21:I[4606,["9139","static/chunks/9139-29aac3297803e837.js","5162","static/chunks/5162-971519dd5e179b15.js","1163","static/chunks/app/%5Blocale%5D/(with-footer)/ai/%5BwebsiteName%5D/page-93c09f9a3f0813c2.js"],""] 23:I[1895,["9139","static/chunks/9139-29aac3297803e837.js","5162","static/chunks/5162-971519dd5e179b15.js","1163","static/chunks/app/%5Blocale%5D/(with-footer)/ai/%5BwebsiteName%5D/page-93c09f9a3f0813c2.js"],""] 22:T6c0,

What is Cradle?

Cradle is an AI-powered protein engineering platform that helps biologists design improved proteins faster. It leverages powerful prediction algorithms and AI design suggestions to accelerate protein optimization for various applications, including therapeutics, agricultural solutions, and food ingredients. Cradle enables teams to generate protein candidates, track round status, explore reports, and co-optimize multiple properties like activity, binding, and stability.

How to use Cradle?

To use Cradle, users import experimental data, define goals and assays, generate protein candidates using AI-driven design strategies, review predictive performance scores, and send sequences to the lab for validation. The platform tracks lab progress and learns from new assay data to improve model performance.

Cradle's Core Features

AI-driven protein design and optimization

Multi-property co-optimization

Data-driven model learning

Candidate generation and tracking

Reporting and analysis

Secure and private data management

Cradle's Use Cases

#1 Engineering antibodies with desired binding affinity and developability

#2 Accelerating catalytic conversions for enzymes

#3 Improving the stability and efficacy of peptides

#4 Stabilizing antigens for vaccine development

#5 Developing proteins for therape

Cradle

📋Introduction

User Rating