环境污染影响导致哮喘的数学模型分析

Olukayode Adeyemo, Sunday O. Adewale, A. Oladipo, M. A. Omoloye
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摘要

哮喘是一种气道狭窄、肿胀并可能产生额外粘液的疾病。本研究建立了一个改进的哮喘数学模型,其中包括未检测到的感染类、检测到的感染类和康复(缓解)类。该模型表现出两种平衡,即无疾病平衡和地方病平衡。模拟结果表明,当污染物以恒定的速率排放到环境中时,由于易感者和未检测到的感染者与污染物的相互作用率增加,人口中的哮喘病例也会增加。最后,可以通过限制人口中的吸烟者和向环境中排放污染物的速率来控制哮喘。
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Analysis of mathematical model for asthma caused by the effects of environmental pollution
Asthma is a condition in which your airways narrow and swell and may produce extra mucus. In this study, an improved mathematical model of asthma which includes infected class not detected, infected detected class and recovered (relieved) class was formulated. The model exhibits two equilibrium, namely disease free equilibrium and endemic equilibrium. The analysis of positivity and boundedness of solutions showed that the model is epidemiologically well pose d. Simulation results showed that when pollutants are discharged into the environment at a constant rate, the asthma disease cases also increase in the population due to the fact that the interaction rate of both susceptible and infected undetected with pollutants in creases.Finally, asthma can be control by restricting the smokers from the population and the rate of release of pollutants into the environment.
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