Applications

biomedical science

biomedical science

Pathological equipment is widely used in the biotechnology field, covering basic research, drug development, diagnostic technology development, and other aspects. The specific application scenarios are as follows: Basic biological research:Cell and tissue morphological analysis: Using equipment such as microtomes, stainers, and microscopes to observe the cellular structure and morphological changes of normal or diseased tissues, and explore the mechanisms of biological processes such as cell growth, differentiation, and apoptosis.
life sciences

life sciences

Tissue sections are prepared using microtomes, stainers, etc., and changes in cell morphology, tissue structure, and subcellular structures are observed with microscopes (such as optical microscopes and fluorescence microscopes), which helps in studying basic life processes such as cell differentiation and organ development.Image analysis systems are used for quantitative analysis of sections, such as cell count statistics and structural parameter measurement, providing objective data for morphological research.
agriculture and forestry

agriculture and forestry

Equipment used prior to microscopic observation of pathological tissues (such as microtomes, stainers, dehydrators, embedding machines, etc.) is mainly applied in the fields of agriculture, forestry, animal husbandry, sideline production, and fishery for research on morphological analysis of animal and plant tissues, disease diagnosis, breed improvement, etc.
education

education

Basic pathology teaching: Standardized pathological sections (such as sections of normal tissues and diseased tissues) are prepared using microtomes, stainers, and other equipment. Students observe cell morphology, tissue structure, and pathological changes (such as atypia of tumor cells, infiltration of inflammatory cells, etc.) under microscopes, which helps them understand basic pathological theories.Experimental skill training: Students are provided with operational training on equipment like dehydrators, embedding machines, and microtomes in laboratories, enabling them to master the complete pathological technical processes such as tissue processing, section preparation, and staining, thus laying a practical foundation for subsequent clinical or scientific research work.
Science research

Science research

Research on disease mechanisms: With the help of cryostats, immunohistochemical stainers, and other equipment, experimental animal or human specimens (such as tumor tissues, diseased organs) are processed. By observing histopathological changes and detecting the expression of specific proteins, the occurrence and development mechanisms of diseases (such as cancer metastasis mechanisms, histological changes in neurodegenerative diseases) are explored.
veterinarian

veterinarian

Disease model research，Drug safety and efficacy evaluation，Research on animal physiological mechanisms，Animal disease diagnosis，Infectious disease prevention and control，Animal health monitoring and prognosis judgment.These applications not only promote the in-depth development of animal medical research but also provide key technical support for accurate diagnosis and treatment in veterinary clinical practice.

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