Xenograft Tumor Models

        The animal model of glioma xenograft is an important research tool for studying the pathogenesis and treatment methods of glioma. This model is created by transplanting human or animal glioma cells into another animal, such as an immunodeficient mouse. 

        The following are some characteristics of the animal model of glioma xenograft: 

            Simulate human diseases: This model can simulate typical features of human gliomas, including histopathological and immunohistochemical characteristics. 

            High success rate: Due to the lower immune response of immunodeficient mice, the immune rejection during transplantation is greatly reduced, resulting in a higher success rate of transplantation. 

            Research tool: This model is an important tool for studying the pathogenesis and treatment methods of glioma. For example, it can be used to test the therapeutic efficacy of novel drugs and select the most effective treatment plan. However, this model also has its limitations. For example, due to species differences between humans and animals, models may not be able to fully simulate all the characteristics of human diseases. 

        Therefore, when using this model for research, it is necessary to fully consider its advantages and limitations.