According to the fuzzy oil drop model, information required for complexation of an external polypeptide chain should be encoded as a local exposure of hydrophobicity on the protein surface. Of course, this is not the sole mechanism by which protein complexes may emerge; however, exposed hydrophobicity appears to play an important part in the complexation process. A local excess of hydrophobicity – especially if occurring on the surface – creates an environment which favors interaction with other polypeptide chains; particularly those, which also expose a hydrophobic interface
Schematic presentation of loops (7 aa) linking two β-strands (fragments of β-sheets). The left one –...
The behavior of proteins near interfaces is relevant for biological and medical purposes. Previous r...
The fuzzy oil drop model, a tool which can be used to study the structure of the hydrophobic core in...
The presented analysis concerns the inter-domain and inter-protein interface in protein complexes. W...
Knowledge-based models for protein folding assume that the early-stage structural form of a polypept...
The presented analysis concerns the inter-domain and inter-protein interface in protein complexes. W...
In this paper we show that the fuzzy oil drop model represents a general framework for describing th...
SummaryHydrophobic interactions are essential for stabilizing protein-protein complexes, whose inter...
Abstract Knowledge-based models for protein folding assume that the early-stage structural form of a...
Four de novo proteins differing in single mutation positions, with a chain length of 56 amino acids,...
AbstractRecent work has shown that the hydrophobic protein surfaces in aqueous solution sit near a d...
The fuzzy oil drop model suggests that the tertiary conformation of a protein – particularly a globu...
To maintain protein homeostasis, a variety of quality control mechanisms, such as the unfolded prote...
The existence of polypeptide chain fragments in which identical sequences translate into different s...
The image visualizes a single-chain enzyme which, while largely accordant with the 3D Gaussian distr...
Schematic presentation of loops (7 aa) linking two β-strands (fragments of β-sheets). The left one –...
The behavior of proteins near interfaces is relevant for biological and medical purposes. Previous r...
The fuzzy oil drop model, a tool which can be used to study the structure of the hydrophobic core in...
The presented analysis concerns the inter-domain and inter-protein interface in protein complexes. W...
Knowledge-based models for protein folding assume that the early-stage structural form of a polypept...
The presented analysis concerns the inter-domain and inter-protein interface in protein complexes. W...
In this paper we show that the fuzzy oil drop model represents a general framework for describing th...
SummaryHydrophobic interactions are essential for stabilizing protein-protein complexes, whose inter...
Abstract Knowledge-based models for protein folding assume that the early-stage structural form of a...
Four de novo proteins differing in single mutation positions, with a chain length of 56 amino acids,...
AbstractRecent work has shown that the hydrophobic protein surfaces in aqueous solution sit near a d...
The fuzzy oil drop model suggests that the tertiary conformation of a protein – particularly a globu...
To maintain protein homeostasis, a variety of quality control mechanisms, such as the unfolded prote...
The existence of polypeptide chain fragments in which identical sequences translate into different s...
The image visualizes a single-chain enzyme which, while largely accordant with the 3D Gaussian distr...
Schematic presentation of loops (7 aa) linking two β-strands (fragments of β-sheets). The left one –...
The behavior of proteins near interfaces is relevant for biological and medical purposes. Previous r...
The fuzzy oil drop model, a tool which can be used to study the structure of the hydrophobic core in...