The animal smoking and poisoning modeling system can collect a large amount of detailed data about the animal's exposure environment and physiological reactions. These data cover multiple dimensions such as the physical and chemical properties of smoke, dynamic changes in animal vital signs, etc., providing rich materials for subsequent data analysis and mechanism research. Based on these scientifically accurate data, researchers can use various analytical methods to deeply explore the causal relationship, dose-response relationship, etc. between poisoning and animal health effects, thereby promoting the continuous deepening and development of scientific research in related fields.

Advantages of animal smoking and poisoning modeling system:

（1） Highly analog

This system can simulate extremely realistic exposure scenarios of animals to smoke pollution in natural environments. Whether it is the complexity of smoke components, concentration changes, or the multiple factors of exposure environment (temperature, humidity, oxygen, etc.), they can be accurately reproduced according to actual research needs. This makes the experimental results obtained under laboratory conditions more correlated and credible with the actual situation, providing a solid foundation for further research on the impact of environmental pollution on animal and human health.

（2） Accuracy and controllability

The system has achieved highly accurate control over various aspects such as exposure dose, exposure time, and environmental parameters. Researchers can accurately set key parameters such as smoke concentration, exposure duration, and interval period based on preset experimental plans, with a small margin of error. This accuracy and controllability ensure the repeatability and comparability of experiments. Different batches of experiments can be conducted under the same or similar poisoning conditions, which facilitates horizontal and vertical comparative analysis of experimental results and effectively eliminates interference factors caused by differences in poisoning conditions.

（3） Multifunctionality and flexibility

The animal smoking and poisoning modeling system is suitable for various types of animals, such as mice, rats, guinea pigs, and other common experimental animals. By adjusting the size of the exposure chamber, internal facilities, and related parameter settings, it can meet the experimental needs of different animal species and body types. Moreover, it can not only be used for the study of single pollutant poisoning, but also simulate scenarios of mixed exposure of multiple pollutants, which is of great significance for studying complex environmental pollution problems. In addition, the system can be combined with other experimental techniques such as genetic testing, pathological analysis, etc. to achieve in-depth exploration of changes in animal physiological functions from the molecular level to the tissue and organ level and even the overall physiological function after poisoning.