Unlocking Evolutionary Insights from Natural Genetic Resources Empowering Native Cells with New Capabilities Creating Innovative Products
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Hot Springs
Rainforests
Oceans
Salt Lakes
AI-Powered Biological Computing
At the Molecular Level Ultilizing Computational Power to Analyze Molecular Interactions Converting Natural Components into Precision-Engineered Modules
Utilizing Methanol
Energy from Wind and Solar Power
Capturing and Sequestering Large Volumes of CO2
Biotechnology Unlocks Infinite Possibilities from
These Carbon Sources for Sustainable Innovation
Wind and photovoltaic power
CO₂ fixation
Methanol (Carbon source)
Cell factory
Nylon
Feed
High Performance Materials
Biodegradable Plastics
Fine Chemicals
Large-scale Genome Editing Technology
Pioneering genome editing platform offers an efficient solution for microbial engineering Enabling precise and rapid large-fragment genome modifications across a wide range of microbial cells
Metabolic Design and Reprogramming of Engineered Cell Factories
Leveraging Our Diverse Chassis Strains Enabling Flexible Metabolic Pathway Engineering to Synthesize Thousands of Molecules
¹³C isotope tracing and Dynamic Monitoring of Metabolic Flux
Our cell dynamics monitoring platform unlocks the 'black box' of metabolic regulation Providing clear insights that enable precision-guided cell optimization
Waste Oil Utilization
Utilizing green biotechnology to transform waste into valuable resources Fostering a new sustainable production model