IH SYNPIC SYSTEM — AI-Driven Pichia pastoris Intelligence Platform
IH SYNPIC SYSTEM (IHS) is a fully open-source AI-driven Pichia pastoris intelligence platform developed by IH BLUEX. Integrating synthetic biology and artificial intelligence, IHS aggregates global genomics, proteomics, patent, literature, and fermentation data to serve researchers and industry worldwide.
Vision & Mission
To become the world's leading open-source AI-driven synthetic biology platform for Pichia pastoris, advancing open science and accelerating biomanufacturing innovation through data sharing and community collaboration.
Technology Architecture
- SynData — Multi-source heterogeneous biological data integration layer
- SynAI — Next-generation AI large model for gene expression prediction and optimization
- SynPlatform — Intelligent design, simulation, and optimization platform
- BioFoundry — Automated experiment and high-throughput screening system
Core Capabilities
- Methanol-Free Expression System
- CRISPR Gene Editing
- AI Protein Design
- High-Throughput Screening
- Metabolic Engineering
- Industrial Scale-Up
Global Data Resources
IHS integrates data from 16+ authoritative sources worldwide including NCBI, UniProt, PDB, AlphaFold DB, PubMed, WIPO, and more. The platform curates patent information, cutting-edge research, AI models, genomics/proteomics data, fermentation parameters, and strain resources.
Open Source & Open Access
IHS is released under the MIT License. All code, data, and tools are freely available to academic researchers, biotech companies, pharmaceutical enterprises, and industrial manufacturers worldwide.
Contact
Email: lei@bluex.net.cn | GitHub: github.com/ih-synpic | Location: Shanghai, China
© 2026 IH BLUEX (Shanghai) Intelligent Technology Co., Ltd. IH SYNPIC SYSTEM is licensed under Apache 2.0.