Intrinsically disorder proteins are one of the hot topics in structural biology, they have not followed the conventional biology rule which correlates each structure to one defined conformation. IDPs can change their conformation in the different biological settings therefore one structure can be assigned to multiple conformations. Due to the highly dynamic nature of IDPs the conventional way of studying proteins like X-ray crystallography cannot be applied to the IDPs. To address this, numerous ways have been developed to study the IDPs in experiment, among which NMR and SAXS (Small Angel X-ray Scattering) would be the most crucial ones. The concept behind this research can be concluded as exploiting SAXS, NMR and other relevant data to shed the light on the IDPs’ structure.
Le proteine del disordine intrinseco sono uno degli argomenti caldi della biologia strutturale, non hanno seguito il regola di biologia convenzionale che correla ogni struttura a una conformazione definita. Gli sfollati interni possono cambiare la loro conformazione nei diversi contesti biologici, quindi una struttura può essere assegnato a più conformazioni. A causa della natura altamente dinamica degli sfollati interni nel modo convenzionale di studiare proteine come la cristallografia a raggi X non può essere applicato agli IDP. Per affrontare questo, sono stati sviluppati numerosi modi per studiare gli IDP in esperimento, tra cui NMR e SAXS (Small Angel X-ray Scattering) sarebbero i più cruciali. Il concetto alla base di questa ricerca può si conclude che sfrutta SAXS, NMR e altri dati pertinenti per fare luce sugli sfollati interni struttura.
Ensembles conformazionali di proteine intrinsecamente disordinate: una valutazione completa attraverso dati sperimentali biofisici
GHAFOURI, HAMIDREZA
2021/2022
Abstract
Intrinsically disorder proteins are one of the hot topics in structural biology, they have not followed the conventional biology rule which correlates each structure to one defined conformation. IDPs can change their conformation in the different biological settings therefore one structure can be assigned to multiple conformations. Due to the highly dynamic nature of IDPs the conventional way of studying proteins like X-ray crystallography cannot be applied to the IDPs. To address this, numerous ways have been developed to study the IDPs in experiment, among which NMR and SAXS (Small Angel X-ray Scattering) would be the most crucial ones. The concept behind this research can be concluded as exploiting SAXS, NMR and other relevant data to shed the light on the IDPs’ structure.File | Dimensione | Formato | |
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https://hdl.handle.net/20.500.12608/42314