AuCoMe

AuCoMe reconstructs and standardizes genome-scale metabolic networks (GSMNs) from annotated genomes to enable unbiased comparative metabolic analysis across organisms.

Key Features:

• Automated GSMN Reconstruction: Automatically reconstructs genome-scale metabolic networks from heterogeneous genome annotations while integrating existing manual annotations.
• Network Homogenization: Standardizes metabolic network structure and annotations across organisms to reduce technical biases in comparative analyses.
• Metabolic Specificity Preservation: Maintains organism-specific metabolic characteristics while producing comparable GSMN representations.
• Cross-Species Comparative Analysis: Enables identification of shared and divergent metabolic features among different organisms.

Scientific Applications:

• Comparative Metabolic Network Analysis: Facilitates systematic comparison of genome-scale metabolic networks across multiple species.
• Metabolic Evolution Research: Supports investigation of conserved and divergent metabolic pathways across evolutionary lineages.
• Microbial and Eukaryotic Metabolism Studies: Enables metabolic network analysis across diverse taxa including bacteria, fungi, and algae.

Methodology:

AuCoMe processes annotated genomes to automatically reconstruct genome-scale metabolic networks while integrating manual annotations and standardizing network structure for comparative analysis.