The Ultrastructural Technology Platform comprises two essential components: the subcellular ultrastructural imaging technology platform and the single-particle protein structure analysis technology platform. Subcellular ultrastructural imaging technology platform is crucial for analyzing the ultrastructure of organelles within cells. By providing detailed insights into the organization and function of cellular components, this technology aids researchers in understanding cellular processes and their implications for health and disease. Single-particle protein structure analysis technology platform addresses the need for three-dimensional spatial structure reconstruction of biological macro-molecules. It is instrumental in structural biology, enabling researchers to visualize and analyze the intricate structures of proteins at the atomic level. 

The Cell Identification Technology Platform comprises two essential components: the optical imaging technology platform and the flow cytometry analysis/sorting technology platform. This Platform is indeed a vital resource for researchers in various fields, including cell biology, biomedicine, and health. This platform facilitates both quantitative and qualitative analyses of cellular functions and phenotypic characteristics, providing insights that are crucial for understanding cellular behavior and interactions.

The Physical and Chemical Analysis Technology Platform offers analysis and identification of biological molecules ranging from small to macro molecules, along with structural and functional analysis. It plays a vital role in research endeavors aimed at discovering biomarkers, identifying drug targets, and uncovering the mechanisms of life activities.