Search Example CFTR; Oryza; sativa; CNPhis0000101; PMID27902407
Welcome to Knowledge Graph & Large Language Model-Enhanced Organ on a Chip Database Platform

Knowledge Graph & Large Language Model-Enhanced Organ on a Chip Database is a comprehensive, intelligent platform designed to accelerate biomedical research and drug discovery. This platform uniquely integrates multi-source biomedical data, organ-on-chip models, knowledge graphs, and AI-powered analytics into a unified, web-based system.

Key Features:

*Integrated Multi-Source Databases:Collection of data from multiple public databases and consolidation into 8 sub-databases.

*Organ-on-Chip Knowledge Graph:A curated knowledge graph linking organ-on-chip models with other biomedical data enabling intuitive navigation and relationship discovery.

*AI-Powered Drug Repurposing:Employs advanced link prediction and reinforcement learning techniques to suggest potential drug candidates for new disease targets.

*Intelligent Q&A System:Enables users to ask biomedical questions in natural language and receive context-aware, evidence-based answers from the knowledge graph.

This platform serves as a bridge between cutting-edge experimental systems and computational intelligence, offering powerful tools to researchers, clinicians, and pharmaceutical scientists.

Intelligent Tools

Knowledge Graph

OCKG integrates biomedical data like organ chips, diseases, genes, and compounds, revealing their critical associations for advanced drug screening and disease research. Version 1.0 includes 76,540 nodes (17 types) and 2,315,561 relationships (21 types).

Knowledge Graph

Drug Repurposing

Drug repurposing mines new uses for existing drugs, offering low cost, short cycles, and high safety compared to traditional methods. Using OCKG data, learning method accurately predicts drug-disease associations, aiding researchers in innovative drug development.

Drug Repurposing

Intelligent Assistant

Our intelligent Q&A system, using RAG technology, integrates OCKG data, large language models, and knowledge graphs for efficient knowledge retrieval, breaking professional barriers, and enhancing user experience with a seamless interactive front-end page.

Intelligent Assistant
Statistics

18Thousand

GSA

14Thousand

Drug

86

Diseases

122Thousand

Literature

17Thousand

Toxicants

4Million

Chemicals

36Thousand

Patent

98

Models

Copyright @KLOCD