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Fister-Panetta Upper Bound for Cancer Growth. Some Computational Remarks

机译:癌症生长的患者胰腺炎患者。一些计算言论

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Contemporary people live in a society featured by a continuously increasing complexity. As a consequence, interdisciplinary approaches represent a must for every scientist that aims to efficiently manage a certain problem. Cancer evolution and the associated proper medication strategy is an example of such a complex problem that requires an interdisciplinary approach in order to be properly addressed. The first section addresses some basic aspects regarding how cancer research could benefit from the cooperation between mathematics and biology. The second section of the paper discusses about the cancer modelling at a very basic level and describes a drug medication optimization pattern based on the very well-known model of Fister and Panetta, which is modified in order to increase its readability and predictive capacity.
机译:当代人民居住在一个由不断增加的复杂性的社会中。因此,跨学科方法代表旨在有效地管理某个问题的每个科学家的必备。癌症演化和相关的适当药物策略是这种复杂问题的一个例子,需要跨学科方法以便被适当地解决。第一部分涉及癌症研究如何从数学和生物学之间受益的一些基本方面。本文的第二部分关于癌症建模在非常基本的水平上,并基于基于非常已知的膜和Panetta模型描述了一种药物药物药物优化图案,其被修改,以便增加其可读性和预测能力。

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