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n silico protein interaction network analysis is a featured service at our Protein Interactome Platform, which specializes in global protein-protein interaction using various functional genomics methodologies. With the advent of huge volumes of protein interaction datasets derived from various proteomic experiments, such as yeast-two-hybrid, Co-immunoprecipitation, Bimolecular Fluorescence Complementation, Chemical crosslinking, Affinity electrophoresis, Tandem affinity purification, Strep-protein interaction experiment, quantitative mass spectrometry, Protein-protein docking and so on, protein network analysis has become increasingly important for elucidating the function of a particular protein.

Participating in Human Proteinpedia and Human Proteome Organization, and working for the leading protein-protein interaction programs, such as Human Protein Reference Database, Human Liver Proteome Project and Proteomics Standards Initiative, our staff scientist have extensive experience in analyzing and presenting protein-protein interaction in a proteome-wide manner.

The integrated knowledge-based Protein Interactome Platform for network and pathway analysis has been well established for a single query gene, a gene list, an OMICS dataset or a network derived from a yeast two-hybrid system screen. From protein to protein interaction, from interaction network to pathway, professional services are provided at each level.