LEGO May 18, 2015: Difference between revisions

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** Tem1 and Cdc15 physically interact in a manner dependent on Tem1's GTP-binding domain
** Tem1 and Cdc15 physically interact in a manner dependent on Tem1's GTP-binding domain
** Bfa1/Bub2 complex positively regulates Tem1 GTPase activity, resulting in decreased GTP binding
** Bfa1/Bub2 complex positively regulates Tem1 GTPase activity, resulting in decreased GTP binding
** Lte1
** Tem1 is required for Cdc15 localization to the spindle pole body during late anaphase
** Tem1 is required for Cdc15 localization to the spindle pole body during late anaphase
** Cdc15 phosphorylates Dbf2 only when Dbf2 is present with Mob1
** Cdc15 phosphorylates Dbf2 only when Dbf2 is present with Mob1
** Dbf2  
** Dbf2 phosphorylates Kar9
** Cdc14 dephosphorylates




[[Category:LEGO]]
[[Category:LEGO]]

Revision as of 10:59, 15 May 2015

Action Items from May 4, 2015 Call

  • Make a github ticket for adding IntAct protein complexes to Noctua. [DONE]
  • Heiko will let Seth know that curators may add feature requests, but these are not immediate needs.
  • David, Kimberly, and Rama will review their March paper models to compare with Paul's version.
  • Continue to work on LEGO model for the April consistency exercise - http://www.ncbi.nlm.nih.gov/pubmed/24349431

March Paper - Modeling the Mitotic Exit Network

  • Additional reading: The Mitotic Exit Network: new turns on old pathways.
  • Steps/functions to model:
    • Tem1 localizes to the spindle pole body
    • Tem1 and Cdc15 physically interact in a manner dependent on Tem1's GTP-binding domain
    • Bfa1/Bub2 complex positively regulates Tem1 GTPase activity, resulting in decreased GTP binding
    • Lte1
    • Tem1 is required for Cdc15 localization to the spindle pole body during late anaphase
    • Cdc15 phosphorylates Dbf2 only when Dbf2 is present with Mob1
    • Dbf2 phosphorylates Kar9
    • Cdc14 dephosphorylates