Pseudomonas aeruginosa Pathway/Genome Databases
Explore Pseudomonas aeruginosa Metabolic Maps
The Cellular Overview enables you to browse through zoomable metabolic map diagrams that are customized to each BioCyc organism.Learn More
Pseudomonas aeruginosa on your iPhone and iPad
Have you ever wanted to quickly find out what is known about a gene, protein or pathway that was just mentioned in a talk or on a poster? Download the free BioCyc iPhone app to browse BioCyc on the go! Try the iPad version as well.Download Here
RouteSearch: Search for Paths through the Metabolic Network
Search for lowest-cost paths through the metabolic network of the selected organism. Or, design lowest-cost pathways to novel compounds by adding reactions from MetaCyc.Learn More
Build quantitative metabolic flux models using the MetaFlux metabolic modeling component of Pathway Tools.Learn More
Multiple Sequence Alignments
You can now generate multiple sequence alignments for genes or proteins - within a genome or between genomes.Learn More
Metabolomics Data Analysis
Multiple tools are available in this website for metabolomics data analysis.Learn More
Gene Expression Data Analysis
Multiple tools are available in this website for analysis of gene expression data.Learn More
Pseudomonas aeruginosa Comparative Genome Analysis
Multiple comparative analysis tools are available in this website.Learn More
The Components of BioCyc
BioCyc is a database collection. Tier-1 databases such as EcoCyc and HumanCyc are the most highly curated. Most BioCyc databases have been computationally derived from MetaCyc.Learn More
Retrieve the sequence of your favorite gene:
1. Select your genome of interest by clicking "change organism database" at the top-right of this page.
2. Type the gene name into the "Quick Search" box at the top right of this page.
3. Click on "Gene Search".
The BioCyc video series introduces users to the basic and advanced features of the BioCyc website and the Pathway Tools software. A complete list of video tutorials is available on the BioCyc webinars page.