Computational Tools forAntibody Engineering

Design improved variants, de novo binders, and novel molecules. Use state of the art
AI and physics based methods, no setup required.

eXozymesBayerSepternaADIMABXencorPromegaFlagship PioneeringBoehringer Ingelheim

Features

Learn what Tamarind can do for you

Antibody molecular illustration

Design and optimize nanobodies, antibodies, and mini proteins

  • Predict the structures of immune proteins at massive scale and speed
  • Redesign and optimize CDRs for an antigen
  • Predict binding poses of antibody-antigen complexes
  • Optimize and predict sequences for thermostability, solubility, and other developability properties
  • Design de novo nanobody binders for an antigen
Learn More

User-Friendly

A Central Interface Connecting Users to the Cutting Edge of Published Tools

Browse the selected protein engineering applications. Compute services are not connected yet.

Sequence inputs connected to computational outputs

Seamless

Massive Scale

We handle the high performance compute, parallelization, and GPU orchestration for you, saving time and money. All of our tools can be used for hundreds of thousands of inputs.

Simple tool input interface

Intuitive

Enabling Access for Every Scientist

Run the leading machine learning tools through our simple web interface or programmatic API.

Security & IP

Own your data

Own all of your inputs and derivatives, hosted on our SOC 2 compliant, secure cloud. Review our Trust Center to learn more.

Secure Cloud

Encryption with enterprise-grade security practices, trusted by dozens of life sciences companies.

Own your IP

You own your inputs and their derivatives, we provide the software.

Privacy

Only you and your organization members have access to your data, each computation is isolated with no contamination.

Supporting 10,000+ scientists around the world,
from leading biotechs, and global biopharma