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Decode Design Discover

A user-friendly AI platform for rapid protein-design pipelines

Our Platform
DNA Helix Visualization
Rapid & Cost-Effective

Augment human expertise with accelerated design cycles. Our platform drastically reduces failure rates, enabling rapid iteration and precise refinements before you ever enter the lab.

One-Stop-Shop AI Platform

Whether you are running virtual screens, de novo generation, or property prediction, access a versatile suite of state-of-the-art AI models in a single, unified environment.

Zero-Code Automation

We've replaced manual coding with an intuitive drag-and-drop canvas. Chain together powerful AI modules and let the system execute the full pipeline autonomously.

Pipeline Diagram

Our research

Prot2Token: A Unified Framework for Protein Modeling via Next-Token Prediction
Prot2Token: A Unified Framework for Protein Modeling via Next-Token Prediction

A task-agnostic framework that unifies diverse protein prediction tasks into same model.

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Zero-Shot Protein–Ligand Binding Site Prediction from Protein Sequence and SMILES
Zero-Shot Protein–Ligand Binding Site Prediction from Protein Sequence and SMILES

Introducing a high-throughput method capable of zero-shot protein-ligand binding site prediction.

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GCP-VQVAE: A Geometry-Complete Language for Protein 3D Structure
GCP-VQVAE: A Geometry-Complete Language for Protein 3D Structure

Defining a new discrete language for protein structures.

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Autoregressive Modeling for Ligand Site Prediction
Autoregressive Modeling for Ligand Site Prediction

Integrating a protein language model with an autoregressive transformer to predict protein-ligand binding sites from protein sequences alone.

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Predicting Kinase-Specific Phosphorylation Sites with Pretrained Protein Language Models
Predicting Kinase-Specific Phosphorylation Sites with Pretrained Protein Language Models

Jointly modeling substrate and kinase sequences via a protein language model for phosphorylation site prediction.

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Partnerships

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University of Missouri

ProGene

At ProGene, we harness the power of advanced artificial intelligence to redefine the future of protein design. Our platform is built to automate and simplify complex bioengineering workflows, allowing researchers and pharmaceutical companies to move faster and more efficiently from concept to viable drug candidates.

By seamlessly integrating protein structure prediction, optimization, and de novo design into a unified, user-friendly interface, ProGene eliminates the need for fragmented tools and time-consuming manual steps. This end-to-end solution not only improves accuracy and scalability but also dramatically reduces development timelines and R&D costs.

Whether you're accelerating early-stage drug discovery or engineering next-generation therapeutics, ProGene empowers your team with cutting-edge capabilities, fostering a new era of intelligent, data-driven innovation in life sciences.

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