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AI Protein Platform
Innovation Platform is Accurate and Efficient
AI Protein Platform
TransProtein – A Graphical, One-click, End-to-end AI Protein Design Platform
TransProtein is a graphical intelligent design platform for biopharmaceutical and synthetic biology companies. It deeply integrates self-developed core algorithms such as GPDL backbone design, GPD sequence generation, and IDPFold dynamic structure prediction, covering the design needs of peptide drugs, antigens/antibodies, and industrial enzymes. The platform supports graphical drag-and-drop operation and one-click automated workflows, allowing users to complete the entire virtual screening process from structure generation and sequence design to functional prediction without writing code. It also integrates mainstream international protein design methods, providing flexible, efficient, and scalable protein engineering solutions for R&D teams with varying experience levels.
Advantages Compared to Traditional Design
12-18Moon
Preclinical Research and Development Cycle
1-2Second-rate
Design Iteration Count
52%
Success Rate of The First Round of Wet Experiments
100%
Independent Intellectual Property Rights
Technical Highlights
4
X
Accelerate Drug Development Process
Speed ​​Increase of Up to Nearly 4 Times
01
Self-developed Algorithm Matrix
The core integrates proprietary algorithms such as GPDL skeleton design, GPD sequence generation, and IDPFold dynamic structure prediction, while also being compatible with mainstream international methods such as ESMFold, balancing cutting-edge technology with stability.
02
Full-chain Virtual Screening
It supports a complete computational workflow from structure generation to sequence design, functional prediction, and molecular optimization, with one-click automated operation, significantly reducing the technical barrier to protein design.
03
Zero-code Graphical Operation
The drag-and-drop interface design allows biologists to independently design AI proteins without needing any programming knowledge, enabling them to upload targets, configure parameters, and start high-throughput screening.

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