Subcellular Proteomics, Subcellular Metabolomics, Subcellular Lipidomics

Subcellular Research

NanoESI high-resolution mass spectrometry-based technology characterizes individual cellular metabolic features and intracellular environments, rather than averages of tissues and cell populations. We help our clients qualitatively and quantitatively analyze proteins, metabolites, and lipid molecules in single cells or subcellular structures to facilitate further scientific research and discovery.

Proteomics Solution

Combining cell biology and protein chemistry to achieve proteomics services at subcellular and single-cell levels. Introduce quantitative techniques and differential analysis into subcellular proteomics to observe changes in the proteome of subcellular structures under certain physiological or pathological conditions and to deepen the understanding of the molecular mechanisms of cell physiology and the structural functions of subcellular components.

Metabolomics Solution

Targeted and untargeted metabolomics strategies are used to study the dynamic metabolic processes in specific organelles, effectively avoiding the interference caused by metabolite levels and changes in the cytoplasm, and also revealing the law of metabolite transfer between organelles and cytoplasm.