TriForC Database

TriForC Database provides a curated reference of experimentally validated triterpene biosynthesis enzymes, including oxidosqualene cyclases, cytochrome P450s, and UDP-glycosyltransferases, and mapped biosynthetic pathways for plant natural product research.

Key Features:

• Comprehensive Enzyme Catalogue: An extensive collection of experimentally validated enzymes involved in triterpene biosynthesis, including oxidosqualene cyclases, cytochrome P450s, and UDP-glycosyltransferases.
• Pathway Mapping: Detailed representation of branched triterpene biosynthetic pathways showing enzyme–substrate–product relationships across plant species.
• Facilitation of Gene Mining: Provision of enzymatic data to identify candidate genes for engineering or discovery of triterpene biosynthetic activities.
• Support for Synthetic Biology: Data intended to inform the design and assembly of genetic toolboxes and engineered biosynthetic routes for production of high-value triterpenes.

Scientific Applications:

• Biosynthetic and enzymology studies: Analysis of enzyme functions and pathway topology to elucidate triterpene biosynthesis mechanisms.
• Gene mining and metabolic engineering: Identification of genetic targets for heterologous expression or pathway modification to alter triterpene outputs.
• Natural product discovery and sustainable production: Support for discovery of novel triterpenes and strategies for their sustainable biosynthetic production.
• Pharmaceutical, agricultural, and nutritional development: Enabling research into triterpenes as leads or agents for anti-cancer, agronomic, or dietary supplement applications.

Methodology:

No computational methods or specific analytical pipelines were specified in the provided description.