A new approach to computational investigation of protein function is presented: different levels of information (structural, dynamical and evolutionary) are combined and compared to gain deeper insight in the function of protein superfamilies. Design, implementation and application of the new object oriented program BioPySDS are presented

Pandini, A., Mauri, G., Bonati, L. (2004). BioPySDS: an Object-Oriented Interface to Manage Protein Dynamics in an Evolutionary Framework. In Proceedings 3D SIG – ISMB Structural Bioinformatics Special Interest Group Meeting (pp.27-27).

BioPySDS: an Object-Oriented Interface to Manage Protein Dynamics in an Evolutionary Framework

PANDINI, ALESSANDRO;MAURI, GIANCARLO;BONATI, LAURA
2004

Abstract

A new approach to computational investigation of protein function is presented: different levels of information (structural, dynamical and evolutionary) are combined and compared to gain deeper insight in the function of protein superfamilies. Design, implementation and application of the new object oriented program BioPySDS are presented
abstract + slide
Scientifica
Protein Dynamics, Evolutionary Computing
English
3D SIG – ISMB Structural Bioinformatics Special Interest Group Meeting
http://3dsig.weizmann.ac.il/usersfiles/3dsig/abstracts/2004/49.html
Pandini, A., Mauri, G., Bonati, L. (2004). BioPySDS: an Object-Oriented Interface to Manage Protein Dynamics in an Evolutionary Framework. In Proceedings 3D SIG – ISMB Structural Bioinformatics Special Interest Group Meeting (pp.27-27).
Pandini, A; Mauri, G; Bonati, L
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/10281/46127
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