… a detailed description of those proteins that broke the protein rules by their … “intrinsically
disordered” proteins (IDPs) or regions (IDRs). This review is intended as a general introduction to …

… with a unique 3D-structure, information about which is encoded in a unique amino acid
sequence, a more general model should be introduced for global linkage of protein structure and …

… B: Paradigm shift caused by the introduction of the protein intrinsic disorder concept opened
… , and intrinsic” property of these proteins.16 Although protein intrinsic disorder is considered …

… investigation of these proteins. In this review of algorithms for intrinsic disorder prediction, …
First, we introduce DISOPRED designed by Jones et al. ; this predictor achieved a Wilcoxon …

… This review presents some aspects of the intrinsic disorder-based functionality and
dysfunctionality, paying special attention to the normal and pathological protein–protein interactions. …

… The abundance of intrinsic disorder in various disease-associated proteins will be revealed
… The overall goal of this review is to introduce a concept of the disease-related unfoldome …

… The analysis of these data provides an additional support for the importance of intrinsic
disorder for protein-protein interactions: Most of the contacting residues are located in regions of …

… In this introduction, a brief history of this … intrinsic disorder and presents The Protein Trinity.
This hypothesis relates native protein function to the three thermodynamic states of protein …

… of motifs and easy access for proteins that introduce and read PTMs p53, … intrinsic disorder
and often have different structures in the inhibitory and functionally active states of the protein. …

… proteins have also been found in plants in many stress-response processes, acting as protein
… Consequently, protein disorder can play an especially important role in plants, providing …