Innovative AI-Powered Solutions
Our Alchemist™ platform uses deep learning and AI-driven models to predict and optimize protein expression in E. coli, S. cerevisiae, and CHO cells, reducing costly lab experiments and accelerating discovery. We provide solutions for organizations of all sizes across sustainable manufacturing, biomedicine, agriculture, materials, and molecular biology tools.
Why Choose Aise Bio?
Faster Results
Accelerate your project and skip months of trial-and-error. Get AI-optimized protein expression predictions in days.
Cost Savings
Reduce the cost of your wet lab experiments by 90% or more and streamline your R&D budget.
Scientific Precision
Powered by deep learning, our models predict expression levels with high accuracy.
Data Security
We guarantee full client confidentiality and you own any IP that you create.
World-Class Expertise
Developed by top experts in protein engineering and AI/ML.
Our Services
Expression Ranking
AI-predicted protein expression levels ranked for optimal selection. Our algorithms evaluate your protein sequences and provide a ranked list based on predicted expression levels, enabling you to focus your limited resources to the most promising candidates.
Expression Optimization
Alchemist™ gives you AI designed mutations that enhance expression while conserving essential function and activity. Our advanced algorithms identify key areas for mutation that will increase expression levels without compromising the critical functional domains of your protein.
Our Technology
Our best-in-class AI deep learning and sequence-structure modeling technologies power our predictions. Our expression ranking models have been benchmarked and outperform the best published methods for E. coli and S. cerevisiae and we have many more organism specific models currently in development. Our mutation generation methods ensure that protein variants are highly likely to express well in your chosen host while preserving essential structure and function.
Get Started Today
Unlock new possibilities in protein expression with AI-driven optimization.