Multicolour panoramic imaging achieves panoramic tissue and cell spatial heterogeneity analysis; AI intelligently identifies single-cell contours and uses gating to select target cells; AI intelligently identifies characteristic tissues and selects targeted tissue structures; using spatial location relationships or geometric shapes to flexibly select target areas

Automated panoramic tissue cell imaging; autonomous algorithm-enabled automatic alignment of cut images; automated microdissection and 100% sample collection; automated proteomics sample preparation allows for completing the pre-processing of nearly 400 samples per day on each machine

Exclusive patented SISPROT technology, fully integrated proteomics sample pre-processing; high sensitivity, more than 7000 proteins can be detected from 0.1 mm2 of sample; high stability, intra-group Pearson correlation coefficient ≥ 0.96

Constructing high-depth spatial proteomic map of severe COVID-19 patients

Using spatial visualization proteomics technology, we constructed a proteomic map of lung damage in severe COVID-19 patients for key lung structures and lesion areas in COVID-19 patients and healthy people, and explored potential targets for treatment and intervention of severe COVID-19.

Discovery of New Cell Subpopulation

Using spatially visualized proteomics technology, the heterogeneity of pancreatic cancer was revealed, leading to the discovery of a new immunosuppressive T cell subtype and precise prediction and verification of its spatial specificity in the pancreatic cancer tumor area rather than the lymphoid structure area