The plan of this thesis is as follows: in the next chapter (chapter 1) we review the main properties of globular proteins, in particular focusing on the state of the art of protein folding and design. Then we describe in detail the simple model for folding adopted throughout the present work (chapter 2). Chapter 3 shows the further modeling introduced to handle the specific subject of disordered proteins, with full explanation of all parameters used and with some possible interpretation of the results obtained. In the last chapter of this work (chapter 4) we present a study on the near equilibrium dynamics of two small proteins in the family of truncated hemoglobins, developed under the framework of a Gaussian network approach.

Coarse-grained models for Protein Folding and Function

Marsella, Luca
2005

Abstract

The plan of this thesis is as follows: in the next chapter (chapter 1) we review the main properties of globular proteins, in particular focusing on the state of the art of protein folding and design. Then we describe in detail the simple model for folding adopted throughout the present work (chapter 2). Chapter 3 shows the further modeling introduced to handle the specific subject of disordered proteins, with full explanation of all parameters used and with some possible interpretation of the results obtained. In the last chapter of this work (chapter 4) we present a study on the near equilibrium dynamics of two small proteins in the family of truncated hemoglobins, developed under the framework of a Gaussian network approach.
21-ott-2005
Inglese
Maritan, Amos
Micheletti, Cristian
Trovato, Antonio
SISSA
Trieste
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14242/122756
Il codice NBN di questa tesi è URN:NBN:IT:SISSA-122756