Three Open-source Database Mining Technologies
Three Metabolic Derivative Platforms
Three Development and Expansion Platforms

Three Open-source Database Mining Technologies

GeneDartec™ Technology Platform

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Three Open-source Database Mining Technologies

Metabolic Pathway Database

Metabolic Pathway Database

Rebuilding Metabolic Networks, Driving Sustainable Production
We aggregate and systematically organize classical and emerging metabolic pathway data across multiple domains, leveraging AI algorithms to uncover novel biosynthetic routes. Mapping theoretical pathway blueprints significantly enhances design efficiency, from target selection to product conversion. Through in-depth analysis of metabolite relationships, reaction steps, and key enzyme functions, pathway feasibility and overall conversion efficiency can be precisely predicted and optimized, advancing the development of high-performance, sustainable biomanufacturing systems.

Genome Database

Genome Database

Insight into Genomic Blueprints, Empowering Biosynthetic Innovation
We integrate globally annotated microbial and plant/animal genomic resources with intelligent screening and functional analysis technologies to precisely identify potential biosynthetic genes and enzymatic assets. By deeply mining gene functions, we accelerate chassis strain design and the development of core biosynthetic modules, significantly enhancing the efficiency of synthetic biology innovations.

Enzyme Database

Enzyme Database

Activating Enzymatic Power, Stimulating Biosynthetic Potential
We focus on well-characterized and fully annotated enzyme resources, integrating catalytic characteristics, substrate specificity, and structural-function data. By combining natural and engineered enzyme insights with machine learning and intelligent analytics, we enable the screening and directed evolution of novel enzymes. This expansion of the biocatalysis landscape boosts conversion efficiency within metabolic pathways and unlocks the full potential of biosynthesis.

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Three Metabolic Derivative Platforms

Isoprenoid Derivatives Synthesis Platform, Glycolysis Derivatives Synthesis Platform, Aromatic Amino Acid Derivatives Synthesis Platform

Three Metabolic Derivative Platforms

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Three Development and Expansion Platforms

Design for Genetic Elements, Metabolic Pathways, and Enzymes

Rooted in systems and synthetic biology, we offer end-to-end design capabilities—spanning from pathway discovery to functional component optimization.

Enzyme Catalysis and Pathway Optimization

Enzyme Catalysis and Pathway Optimization

In-depth analysis of enzyme mechanisms

AI-assisted mining of metabolic pathways

Genomic Element Engineering

Genomic Element Engineering

Promoter library design and optimization

Precision genome editing with CRISPR

Gene knockout and expression modulation strategies

Plasmid copy number optimization to enhance expression efficiency

Metabolic Regulation and Feedback Optimization

Metabolic Regulation and Feedback Optimization

Innovative engineering of feedback inhibition regulation

Optimization of cofactors and transporter proteins

High-throughput Screening and Omics Integration

High-throughput Screening and Omics Integration

Applying metabolomics to decode dynamic metabolic networks and inform metabolic engineering

Building high-throughput screening platforms to accelerate high-performance strain development

Natrobrew® Fermentation

Efficient Biosynthesis

Efficient Biosynthesis

Precisely engineered microbial expression systems iteratively optimized using the DBTL (Design-Build-Test-Learn) cycle to improve yield and strain stability.

Innovative Process

Innovative Process

Proprietary advanced fermentation processes enable fine-tuned control of metabolic pathways to flexibly support diverse biobased production needs.

Lean Management

Lean Management

Automated fermentation systems monitor and control critical parameters in real-time, ensuring efficient resource use and optimized production performance.

Sustainable Separation & Purification

Dedicated to sustainability through low-energy and high-efficiency purification technologies.

Integrated Solutions

Integrated Solutions

Advanced chromatography, filtration, and ultrafiltration technologies tailored for efficient purification across diverse product types.

High Performance

High Performance

Deliver high-purity, high-precision separation from complex mixtures and specialized biomolecules.