The Experts below are selected from a list of 84 Experts worldwide ranked by ideXlab platform

Leonid A. Kulakov - One of the best experts on this subject based on the ideXlab platform.

  • Network representations of the BLASTx based core gene analysis of pf16 and the putative Tevenvirinae.
    2017
    Co-Authors: Damian J. Magill, Victor N. Krylov, Olga V. Shaburova, John W. Mcgrath, Christopher C. R. Allen, John P. Quinn, Leonid A. Kulakov
    Abstract:

    (a) pf16 BLASTx network of genes related to Enterobacteria Phage T4 alone. (b) pf16 BLASTx network of genes related to the putative Tevenvirinae following “gene filtration” via BLASTx analysis of all genes against T4 followed by compilation into a new database. T4 is represented as the black dot in the centre of each network. Genes are coloured according to predicted function as per legends provided for Figs 2 and 3. Gene product (gp) labels are provided at each locus. Distance from T4 central dot correlates with relatedness of gp relative to other genes.

  • Graph showing distribution of putative Tevenvirinae genome sizes.
    2017
    Co-Authors: Damian J. Magill, Victor N. Krylov, Olga V. Shaburova, John W. Mcgrath, Christopher C. R. Allen, John P. Quinn, Leonid A. Kulakov
    Abstract:

    Phages infecting related hosts are colour coded appropriately with labels provided specifying the Phage or group of Phages. Pseudomonas Phage pf16, Rhodothermus Phage RM378 (smallest genome), Prochlorococcus Phage P-SSM2 (largest genome), and Enterobacteria Phage T4 are circled and labelled in bold. Contour density lines shows clustering of most Phages around similar genome sizes. Boxplot at the bottom of the figure summarises the distribution of the Phages. The main box and associated lines shows the spread, mean, and quartiles of the main cluster observed within the major contour lines with outliers and the smallest/largest genomes represented as dots.

Damian J. Magill - One of the best experts on this subject based on the ideXlab platform.

  • Network representations of the BLASTx based core gene analysis of pf16 and the putative Tevenvirinae.
    2017
    Co-Authors: Damian J. Magill, Victor N. Krylov, Olga V. Shaburova, John W. Mcgrath, Christopher C. R. Allen, John P. Quinn, Leonid A. Kulakov
    Abstract:

    (a) pf16 BLASTx network of genes related to Enterobacteria Phage T4 alone. (b) pf16 BLASTx network of genes related to the putative Tevenvirinae following “gene filtration” via BLASTx analysis of all genes against T4 followed by compilation into a new database. T4 is represented as the black dot in the centre of each network. Genes are coloured according to predicted function as per legends provided for Figs 2 and 3. Gene product (gp) labels are provided at each locus. Distance from T4 central dot correlates with relatedness of gp relative to other genes.

  • Graph showing distribution of putative Tevenvirinae genome sizes.
    2017
    Co-Authors: Damian J. Magill, Victor N. Krylov, Olga V. Shaburova, John W. Mcgrath, Christopher C. R. Allen, John P. Quinn, Leonid A. Kulakov
    Abstract:

    Phages infecting related hosts are colour coded appropriately with labels provided specifying the Phage or group of Phages. Pseudomonas Phage pf16, Rhodothermus Phage RM378 (smallest genome), Prochlorococcus Phage P-SSM2 (largest genome), and Enterobacteria Phage T4 are circled and labelled in bold. Contour density lines shows clustering of most Phages around similar genome sizes. Boxplot at the bottom of the figure summarises the distribution of the Phages. The main box and associated lines shows the spread, mean, and quartiles of the main cluster observed within the major contour lines with outliers and the smallest/largest genomes represented as dots.

Victor N. Krylov - One of the best experts on this subject based on the ideXlab platform.

  • Network representations of the BLASTx based core gene analysis of pf16 and the putative Tevenvirinae.
    2017
    Co-Authors: Damian J. Magill, Victor N. Krylov, Olga V. Shaburova, John W. Mcgrath, Christopher C. R. Allen, John P. Quinn, Leonid A. Kulakov
    Abstract:

    (a) pf16 BLASTx network of genes related to Enterobacteria Phage T4 alone. (b) pf16 BLASTx network of genes related to the putative Tevenvirinae following “gene filtration” via BLASTx analysis of all genes against T4 followed by compilation into a new database. T4 is represented as the black dot in the centre of each network. Genes are coloured according to predicted function as per legends provided for Figs 2 and 3. Gene product (gp) labels are provided at each locus. Distance from T4 central dot correlates with relatedness of gp relative to other genes.

  • Graph showing distribution of putative Tevenvirinae genome sizes.
    2017
    Co-Authors: Damian J. Magill, Victor N. Krylov, Olga V. Shaburova, John W. Mcgrath, Christopher C. R. Allen, John P. Quinn, Leonid A. Kulakov
    Abstract:

    Phages infecting related hosts are colour coded appropriately with labels provided specifying the Phage or group of Phages. Pseudomonas Phage pf16, Rhodothermus Phage RM378 (smallest genome), Prochlorococcus Phage P-SSM2 (largest genome), and Enterobacteria Phage T4 are circled and labelled in bold. Contour density lines shows clustering of most Phages around similar genome sizes. Boxplot at the bottom of the figure summarises the distribution of the Phages. The main box and associated lines shows the spread, mean, and quartiles of the main cluster observed within the major contour lines with outliers and the smallest/largest genomes represented as dots.

John W. Mcgrath - One of the best experts on this subject based on the ideXlab platform.

  • Network representations of the BLASTx based core gene analysis of pf16 and the putative Tevenvirinae.
    2017
    Co-Authors: Damian J. Magill, Victor N. Krylov, Olga V. Shaburova, John W. Mcgrath, Christopher C. R. Allen, John P. Quinn, Leonid A. Kulakov
    Abstract:

    (a) pf16 BLASTx network of genes related to Enterobacteria Phage T4 alone. (b) pf16 BLASTx network of genes related to the putative Tevenvirinae following “gene filtration” via BLASTx analysis of all genes against T4 followed by compilation into a new database. T4 is represented as the black dot in the centre of each network. Genes are coloured according to predicted function as per legends provided for Figs 2 and 3. Gene product (gp) labels are provided at each locus. Distance from T4 central dot correlates with relatedness of gp relative to other genes.

  • Graph showing distribution of putative Tevenvirinae genome sizes.
    2017
    Co-Authors: Damian J. Magill, Victor N. Krylov, Olga V. Shaburova, John W. Mcgrath, Christopher C. R. Allen, John P. Quinn, Leonid A. Kulakov
    Abstract:

    Phages infecting related hosts are colour coded appropriately with labels provided specifying the Phage or group of Phages. Pseudomonas Phage pf16, Rhodothermus Phage RM378 (smallest genome), Prochlorococcus Phage P-SSM2 (largest genome), and Enterobacteria Phage T4 are circled and labelled in bold. Contour density lines shows clustering of most Phages around similar genome sizes. Boxplot at the bottom of the figure summarises the distribution of the Phages. The main box and associated lines shows the spread, mean, and quartiles of the main cluster observed within the major contour lines with outliers and the smallest/largest genomes represented as dots.

John P. Quinn - One of the best experts on this subject based on the ideXlab platform.

  • Network representations of the BLASTx based core gene analysis of pf16 and the putative Tevenvirinae.
    2017
    Co-Authors: Damian J. Magill, Victor N. Krylov, Olga V. Shaburova, John W. Mcgrath, Christopher C. R. Allen, John P. Quinn, Leonid A. Kulakov
    Abstract:

    (a) pf16 BLASTx network of genes related to Enterobacteria Phage T4 alone. (b) pf16 BLASTx network of genes related to the putative Tevenvirinae following “gene filtration” via BLASTx analysis of all genes against T4 followed by compilation into a new database. T4 is represented as the black dot in the centre of each network. Genes are coloured according to predicted function as per legends provided for Figs 2 and 3. Gene product (gp) labels are provided at each locus. Distance from T4 central dot correlates with relatedness of gp relative to other genes.

  • Graph showing distribution of putative Tevenvirinae genome sizes.
    2017
    Co-Authors: Damian J. Magill, Victor N. Krylov, Olga V. Shaburova, John W. Mcgrath, Christopher C. R. Allen, John P. Quinn, Leonid A. Kulakov
    Abstract:

    Phages infecting related hosts are colour coded appropriately with labels provided specifying the Phage or group of Phages. Pseudomonas Phage pf16, Rhodothermus Phage RM378 (smallest genome), Prochlorococcus Phage P-SSM2 (largest genome), and Enterobacteria Phage T4 are circled and labelled in bold. Contour density lines shows clustering of most Phages around similar genome sizes. Boxplot at the bottom of the figure summarises the distribution of the Phages. The main box and associated lines shows the spread, mean, and quartiles of the main cluster observed within the major contour lines with outliers and the smallest/largest genomes represented as dots.