These authors contributed equally to this work
Role of phosphate in the central metabolism of two lactic acid bacteria – a comparative systems biology approach
Version of Record online: 12 MAR 2012
© 2012 The Authors Journal compilation © 2012 FEBS
The FEBS Journal
Volume 279, Issue 7, pages 1274–1290, April 2012
How to Cite
Levering, J., Musters, M. W. J. M., Bekker, M., Bellomo, D., Fiedler, T., de Vos, W. M., Hugenholtz, J., Kreikemeyer, B., Kummer, U. and Teusink, B. (2012), Role of phosphate in the central metabolism of two lactic acid bacteria – a comparative systems biology approach. The FEBS Journal, 279: 1274–1290. doi: 10.1111/j.1742-4658.2012.08523.x
- Issue online: 16 MAR 2012
- Version of Record online: 12 MAR 2012
- Accepted manuscript online: 10 FEB 2012 07:06PM EST
- (Received 14 June 2011, revised 24 January 2012, accepted 3 February 2012)
Fig. S1. Metabolic profiles of a 25 mM glucose-pulse experiments in L. lactis.
Data S1.L. lactis glycolysis model.
Table S1. Velocity constants (in mM/s or mmol/s).
Table S2. Reversible processes: Keq.
Table S3. Michaelis constants Km (mM).
Table S4. Allosteric regulation binding constants: activation Ka (mM) and inhibition Ki (mM).
Table S5. Hill coefficients.
Table S6. Initial concentrations (mM) for 10 and 50 mM extracellular phosphate as well as for 13C- and 31P-NMR data of Neves et al. .
Data S2. Rate laws of the L. lactis glycolysis model.
Data S3. Differential equations and moiety conservation of the L. lactis model.
Table S7. Velocity constants (in mM/s or mmol/s).
Data S4.S. pyogenes glycolysis model.
Data S5. Rate laws of the S. pyogenes model.
Data S6. Differential equations and moiety conservation of the S. pyogenes model.
Table S7. Velocity constants (in mm/s or mmol/s).
Table S8. Reversible processes: Keq.
Table S9. Michaelis constants: Km (mM).
Table S10. Allosteric regulation binding constants (mM).
Table S11. Hill coefficients.
Table S12. Initial concentrations (mM) for 0, 10 and 50 mM extracellular phosphate.
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