… identifying essential proteins by combining network topology, gene expression profiles, and
GO information. … , and CowEWC) in detecting essential proteins from two different yeast PPI …

… Taken together, our new proposed method TEGS perform well in identifying essential
proteins from PPI network, especially when the select top number is relative large. …

… methods for identifying essential proteins have better results by using biological information.
… characterize the probability of two proteins being in a cluster from a topology perspective (2) …

… method to detect key proteins by incorporating network structure with gene expression profile,
protein complexes, GO annotation data, subcellular localization information, and orthology …

… Identifying essential genes in a given organism is important … to predict essential genes based
on biological and topological … al. provided a gene expression programming-based (GEP) …

… network topological and biological properties. In Dynamic … provide a more comprehensive
gene expression profile. More … Accordingly, identifying the domains that occur within proteins …

… Detecting essential proteins based on network topology, gene expression data, and Gene
Ontology information. IEEE/ACM transactions on computational biology and bioinformatics,…

… methods which have been used for essential protein detection. However, it is still a big …
method applies network topology (ECC), gene expression data (PCC) and GO annotation data (…

… In future studies, we will integrate additional information, such as domain information,
gene ontology and gene expression data, to predict essential proteins more effectively and …

… protein complexes by constructing a rened PPI network based on integrating gene expression
data and GO ontology … Y, Zou X, Detecting essential proteins based on network topology, …