Sequence Features

This section includes links to tools which can predict primary sequence features for the residues of a protein.

Found 48 links

Displaying 15 links

AnalyCysDatabase Content

http://bioinformatics.univ-reunion.fr/analycys/

AnalyCys is database for the analysis of conservation and conformation of disulphide bonds in SCOP structural families. This database has a wide range of applications including mapping of disulphide bond mutation patterns, identification of cysteine residues and disulphide bonds important for folding and stabilization, modeling of protein structures and in protein engineering.

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BindNTool Content

http://bioinformatics.ksu.edu/bindn/

BindN takes an amino acid sequence as input and predicts potential DNA or RNA-binding residues using support vector machines (SVMs).

CCRXPTool Content

http://ccrxp.netasa.org

A tool for the detection of conserved residue clusters from an input PDB file. Structural properties of each residue, such as solvent accessibility (ASA), secondary structure, conservation score etc. and the conserved residue clusters are also computed.

This content is being maintained by shandar.

CLIPTool Content

http://clip.med.yale.edu/selection

CLIP web server detects selection in immunoglobulin sequences. Web server features include V(D)J germline segment identification with IMGT-alignment, batch submission of sequences and integration of test statistics.

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ConSeqTool Content

http://conseq.bioinfo.tau.ac.il/

ConSeq is a tool for predicting functionally and structurally important amino acid residues in protein sequences. The predictions are based on the assumptions that residues of functional importance are often conserved and solvent-accessible, and those of structural importance are often conserved and located in the protein core. A multiple sequence alignment is used to predict the relative solvent accessibility state and the evolutionary rate at each residue. ConSeq has been integrated into ConSurf (2010).

DrugScorePPITool Content

http://cpclab.uni-duesseldorf.de/dsppi

DrugScorePPI web server performs alanine scanning within a given protein-protein complex in silico. Useful for guiding biological experiments and in the development of protein-protein interaction modulators.

E1DSTool Content

http://e1ds.ee.ncku.edu.tw/

E1DS is a web server for enzyme catalytic site prediction. Annotation of enzymes is made using a novel pattern mining algorithm that discovers long sequence motifs.

Tags associated with subcategory 'Protein/Sequence Features'

protein sequence analysis proteins sequence alignment algorithms amino acid sequence computational biology binding sites animals molecular models molecular sequence data amino acid sequence homology dna sequence analysis protein conformation humans amino acids reproducibility of results protein databases artificial intelligence nucleic acid regulatory sequences dna documentation database management systems computer systems transcriptional regulatory elements genetic predisposition to disease chlamydophila pneumoniae cluster analysis factual databases multigene family theoretical models genomics multimedia open reading frames nucleotides nucleic acid databases fuzzy logic genetic databases genome monoclonal antibodies tertiary protein structure phosphotyrosine antibody specificity cattle phosphothreonine post-translational protein processing protein precursors regression analysis lysine methylation conserved sequence epitope mapping software design stochastic processes streptomyces sequence analysis peptides epitopes mice phylogeny pancreatic ribonuclease variola virus poxviridae secondary protein structure radioactive tracers recombinant proteins amino acid substitution protein interaction mapping scorpion venoms bacterial proteins cysteine disulfides statistical data interpretation molecular evolution neural networks (computer) protein binding protein folding statistical models structure-activity relationship genetic models computer simulation sensitivity and specificity automated pattern recognition bayes theorem chemical models bacterial genome tumor cell line viral dna viral genes viral genome viral proteins neuropeptides vaccinia virus programming languages reference standards technology transfer thermoplasma hydrogen bonding mutation missense mutation neoplasm dna neoplasms