Proteomics Multi-Omics

The concept of 'omics' encompasses a holistic approach. Since the inception of the genome and genomics, various 'omes' and 'omics' have evolved, such as proteomics, transcriptomics, lipidomics, glycomics, and metabolomics. Proteomics refers to the entire set of proteins in a system. Proteomics studies these proteins as a whole, analyzing their composition and changes across different growth stages or physiological and pathological states, aiming to fundamentally understand various life processes. With the advancement of scientific research and its demands, single-direction omics research cannot fully explain all biomedical issues or phenomena, leading to the emergence of multi-omics.

Multi-omics, as the name implies, involves the combined analysis of two or more omics. This integrated analysis is more than just a simple merging of different omics data; it aims to find connections between two or more omics datasets, constructing complex regulatory networks and metabolic pathways. This provides a deeper understanding of the regulatory and causal relationships between different molecules, offering crucial technical means for research in network biology and systems biology. Common multi-omics integration analyses include lipidomics and proteomics integration, transcriptomics and metabolomics integration, transcriptomics and proteomics integration, and transcriptomics and lipidomics integration.

BaiTaiPike Biotechnology uses the latest Obitrap Fusion Lumos mass spectrometer from Thermo combined with Nano-LC nanoliter chromatography technology to provide highly efficient and preciseproteomicsandmulti-omics integration analysisservice packages. You only need to tell us your experimental objectives and send us your samples. We will handle all subsequent matters, including experimental design, sample testing, and data analysis. We welcome free consultations.

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