Energetics of MazG structure in correlation with its regulatory function.

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• Finished

  HERC2: Infrastructure Platform Biophysics

  Steyaert, J. (Co-Promotor), Rousseau, F. (Co-Promotor), Loris, R. (Administrative Promotor) & Schymkowitz, J. (Co-Promotor)

  15/11/08 → 15/11/13

  Project: Fundamental

  • Antitoxin 100%
  • Gyrase 36%
  • Escherichia coli 29%
  • X Ray 27%
  • DNA Binding 27%

• OZR1823: Structural basis of plasmid addiction and programmed cell death in bacteria

  Loris, R. (Administrative Promotor)

  1/10/08 → 30/09/09

  Project: Fundamental

  • Gyrase 100%
  • Antitoxin 99%
  • Cell Death 62%
  • Plasmid 50%
  • Aliivibrio fischeri 50%

• FWOAL381: Structural basis of plasmide addiction and programed cell death in bacteria

  Haesaerts, S. (Mandate), De Greve, H. (Co-Promotor) & Loris, R. (Administrative Promotor)

  1/01/06 → 31/12/09

  Project: Fundamental

  • Antitoxin 100%
  • Gyrase 65%
  • Operon 29%
  • DNA Gyrase 28%
  • Aliivibrio fischeri 28%

• OZR728: Funds for first year research mandate

  Loris, R. (Administrative Promotor)

  1/01/02 → 31/12/03

  Project: Fundamental

  • Antitoxin 100%
  • Gyrase 89%
  • Escherichia coli 55%
  • Lectin 52%
  • Enzyme 49%

• OZR448: Structural biology of a plasmid addiction system.

  Loris, R. (Administrative Promotor)

  1/01/00 → 31/12/01

  Project: Fundamental

  • Antitoxin 100%
  • Plasmid 56%
  • Gyrase 48%
  • DNA Gyrase 39%
  • Escherichia coli 24%