Additional file 9: of Comparative genomics of Steinernema reveals deeply conserved gene regulatory networks

  • Adler R. Dillman (Contributor)
  • Marissa Macchietto (Creator)
  • Camille F. Porter (Creator)
  • Alicia Rogers (Creator)
  • Brian Williams (Creator)
  • Igor Antoshechkin (Creator)
  • Ming Min Lee (Contributor)
  • Zane Goodwin (Creator)
  • Xiaojun Lu (Contributor)
  • Edwin E. Lewis (Creator)
  • Heidi Goodrich-Blair (Creator)
  • S.Patricia Stock (Contributor)
  • Byron J. Adams (Creator)
  • P. Sternberg (Creator)
  • Ali Mortazavi (Creator)
  • Paul Sternberg (Creator)
  • Ali Mortazavi (Creator)

Dataset

Description

S. carpocapsae and C. elegans predicted regulatory motifs GO term enrichments. Thirty significant, non-redundant motifs and the 619 GO terms they are enriched in for both S. carpocapsae and C. elegans. The heat map shows the â log10(p-value) for each motif-associated GO term. (PNG 1053Â kb)
Date made available2015
Publisherfigshare
  • Comparative genomics of Steinernema reveals deeply conserved gene regulatory networks

    Dillman, A. R., Macchietto, M., Porter, C. F., Rogers, A., Williams, B., Antoshechkin, I., Lee, M. M., Goodwin, Z., Lu, X., Lewis, E. E., Goodrich-Blair, H., Stock, S. P., Adams, B. J., Sternberg, P. W. & Mortazavi, A., Sep 21 2015, In: Genome biology. 16, 1, 200.

    Research output: Contribution to journalArticlepeer-review

    Open Access
    67 Scopus citations

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