Systems Biology and Network Analysis
		FunCoup Explore comprehensive protein networks of functional coupling.
		CancerGRN Explore cancer gene regulatory networks.
		PathBIX Pathway analysis using crosstalk using ANUBIX.
		Online GRN Benchmark Benchmark your own inferred gene regulatory networks and see results of public methods.
		PathwAX PATHWay Annotation based on network Crosstalk.
		MaxLink Network-based Identification of Functionally Related Genes.
		GeneSpider GeneSPIDER Matlab toolbox for generation and analysis of gene regulatory networks and data.
		MGclus Network clustering employing shared neighbors.
		UniDomInt A comprehensive database of domain-domain interactions.
		Ortholog Detection and Analysis
		Inparanoid A database of orthologs in eukaryotes. InParanoid is a program that automatically detects orthologs (or groups of orthologs) from 2 species. This WWW page presents an interface for browsing orthologs detected by InParanoid.
		Hieranoid Hieranoid is an orthology inference method using a hierarchical approach. Hieranoid performs pairwise orthology analysis using InParanoid at each node in a guide tree as it progresses from its leaves to the root. This concept reduces the total runtime complexity from a quadratic to a linear function of the number of species.
		HieranoiDB An online database of Hieranoid orthologs.
		OrthoXML and SeqXML XML standards for orthology and sequence information.
		MultiParanoid A multi-species version of InParanoid. This is no longer supported - use Hieranoid instead.
		Orthodisease A database of disease gene orthologs.
		Humanoid Human ortholog groups and functional shift analysis of subfamilies in these.
		Orthostrapper Extracts orthology support values from trees. It browses a sequence tree for orthologous relationships between two species.
		HOPS Hierarchical grouping of Orthologous and Paralagous sequences. This is a database of Orthologous protein domains in Pfam, where the Orthology is inferred in a hierarchic system of phylogenetic subgroups using ortholog bootstrapping.
		Protein Function / Transmembrane Topology / Structure Analysis
		MetaTM A consensus method for predicting transmembrane topology.
		Phobius A combined transmembrane topology and signal peptide predictor
		TMHMM Old hidden Markov model for membrane protein topology prediction, now superseded by Phobius as Phobius is better at all types of prediction.
		GPCRHMM A hidden Markov model for GPCR detection
		SFINX Multiple predictions of functional and structural features in proteins in an integrated graphical environment.
		Protein Domain Family Analysis
		Pfam A database of protein domain families. Pfam is a large collection of multiple sequence alignments and hidden Markov models covering many common protein domains. Try also PfamAlyzer (under "Domain architecture").
		TreeDom A flexible tool for analysing protein domain architecture evolution
		FunShift A Database of Function Shift Analysis on Protein Subfamilies
		Belvu Belvu is an X-windows viewer for multiple sequence alignments. It has an extensive set of modes to color the residues and features for fetching Swissprot entries and easy tracking of the position in the alignment.
		Stockholm The "Stockholm" format is a system for marking up features in a multiple alignment. The Stockholm format is used by HMMER, Pfam, and Belvu.
		Other Analysis Tools
		Dasher A Java DAS client for displaying annotations on a protein sequence.
		MSP Crunch A filtering tool for Blast matches.
		Blixem Blixem, which stands for "BLast matches In an X-windows Embedded Multiple alignment", is an interactive browser of pairwise Blast matches that have been stacked up in a "master-slave" multiple alignment.
		Sfixem A java version of Blixem primarily designed for displaying SFS data. Handles HSPs, GFF, segment and curve data generated by various tools available on this server and elsewhere.
		Dotter A dot-matrix program with interactive greyscale rendering for genomic DNA and Protein sequence analysis.
		Chromowheel ChromeWheel is a processing method for generating interactive illustrations of genome data. With this method chromosomes, genes and relations between these genes is displayed. The chromosomes are placed in a circle to avoid lines representing relations crossing genes and chromosomes.
		Multiple Sequence Alignments Tools
		Belvu Belvu - View multiple alignments in good-looking colours
		Kalign Kalign - fast and accurate multiple alignments
		siRNA Design Tools
		To list our repository of programs and datafiles, Click Here.