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Computational science / Sequence alignment / Smith–Waterman algorithm / Multiple sequence alignment / Needleman–Wunsch algorithm / Sequence analysis / Gap penalty / Nucleic acid sequence / Phylo / Bioinformatics / Computational phylogenetics / Science


2D Shape Recognition Using Biological Sequence Alignment Tools
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Document Date: 2013-03-19 09:37:42

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File Size: 124,71 KB

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City

Tsukuba / /

Country

Japan / Italy / /

Facility

University of Verona / /

IndustryTerm

by-product / sequence alignment tools / context algorithms / chemical composition / biological sequence alignment tools / validation protocol / basic standard bioinformatics solutions / phylogenetic related tools / smith-waterman algorithm / sequence alignment algorithms / bioinformatics solutions / alignment tools / internet videos / experimental protocols / using smith-waterman algorithm / /

Organization

University of Verona / Manuele Bicego and Pietro Lovato Computer Science Department / /

Person

A. Martins / V / Max Lik / R. Huang / V / Turk / /

Position

editor / /

PublishedMedium

Journal of Molecular Biology / /

Technology

bioinformatics / DNA Chip / context algorithms / NeedlemanWunsch algorithm / same validation protocol / Needleman Wunsch algorithm / sequence alignment algorithms / Smith-Waterman algorithm / Biclustering algorithms / Image Processing / /

URL

http /

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