The assembly of individual proteins into functional complexes is fundamental to nearly all
biological processes. In recent decades, many thousands of homomeric and heteromeric …

Abstract In the protein universe, 30–50% of proteins self-assemble to form symmetrical
complexes consisting of multiple copies of themselves, called homomers. The prevalence of …

The main principles of protein-protein recognition are elucidated by the studies of
homooligomers which in turn mediate and regulate gene expression, activity of enzymes …

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 …

Protein homooligomers afford several important benefits for the cell; they mediate and
regulate gene expression, activity of many enzymes, ion channels, receptors, and cell–cell …

This minireview provides an overview on the current knowledge of protein–protein
interactions, common characterisation methods to characterise them, and their role in …

Malate dehydrogenase (MDH) exists in multimeric form in normal and extreme solvent
conditions where residues of the interface are involved in specific interactions. The interface …

Several non-peptide heterocyclic compounds reported as potent thrombin inhibitors in vitro
were chosen to carry out a QSAR study upon them using MLR and ANN analysis. In order to …

We investigated fragmental sequences that were inserted into proteins during long
molecular evolution and relevant to the association of homo‐oligomers. Seventeen …

Motivation: Protein–protein interactions play vital functional roles in various biological
phenomena. Physical contacts between proteins have been revealed using experimental …