain optimization, enabling cost-effective acquisition of high-quality biological big data in short timeframes. This data underpins virtual screening and prediction via machine learning, while ensuring the development and industrialization of bio-based products.
Phage display technology, a high-throughput screening method based on directed evolution, expands its applications in polypeptide modification and selection.
Ultra-high-throughput virtual screening
Phage display technology
Leveraging AlphaFold2 for protein structure prediction and de novo protein design algorithms, we achieve the development of biomechanical materials for medical aesthetics. Concurrently, potential bioactive peptides are designed using computer-aided virtual screening and molecular docking software to generate artificial peptides. Combined with efficacy evaluation experiments, this yields biomimetically designed active molecules and materials.
The microfluidic fluorescence-activated droplet sorting (FADS) technology enables encapsulation, cultivation, and fluorescence-based screening of single cells within droplets, greatly improving sorting efficiency and flexibility.
VEMINSYN, equipped with four expression systems and a pilot-to-tonne production platform, enables the R&D and production of a wide range of bioactive materials. By offering protein design, functional screening, and tailored expression systems and tags based on client needs, we deliver customized bioactive raw materials.
Prokaryotic synthesis systems
Eukaryotic synthesis systems
Cell-free synthesis systems
With a rigorous scientific system for ingredient efficacy evaluation, we conduct comprehensive testing, rational analysis, and scientific interpretation of raw material or product efficacy through biochemical, cellular, and clinical evaluation methods. Product quality is substantiated with robust data and professional experimental evidence.
Molecular-level experimental systems
Phenotypic functional experimental systems
Raman spectroscopy platform for transdermal assessment
Multi-omics efficacy evaluation platform
