Published Paper Details:

Medical field is more significant because it helps in the treatment and diagnosis of ailments, diseases and conditions and it break downs the molecular mechanism of every disease. The application of Different Equations (DE) in medical field has been executed in the prevailing work. DE refers to the mathematical statement that has involved one or more derivatives and it has also signified the rate of change of unceasing wavering quantities. DE has been general in science and engineering and in various fields of quantitative study, since it could be directly measured and perceived for systems which endured changes. Considering the medical field, DEs are used in Pathology, Cardiology, and dengue fever and in cancer therapy have been highlighted in the work. Moreover, challenges and the implementation of the DE has been explored in the work. Literature from 2018 -2022 has been preferred for the work. During the research, choosing the appropriate paper for the topics have been a broad task. The results shown that the data gained by the mathematical models could imbibe the Ordinary Differential Equation, Partial differential equations, Linear and Non-Linear equations, Homogeneous and Non-Homogeneous equations could be more precise than the data obtained from the classical model. The obtainable work will enact as a guide for future analysis based on the application of differential equation in Medical Field.