In the field of biomedical research, animal models have always been an indispensable and important tool. However, traditional animal models often fail to fully simulate human physiological and pathological processes and have certain limitations. In order to solve this problem, InnoModels Biotechnology has launched the Dual Humanized Model. The model is based on human cells and tissues, constructed through advanced bioengineering technology, with a very high degree of simulation and practicability, opening up a new path for biomedical research.
1、High simulation of human physiological and pathological processes
Dual humanized model adopts human cells and tissues, and realizes a high degree of simulation of human physiological and pathological processes through precise gene editing and tissue engineering technology. Such models can not only simulate human tissues and organs in terms of morphology, structure and function, but also simulate the pathogenesis and pathological changes of human diseases. This enables researchers to gain a deeper understanding of the nature and pathogenesis of diseases, providing more accurate and effective guidance for drug development and clinical treatment.
2、Reduce the moral and ethical controversy of animal experiments
Traditional animal models often involve animal experiments, which not only involve moral and ethical controversies, but also may lead to instability and unpredictability of experimental results. The dual humanized model, on the other hand, completely avoids these problems. It uses human cells and tissues without the need for animal experiments, which meets ethical and moral requirements and can provide more accurate and reliable research results.

3、Improve the efficiency of drug development and clinical treatment
The dual humanized model can simulate the pathogenesis and pathological changes of human diseases, providing more accurate and effective guidance for drug development and clinical treatment. By conducting drug screening and efficacy assessment on the model, researchers can screen potential drug candidates faster and conduct in-depth research and optimization on them. This will greatly shorten the drug development cycle and improve the success and efficiency of drug development. At the same time, the dual humanized model can also provide clinicians with more accurate treatment plans, improving treatment effects and patient survival rates.
4、Promote the development of personalized medicine
With the development of gene sequencing and bioinformatics and other technologies, personalized medicine has become an important trend in the field of biomedicine. As a model that highly simulates human physiological and pathological processes, dual humanization model can provide important support for personalized medicine. By constructing dual humanized models with individual differences, researchers can conduct accurate drug screening and efficacy assessment for different individuals' disease characteristics, providing more accurate and effective guidance for personalized medicine.
5. Challenges and prospects
Despite the many advantages and potentials of dual humanized models, they still face some challenges in practical applications. For example, it takes a lot of time and resources to construct models that highly simulate human physiological and pathological processes; at the same time, dual-sourced models may still have some limitations in simulating certain complex diseases. However, with the continuous progress of bioengineering and genomics technologies, it is believed that two-person modeling will be more widely used and developed in the future.
In conclusion, as a model with a high degree of simulation of human physiological and pathological processes, the InnoModels Biotechnology Two-Human Sourcing Model opens up a new path for biomedical research. It not only reduces the moral and ethical controversies of animal experiments and improves the efficiency of drug development and clinical treatment, but also provides important support for the development of personalized medicine. Despite some challenges, it is believed that with the continuous progress of technology and the expansion of application scope, dual humanized models will play a more important role in biomedical research.