Metabolic Pathway Mapper

Visualize and analyze metabolic pathways with interactive mapping tools for bioinformatics research.

Metabolites
Enzymes
Reactions
Transporters

Search Pathway

Pathway Analysis

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Nodes
17
Reactions
8
Enzymes
9
Metabolites

About Metabolic Pathway Mapping

Metabolic pathways are series of chemical reactions occurring within a cell, catalyzed by enzymes, that result in the synthesis or breakdown of molecules. Pathway mapping helps researchers understand the complex network of biochemical reactions and their regulation.

Key Applications:

  • Identification of drug targets in metabolic diseases
  • Analysis of metabolic flux in different conditions
  • Understanding metabolic adaptations in cancer cells
  • Design of metabolic engineering strategies

Pathway Databases

KEGG

Kyoto Encyclopedia of Genes and Genomes - comprehensive database including metabolic pathways

Explore
Reactome

Curated resource of core pathways and reactions in human biology

Explore
MetaCyc

Database of nonredundant, experimentally elucidated metabolic pathways

Explore

Frequently Asked Questions

Metabolic pathway analysis is the study of biochemical pathways to understand how metabolites and enzymes interact in cellular processes. It involves mapping reactions, identifying key regulatory points, and analyzing flux through pathways under different conditions.

This tool allows you to visualize metabolic pathways, search for specific components, analyze pathway structure, and export visualizations for publications or presentations. You can explore predefined pathways or eventually upload your own data for custom analysis.

The pathway data is based on well-established metabolic pathways from databases like KEGG and Reactome. These are manually curated resources that compile experimental data from scientific literature to create accurate representations of metabolic networks.