Search results for "Bioinformatics"

showing 10 items of 1632 documents

IP6K gene identification by tag search

2010

Bioinformatics Motif extraction String analysis
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IP6K gene identification in plant cells via tag discovery

2010

Bioinformatics Motif extraction String analysis
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IP6K gene identification in plant genomes by tag searching

2011

Abstract Background Plants have played a special role in inositol polyphosphate (IP) research since in plant seeds was discovered the first IP, the fully phosphorylated inositol ring of phytic acid (IP6). It is now known that phytic acid is further metabolized by the IP6 Kinases (IP6Ks) to generate IP containing pyro-phosphate moiety. The IP6K are evolutionary conserved enzymes identified in several mammalian, fungi and amoebae species. Although IP6K has not yet been identified in plant chromosomes, there are many clues suggesting its presences in vegetal cells. Results In this paper we propose a new approach to search for the plant IP6K gene, that lead to the identification in plant genome…

Bioinformatics Motif extraction String analysisGeneticsMitochondrial DNAOryza sativaNuclear genebiologyNucleic acid sequencefood and beveragesChromosomeGeneral Medicinebiology.organism_classificationGenomeGeneral Biochemistry Genetics and Molecular BiologyProceedingsArabidopsis thalianaGeneBMC Proceedings
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Pattern Discovery In Biosequences: From Simple To Complex Patterns

2007

Bioinformatics Pattern Discovery String Analysis
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Singling out functional similarities in graph databases

2008

Bioinformatics network analysis
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A technique to search functional similarities in PPI networks

2009

We describe a method to search for similarities across protein-protein interaction networks of different organisms. The technique core consists in computing a maximum weight matching of bipartite graphs resulting from comparing the neighbourhoods of proteins belonging to different networks. Both quantitative and reliability information are exploited. We tested the method on the networks of S. cerevisiae, D. melanogaster and C. elegans. The experiments showed that the technique is able to detect functional orthologs when the sole sequence similarity does not prove itself sufficient. They also demonstrated the capability of our approach in discovering common biological processes involving unc…

Bioinformatics network analysis
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Bi-GRAPPIN: Bipartite graph based protein-protein interaction networks similarity search

2007

Bioinformatics network analysis
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Discovering meaningful protein-protein interaction modules by a co-clustering based approach

2008

Bioinformatics network analysis
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Asymmetric Global Alignment of Protein-Protein Interaction Graph Databases

2010

Bioinformatics network analysis
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Discovering Protein Complexes in Protein Interaction Networks

2009

Bioinformatics network analysis Clustering
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