4D Proteomics and Dual-Platform Full-Spectrum Metabolomics

The new technology, which combines the dual platforms of GC-MS and LC-MS with 4D-DIA proteomics, can better improve the accuracy and comprehensiveness of data from multiple dimensions. It can also mine an increasing amount of accurate data, yielding more valuable results for further in-depth research and application.

• Comprehensive analysis: When paired with the dual platform of GC-MS and LC-MS, 4D-DIA proteomic technology can offer thorough analysis at the protein and metabolite levels.
• High sensitivity: The ability of the GC-MS and LC-MS technologies to analyze chemicals in a sample with high sensitivity and to identify proteins and metabolites at low concentrations is crucial for research involving the detection of low-abundance biomolecules.
• High Resolution: This combination lowers the possibility of confusion and misidentification by providing high-resolution data that aids in the differentiation and identification of various chemicals and proteins.
• Temporal resolution: The examination of temporal resolution made possible by 4D-DIA technology helps research biological processes that are dynamically changing, such as alterations in biological samples throughout time.
• Multi-omics integration: Proteomics and metabolomics data combined enable multi-omics integration, elucidating relationships between proteins and metabolites and advancing our knowledge of biological processes as a whole.