Applied Fields of Cell Biology

Cell biology mainly investigates the structural composition, proliferation and differentiation, signal transduction, substance transport, as well as apoptosis and senescence patterns of animal‑plant cells and microbial cells. It serves as a core basic discipline for life sciences, medicine, biotechnology and biological breeding, providing fundamental theoretical support for the interpretation of life mechanisms and bioengineering applications.

Applied Fields of Molecular Biology

Fuel cell test system, proton exchange membrane fuel cell test system, fuel cell stack assembly press, heating table, slit coater, three-dimensional automatic spraying machine, perovskite cell cycle explosion test system, photoacoustic non-destructive fil

Applied Fields of Material Structure Analysis

Material structure analysis mainly studies the microscopic atomic and molecular arrangements, crystal structures, functional‑group compositions and defect‑morphology characteristics of various materials, biological substances and chemical raw materials. As a core basic discipline for materials science, chemical inspection, biomedicine and new‑energy sectors, it delivers critical support for material‑property characterization and quality optimization.

Applied Fields of Optical Imaging

Optical imaging mainly studies light propagation and modulation, signal acquisition, image reconstruction and microscopic imaging mechanisms. Based on optics, photoelectric detection and image‑processing technologies, it is a core basic technical discipline for precision inspection, biomedicine, intelligent manufacturing and optoelectronic engineering, providing vital support for microscopic observation, precision detection and visual analysis.

Applied Fields of Pathology

Pathology mainly studies the patterns of etiological factors, progression mechanisms, morphological structures, and abnormal functional‑metabolic changes of diseases. As a core bridging discipline linking basic medicine and clinical medicine, it provides fundamental theoretical evidence for disease diagnosis, condition assessment and clinical treatment.

Applied Fields of Ultrastructure

Ultrastructure research mainly investigates the fine morphology, structural arrangement and abnormal change patterns of cells, tissues and biomacromolecules at the sub‑microscopic scale. Serving as a core basic discipline connecting micromorphology, pathology and molecular biology, it provides precise structural evidence for deciphering mechanisms of micro‑lesions.

In‑vivo Small‑Animal Imaging Field

In‑vivo small‑animal imaging mainly relies on optical, fluorescence, bioluminescence and image‑sensing technologies to study the dynamic variation patterns of tissues, cells and molecular targets within living animals. It is a core experimental technical discipline for biomedicine, pharmacological research and tumor biology.

Special equipment