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Enzyme Catalysis

Technology Development

The biotechnology sector is entering its third revolution, transforming enzyme development from simple genetic modification to multidisciplinary integration. By combining enzymatic catalysis with cutting-edge technologies like AI and hybrid systems, we're dramatically expanding industrial applications—from carbon capture to sustainable manufacturing. Enzymes are evolving into versatile industrial solutions, reshaping production across multiple sectors.

1980

Chem. Process

2000

Gene Editing

Future

Multi-Tech Fusion

Molecular Design

Intelligent Design

Nano Materials

Catalyst Engineering

Dosage Form Development

High-End Equipment

Technology Framework

Multi-Combinatorial Technology Platform

The founding team from Tsinghua University pioneered the development of encapsulated nano-enzyme technology and enzyme-metal hybrid catalysis on the international stage. After over a decade of continuous refinement, we have established a Full-Chain Enzyme Development Platform CatalEditor® to meet diverse industrial enzyme application needs.

Function: Functionality Expansion

Modification of metal catalysts to enable synergistic catalysis, expanding reaction types and reactions

Stable: Nano-Encapsulation

Carrier design to improve enzyme structural stability, enabling reactions and applications that traditionally impossible

Dual Breakthroughs
Powering Enzyme-Based Manufacturing

While enzymes are highly efficient biological catalysts, their inherent specificity and mild-reaction requirements often limit industrial applicability in harsh or complex environments. Synthera addresses these constraints through two proprietary innovations.

Expanded Applications

High-Efficiency, Stable, and Multifunctional Enzyme Catalyst Products and Solutions

Constructing specific functional enzymes using enzyme molecular engineering technology
Maintaining enzyme activity in harsh or complex systems using nanotechnology
Improving the limitation of single enzyme functionality through enzyme-metal hybrid catalysis
Establishing a one-step reaction system to reduce process and equipment complexity

Intellectual Property

After over a decade of development by Tsinghua University's founding team, we have established a unique, advanced platform for enzyme design and engineering. To meet industry needs for biocatalysis, we've optimized production processes for simplicity, controllability and scalability, with a 10-ton production line now operational.

Our core technologies in enzyme engineering, expression systems and formulation are protected by comprehensive patents, while our products carry multiple trademark registrations, creating strong competitive advantages.

Enzyme Design and Engineering
High-Efficiency Production
Applications

Function

Stable