Scientific Contributions
- Publications
- Daniel J. Rigden, James E. Littlejohn, Harshad V. Joshi, Bert L. de Groot and Mark J. Jedrzejas. Alternate Structural Conformations of Streptococcus pneumoniae Hyaluronan Lyase: Insights into Enzyme Flexibility and Underlying Molecular Mechanism of Action. J. Mol. Biol. 358:1165-1178 (2006). [pdf]
- Talks
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- " Structural characterization of Hyaluronan Oligomers from sub-microsecond MD simulations ."
European Carbohydrate Symposium, Bratislava, August 2005
- " Processivity Mechanism in Sugar Degradation by Hyaluronate Lyase: Free and Enforced Molecular Dynamics Simulations."
Huenfeld, May 2005
- Other conference contributions
- " Insights into Processivity Mechanism in Sugar Degradation by Hyaluronate Lyase: Free and Enforced Molecular Dynamics Simulations." Computer simulation and theory of macromolecules, Huenfeld, May 2006
- " Structural and Dynamical Characterization of Hyaluronan Oligoners." Computer simulation and theory of macromolecules, Huenfeld, May 2006
- " Insights into Processivity Mechanism in Sugar Degradation by Hyaluronate Lyase: Free and Enforced Molecular Dynamics Simulations."
Computer simulation and theory of macromolecules, Bad Honef, May 2006
- " Structural characterization of Hyaluronan Oligomers from sub-microsecond MD simulations ."
European Carbohydrate Symposium, Bratislava, August 2005
- " Processivity Mechanism in Sugar Degradation by Hyaluronate Lyase: Free and Enforced Molecular Dynamics Simulations."
Huenfeld, May 2005
- " Processivity Mechanism in Sugar Degradation by Hyaluronate Lyase: Free and Enforced Molecular Dynamics Simulations."
Heidelberg, May 2005
- " Processivity Mechanism in Sugar Degradation by Hyaluronate Lyase: Free and Enforced Molecular Dynamics Simulations."
Biophysical Society Meeting, Longbeach, February 2005
- " Processivity Mechanism in Sugar Degradation by Hyaluronate Lyase: Free and Enforced Molecular Dynamics Simulations."
Huenfeld, May 2004
Scientific Contributions
- " Structural characterization of Hyaluronan Oligomers from sub-microsecond MD simulations ."