Protein complexes, as the fundamental units of cellular function and regulation, play a
crucial role in understanding the normal physiological functions of cells. Existing methods for …

The identification of protein complexes from protein interaction networks is crucial in the
understanding of protein function, cellular processes and disease mechanisms. Existing …

Protein complexes are the foundation of all cellular activities, and accurately identifying them
is crucial for studying cellular systems. The efficient discovery of protein complexes is a …

Protein complexes are critical units for studying a cell system. How to accurately identify
protein complexes has always been the focus of research. Most of the existing methods are …

Abstract Background Protein-protein interactions (PPIs) engage in dynamic pathological and
biological procedures constantly in our life. Thus, it is crucial to comprehend the PPIs …

The identification of protein complexes can help understand cellular organization principles
and the mechanism of biological evolution. In recent years, researchers have proposed …

Background The accurate identification of protein complexes is important for the
understanding of cellular organization. Up to now, computational methods for protein …

Predicting protein complexes from protein–protein interaction (PPI) network is of great
significance to recognize the structure and function of cells. A protein may interact with …

Biological functions of a cell are typically carried out through protein complexes. The
detection of protein complexes is therefore of great significance for understanding the …

The rapid development of high-throughput technology has generated a large amount of
protein–protein interaction (PPI) data, which provide a large amount of data support for …