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Product Services
Custom-designed high-performance enzymes
Enzyme Engineering Services
De Novo Vertical applications of protein design services – custom-designing high-performance enzymes for industrial catalysis and gene editing.

Transpeptidase design: Completed de novo design for a listed pharmaceutical company, obtaining 82 new sequences with higher activity than natural enzymes in one round of validation.

CALB industrial enzyme modification: The designed sequence enzyme activity is 1.7 times that of the wild type, significantly improving catalytic efficiency.

eAgo gene-editing enzyme optimization: The enzyme maintains activity even after a 108-amino acid backbone reduction; three candidate sequences have been tested in wet experiments.

Technical Highlights
4
Week
Candidate Molecule Sequences Can Be Delivered in As Little As Four Weeks.
01
Enzyme-specific Algorithm Optimization
Based on GPDL backbone generation and GPD sequence design algorithms, this method enables targeted optimization of enzyme catalytic activity, thermal stability, and substrate selectivity, supporting the design of various enzyme molecules, including industrial enzymes, gene editing enzymes, and diagnostic enzymes.
02
Calculation + Wet Experiment Closed Loop
We provide a full-process service from catalytic mechanism analysis → active pocket design → sequence generation → expression and purification → activity detection, ensuring that the delivered sequences are experimentally verifiable.
03
4-Week Fast Delivery
Leveraging the TransProtein high-throughput computing platform, the process from target analysis to candidate enzyme sequence delivery can be completed in as little as four weeks, reducing the cycle time by more than 90% compared to traditional directed evolution.

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