119 research outputs found

    Additional file 2: of LSCplus: a fast solution for improving long read accuracy by short read alignment

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    Detailed description of the operational steps of LSCplus using the PacBio e-coli dataset ERR1274825 and the Illumina e-coli dataset SRR3372215. (PDF 59 kb

    Additional file 1: of LSCplus: a fast solution for improving long read accuracy by short read alignment

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    Pseudo code for LSCplus Error Correction and Flowcharts of the Error Correction Steps in LSCplus and LSC. (PDF 541 kb

    The protein-protein interaction network of T2D.

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    The protein-protein interaction network of T2D.</p

    Sample outputs of Plant-Compound-Target networks.

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    <p>(COLOR: Green Nodes-Plants, Yellow Nodes-Compounds, Red Nodes-Target Proteins; SHAPE: Diamond-T1D, Hexagon-T2D, Triangle-CAD). (A) Plant-Compound-Target network selected from the TarNet database. (B) Compound-Target Network. (C) Plant and its ingredients. (D) Medicinal plant and its target.</p

    Data searches and browsers for Proteins and the construction of the PPI network.

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    <p>Nodes and edges can be clicked on to access more information on the network. Each edge is supported by public database records.</p

    Summary of the data collections.

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    <p>(a) Data record numbers for Plants, Compounds and Bio-targets. (b) Data record reference quantities for Plants-Compounds and Compounds-Targets.</p

    The relationship between data tables and data sources.

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    <p>Reference data for Plants-Compounds were collected from SciFinder Scholar, and reference data for Compounds-Targets were collected from PubMed MEDLINE. For medicinal plant researchers or traditional medicine developers, the relationship between plants and targets can be obtained from our database.</p

    Data browsers for Plants and Compounds and links between different functions.

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    <p>Information on both plant–compound inclusion relationships and compound–target interactions is supported by study findings.</p

    The construction of protein-protein interaction networks using ‘SOCS3.’

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    The construction of protein-protein interaction networks using ‘SOCS3.’</p

    The interference of data tables (Compound Table used as an example).

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    <p>The interference of data tables (Compound Table used as an example).</p
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