Analytical Solution of Solid Cancer Growth model with Angiogenesis using Differential Transform Method
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Abstract
The mathematical model to describe the solid cancer growth dynamics producing angiogenesis in the absence of cancer controlling mechanism is analysed. Differential Transform Method is applied for analytical solution of the model. The influence of initial conditions supplied to the system and the interacting parameters involved, on dynamical trajectories of tumour growth is observed graphically. At the same time, our results are also compared with Numerical simulation to prove the efficacy of the proposed approach. Result obtained by differential transform method (DTM) shows good agreement with Numerical result.
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References
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