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Used for

    Protein sequence designBiotech project accelerationEnzyme and vaccine developmentPeptide and antibody optimizationBiotechnology research and innovation

Features

    Secure data handlingMachine learning-based protein designMulti-property optimizationFull IP ownershipEasy integration into workflowsPredicted performance scoringImport assay dataAccelerated time-to-marketHandles complex optimization tasksMachine learning-based protein sequence optimizationSimultaneous multi-property optimizationPredictive performance scoring for generated sequencesIntegration with existing assay dataReduction of time-to-market for biotech projectsHandles enzymes, vaccines, peptides, and antibodiesCapability to optimize for activity, thermostability, and solubilityAllows E-coli expression and substrate specificity optimizationDesigned for use by biotech industry leadersFacilitates re-evaluation of challenging projects

What is Cradle?

Cradle is a platform for protein engineering that uses machine learning to design improved variants of protein sequences.

Who can benefit from using Cradle?

Biotechnology researchers, pharmaceutical scientists, protein engineers, bioinformatics specialists, and R&D teams can benefit from using Cradle.

What types of projects is Cradle best suited for?

Cradle is best suited for biotech projects involving protein sequence design, enzyme and vaccine development, and peptide and antibody optimization.

How does Cradle optimize protein sequences?

Cradle uses machine learning to optimize protein sequences, allowing for simultaneous multi-property optimization and predictive performance scoring.

Can I integrate Cradle with my existing assay data?

Yes, Cradle allows you to import assay data from ongoing projects, facilitating seamless integration.

What properties can Cradle optimize?

Cradle can optimize properties such as activity, thermostability, solubility, E-coli expression, and substrate specificity.

How does Cradle help reduce time-to-market?

Cradle reduces time-to-market by learning from each experimental round to provide better variants, thus accelerating project timelines.

Is Cradle suitable for challenging biotech projects?

Yes, Cradle is designed to handle challenging projects and can facilitate re-evaluation of complex tasks.

What makes Cradle unique in protein engineering?

Cradle's ability to perform simultaneous multi-property optimization with predictive scoring makes it unique in the field of protein engineering.

Is Cradle used by industry leaders?

Yes, Cradle is trusted by leading biotech teams globally for accelerating and optimizing biotech projects.

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