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Maximize Protein Yield

Maximize
Protein Yield
with GenAI

Achieve higher protein yields in your host system with proven designs that minimize experimental cycles.

Achieve higher protein yields in your host system with proven designs that minimize experimental cycles.

ConvergeGEO™ is our generative AI yield optimization solution, built to maximize protein output in a host-specific context. Using advanced modeling and structural analysis, ConvergeGEO™ optimizes codon usage, UTRs, promoters and terminators for efficient expression. Trained on real yield data across diverse expression systems, it delivers substantial yield improvements without long experimental cycles.

ConvergeGEO is our generative AI yield optimization solution, built to maximize protein output in a host-specific context. Using advanced modeling and structural analysis, ConvergeGEO optimizes codon usage, UTRs, promoters and terminators for efficient expression. Trained on real yield data across diverse expression systems, it delivers substantial yield improvements without long experimental cycles.



“We have 4.5x higher yield from the same system than before, which translates into much lower manufacturing costs and market competitiveness.”

“We have 4.5x higher yield from the same system than before, which translates into much lower manufacturing costs and market competitiveness.”

Dr. Hamid Noori

Dr. Hamid Noori

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CEO at PreFer Industries

CEO at PreFer Industries

How it works

How it works

ConvergeGEO™ is trained on over 1 trillion gene tokens and 100 million gene expression profiles, enabling deep understanding of gene regulation and expression across organisms. The architecture powers transcript optimization, 5’ and 3’ UTR optimization, and promoter optimization to enhance protein yield, stability, and manufacturability. ConvergeGEO supports expression system-specific design across CHO, HEK293, E. coli, Pichia, S. cerevisiae, and A. oryzae, delivering optimized constructs ready for experimental validation.

Input

Explainability & Output

A Classification Head links the patient representation to clinical outcomes. The model then extracts Disease-specific association scores and Cell-type-gene importance scores. This explainability allows us to extract the genes that are the main drivers for a specific disease or response.

2nd

Predictors

Explainability & Output

A Classification Head links the patient representation to clinical outcomes. The model then extracts Disease-specific association scores and Cell-type-gene importance scores. This explainability allows us to extract the genes that are the main drivers for a specific disease or response.

Output

Explainability & Output

A Classification Head links the patient representation to clinical outcomes. The model then extracts Disease-specific association scores and Cell-type-gene importance scores. This explainability allows us to extract the genes that are the main drivers for a specific disease or response.

Achieve higher
titers with GenAI

Achieve higher
titers with GenAI