10.1371/journal.pone.0149520.g004 Cassidy L. Klima Cassidy L. Klima Shaun R. Cook Shaun R. Cook Rahat Zaheer Rahat Zaheer Chad Laing Chad Laing Vick P. Gannon Vick P. Gannon Yong Xu Yong Xu Jay Rasmussen Jay Rasmussen Andrew Potter Andrew Potter Steve Hendrick Steve Hendrick Trevor W. Alexander Trevor W. Alexander Tim A. McAllister Tim A. McAllister New gene discovery plot for pan-genome analysis of 21 <i>Mannheimia haemolytica</i> genomes. Public Library of Science 2016 spacer S 6 strains Bovine Sources Bovine Integrative conjugative elements S 1 pathogenesis antimicrobial resistance development glycosyl transferases group 1 gene Comparative Genomic Analysis stress response protein infection serotypes 1 genome Mannheimia haemolytica 2016-02-29 07:41:57 Figure https://plos.figshare.com/articles/figure/New_gene_discovery_plot_for_pan_genome_analysis_of_21_i_Mannheimia_haemolytica_i_genomes_/3079339 <p>Bars represent the number of new genes as the function of the number n or strains sequentially added. The curve represents the least-squares fit for the function y = Ax<sup>B</sup> with the best fit obtained with a correlation r<sup>2</sup> = 0.875 for A = 566.17 ± 3.16, B = -0.22. The extrapolated number of new genes expected after the number of genomes increases to 100 is 123 new genes.</p>