Integrated Proteome/Modification Proteome and Lipidome Analysis Service

Integrated multi-omics analysis is a core paradigm in modern systems biology research. This service focuses on the integrated analysis of the proteome (including post-translational modification profiles) and the lipidome. It aims to break through the limitations of single-omics studies by systematically integrating data from different molecular layers, providing a panoramic view of the complete regulatory cascade from genetic code to metabolic phenotype.

Our analysis is based on a core biological principle: the synthesis, conversion, and degradation of metabolites within an organism are precisely controlled, directly or indirectly, by specific enzyme proteins (whose activity is often regulated by modifications such as phosphorylation) and upstream gene expression. By utilizing pathway databases like KEGG and combining cross-omics expression correlation analysis, this service enables:

• Systematic Mapping of Regulatory Processes: Clearly delineates the cascade regulatory pathways from gene/protein expression changes to final metabolite accumulation.
• Mutual Validation of Results: Within the framework of known metabolic pathways, verifies the regulatory role of key proteins/genes on specific lipid metabolic processes, using proteome and lipidome data for cross-validation to enhance conclusion reliability.
• Discovery of Novel Regulatory Relationships: Identifies potential new regulatory nodes by analyzing the correlation between protein (modification) and lipid molecule expression levels, providing innovative clues for mechanistic research.

Our Services

We offer a one-stop solution from basic omics data generation to in-depth integrated analysis. Our specific services are detailed below:

Service Advantages

The core advantage of this service lies in providing a systems biology perspective from "cause" (protein expression and modification) to "effect" (lipid metabolism), achieving efficient integration and deep correlation of multidimensional data through professional bioinformatics pipelines. We place particular emphasis on protein modification—a key link in functional regulation—revealing how it drives lipid network remodeling to gain mechanistic insights beyond single-omics studies. Furthermore, we offer flexible, personalized analysis plans for customized in-depth exploration based on your specific scientific questions.

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