Many soluble and membrane proteins form homooligomeric complexes in a cell which are
responsible for the diversity and specificity of many pathways, may mediate and regulate …

The vast majority of the chores in the living cell involve protein–protein interactions.
Providing details of protein interactions at the residue level and incorporating them into …

The chemical diversification of biomolecules set forth a significant area of research that
constitutes an important intersection between chemistry and biology. Amino acids and …

To the editor: Obtaining diffraction-quality crystals is a major bottleneck in protein X-ray
crystallography. For example, the current success rate for protein structure solution at the …

Identifying correct binding modes in a large set of models is an important step in protein–
protein docking. We identified protein docking filter based on overlap area that significantly …

As protein complexes must remain in their native conformations at habitat temperatures,
thermal adaptation requires adjustment of their parts and interactions between them. Based …

Protein-protein interactions (PPIs) are essential for understanding the function of biological
systems and have been characterized using a vast array of experimental techniques. These …

We propose a novel approach to analyze and visualize residue contact networks of protein
interfaces by graph‐based algorithms using a minimum cut tree (mincut tree). Edges in the …

A general method has been developed to characterize the hydrophobicity or hydrophilicity of
the microenvironment (MENV), in which a given amino acid side chain is immersed, by …

The growth of diffraction-quality single crystals is of primary importance in protein X-ray
crystallography. Chemical modification of proteins can alter their surface properties and …