A database built from Pfam, PRINTS and PROSITE.

Bioinformatics research group offering organism specific information (Yeast, Cress) as well as search tools for public databases.

Collection of human (swall) proteins, crossreferences to major prediction servers. Supported predictions from: smart, string, blast, swall, mapview, sosui, ipsort and ncbi conserved domains.

Online software for protein analysis from the Swiss Institute of Bioinformatics (SIB).

Secondary protein structure prediction from amino acid sequence; based on a consensus from several methods including DSC, PHD, NNSSP, PREDATOR, ZPRED, and MULPRED.

The SWISS-PROT database contains high-quality annotation, is non-redundant and cross-referenced to many other databases. SWISS-PROT is accompanied by TrEMBL, a computer-annotated supplement, which contains the translations of all coding sequences (CDS)

Proteomic analysis for analyzing 2D-Gel images. Use Compugen`s Z3 or Z3OnWeb utitlities for automatic spot detection and registration (=alignment) of protein gel images to match the spots.

Most widely used server for analysing protein sequences, searching protein databases, and predicting protein structure - from Columbia Univ.

In collaboration with the Munich Information Center for Protein Sequences (MIPS) and the Japanese International Protein Sequence Database (JIPID) maintains the PIR-International Protein Sequence Database --- a comprehensive, annotated, and non-redundant

Combines sequence and structural information for predicting the structure and/or function of your protein sequence, and can detect remote homologies beyond PSI-Blast.

3D protein structure prediction from amino acid sequence. Includes MEMSAT for transmembrane topology prediction, GenTHREADER and mGenTHREADER for fold recognition.

Automated comparative protein modelling server to make protein modelling accessible to biochemists and molecular biologists worldwide - from GlaxoWellcome Experimental Research, Geneva, Switzerland.

Method for finding 3-D similarities in protein structures from the UCSD Supercomputer Center.

An experimental bioinformatics server. Classifies protein sequences as homodimers or non-homodimers. Applications: metabolic reconstruction, protein structure and function assignment, and drug-design.

User-friendly interface allowing analysis of several proteins at once, including superimposition to deduce structural alignments, and compare active sites. From GlaxoWellcome Experimental Research, Geneva, Switzerland.

Online backtranslation tool for translating a protein sequence into a DNA sequence. The codon usage can be downloaded from a database and adjusted manually for each amino acid, if required. Java applet.

Provides automatic hierarchical classification of proteins sequences.

Includes WebOligoMelt (Annealing temperature of oligonucleotides), Virtual Ribosome (translate nucleotide sequences into peptides), and SeqScanGraph (graph melting temperature along nucleotide chain).

Ab initio predictions of protein function from protein sequence. The method works by integrating various predicted post-translational and localizational aspects of the proteins submitted.

Automated comparative (homology) protein modelling, including an interactive mode which highlights known domains and allows users to select and align templates.

Java Applet for an implementation of Smith-Waterman algorithm for pairwise biological sequence alignment using dynamic programming (extended to support affine gap penalties) download or launch from site.