• The NetworkDrawer provides drawing and analyzing functions of coexpression networks for query genes.
• In addition to condition-independent coexpression, condition-specific coexpression data is drawn.
• INPUT: Delimitate loci with <RETURN> or <TAB>. Maximam number of input genes is limited to 100 for network drawing on ATTED-II. The example is genes annotated as "UDP-glycosyltransferase activity".
• OPTIONS:
• Disp. type: When selecting "Graphviz", automatic subnetwork analyses are also provided to detect biologically-meaning subnetworks by applying enrichment tests for Gene Ontology annotations and heptamer cis elements in the procimal promoter region [-300, -1].
• Coex option: [Add no gene] drawing network only with the query genes. [Add a few genes] Automatically add genes connected with at least two query genes. [Add many genes] Automatically add genes around query genes. A group of the 20 coexpressed genes used in the coexpression network in corresponding locus page to the query genes are used. The nodes connected to a single node in the displaying network are excluded for simplicity.
• PPIoption: [Do not draw PPIs] do not draw PPI in the gene network. [Draw PPIs] Drawer PPIs among the coexpressed genes. [Add a few genes] Automatically add genes connected with at least two genes in the network.

• "CoexMap" is a tool that displays the co-expression relationships of all genes in two-dimensional space by using UMAP.
• This tool allows the users to intuitively understand the relationships among sets of genes of interest in different species.

This form performs hierarchical clustering for query genes. Input Entrez Gene IDs.

• This form returns the detail characteristics of a focused gene pair in addition to the normal correlation value.
• Scatter plots and tables to analyze strongly contributed samples for the coexpression of focused gene pair.
• Stability of the coexpression of focued gene pair.

This form returns expression pattern for the input gene. Input an Entrez Gene ID.