Tamarind Blog

Thoughts from the Tamarind team on computational protein design and AI+life sciences

BoltzGen: Validated de novo binder design for diverse targets

OpenFold3 and The Future of Protein Folding

Predicting Antibody Properties & Developability

A New Best Structure Prediction Protocol

Commercially available!

A New Best Structure Prediction Protocol

Commercially available!

A New Best Structure Prediction Protocol

Commercially available!

A Comprehensive Introduction to AI for Proteins (2026)

Structure Prediction

Boltz-2: State of the Art Structure and Binding Affinity Prediction

Structure Prediction

Boltz-2: State of the Art Structure and Binding Affinity Prediction

Structure Prediction

Boltz-2: State of the Art Structure and Binding Affinity Prediction

Binder Design

Boltzdesign1: Designing De Novo Binders to More Than Just Proteins

Binder Design

Boltzdesign1: Designing De Novo Binders to More Than Just Proteins

Binder Design

Boltzdesign1: Designing De Novo Binders to More Than Just Proteins

Protein Therapeutics

Computational De Novo Design of Antibodies and Nanobodies

Protein Therapeutics

Computational De Novo Design of Antibodies and Nanobodies

Protein Therapeutics

Computational De Novo Design of Antibodies and Nanobodies

Protein Therapeutics

Computational De Novo Miniproteins As Therapeutics

Results for minibinders used as drugs.

Protein Therapeutics

Computational De Novo Miniproteins As Therapeutics

Results for minibinders used as drugs.

Protein Therapeutics

Computational De Novo Miniproteins As Therapeutics

Results for minibinders used as drugs.

Structure Prediction

Chai-1r, AlphaFold3 Level Performance: Now Completely Open Source

Structure Prediction

Chai-1r, AlphaFold3 Level Performance: Now Completely Open Source

Structure Prediction

Chai-1r, AlphaFold3 Level Performance: Now Completely Open Source

Structure Prediction

How to Use AlphaFold3 Commercially

Structure Prediction

How to Use AlphaFold3 Commercially

Structure Prediction

How to Use AlphaFold3 Commercially

Immune Proteins

How Well Does AlphaFold3 Work for Antibodies and Nanobodies?

AlphaFold3 is by far the current state of the art model for structure prediction, how accurate is it for immune proteins?

Immune Proteins

How Well Does AlphaFold3 Work for Antibodies and Nanobodies?

AlphaFold3 is by far the current state of the art model for structure prediction, how accurate is it for immune proteins?

Immune Proteins

How Well Does AlphaFold3 Work for Antibodies and Nanobodies?

AlphaFold3 is by far the current state of the art model for structure prediction, how accurate is it for immune proteins?

Structure Prediction

Boltz-1: AlphaFold3 Level Performance, Truly Open Source and Commercially Available

Researchers from MIT and Genesis Therapeutics announce Boltz-1, a model that achieves AlphaFold3 level sucess in protein, protein-ligand complex structure prediction with no restrictions on use. Here we provide a webserver and API on Tamarind Bio for all to use.

Structure Prediction

Boltz-1: AlphaFold3 Level Performance, Truly Open Source and Commercially Available

Structure Prediction

Boltz-1: AlphaFold3 Level Performance, Truly Open Source and Commercially Available

Protein Therapeutics

Are Mini Proteins the Next Antibodies?

Mini proteins have many benefits over traditional protein therapuetic modalities, are they on the rise?

Protein Therapeutics

Are Mini Proteins the Next Antibodies?

Mini proteins have many benefits over traditional protein therapuetic modalities, are they on the rise?

Protein Therapeutics

Are Mini Proteins the Next Antibodies?

Mini proteins have many benefits over traditional protein therapuetic modalities, are they on the rise?

Protein Structure Prediction

Computational PPI Screening

AlphaFold predicts multimer structures well, here's how researchers use it for predicting protein-protein interactions

Protein Structure Prediction

Computational PPI Screening

AlphaFold predicts multimer structures well, here's how researchers use it for predicting protein-protein interactions

Protein Structure Prediction

Computational PPI Screening

AlphaFold predicts multimer structures well, here's how researchers use it for predicting protein-protein interactions

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