This category is for online services which use algorithms to find genes or proteins homologous to input DNA or amino acid sequences. The most common algorithms used are based on a method called BLAST.
More information
More information
Subcategories 1
Sites 6
Suite of alignment tools to detect conserved sequences, similar domain architecture, gene expression profiles, and SNP using protein or nucleotide targets. Includes support and archiving of strategies at NCBI, Bethesda, Maryland.
Detection and assessment of similarity between distantly related sequences by means of a variety of remotely-executable software - from the Swiss Inst. for Experimental Cancer Research.
Formatting of multiple sequence alignments to a color postscript file. Can include graphical features by using PDB entry.
Open source tool for identifying serial repeats (tandem repeats) in DNA sequences.
Implementation of hidden Markov models for sequence analysis. Free UNIX software for nonprofit groups, and sequences can be submitted online.
Sensitive, selective, and rapid sequence database searching with gapped alignments - from Washington Univ.-St.Louis.
Open source tool for identifying serial repeats (tandem repeats) in DNA sequences.
Detection and assessment of similarity between distantly related sequences by means of a variety of remotely-executable software - from the Swiss Inst. for Experimental Cancer Research.
Implementation of hidden Markov models for sequence analysis. Free UNIX software for nonprofit groups, and sequences can be submitted online.
Suite of alignment tools to detect conserved sequences, similar domain architecture, gene expression profiles, and SNP using protein or nucleotide targets. Includes support and archiving of strategies at NCBI, Bethesda, Maryland.
Formatting of multiple sequence alignments to a color postscript file. Can include graphical features by using PDB entry.
Sensitive, selective, and rapid sequence database searching with gapped alignments - from Washington Univ.-St.Louis.
