The insurgance of cancer disrupts the cellular environment, introducing many uncontrolled interactions within healthy tissues. It is possible, as we said, consider this process as an evolution of species where different types of cells are different species interacting with each other in an ecologic environment. Cancerous cells constitute an additional species, which entangles in the network and favors some species, damages others or does both at the same time. The coexistence of several cell types suggests that the dynamics may be driven by the mutualistic, exploitative, harmful or other type of ecological interactions. As a consequence, cancer modelling should be described in terms of evolutionary game theory.

The insurgance of cancer disrupts the cellular environment, introducing many uncontrolled interactions within healthy tissues. It is possible, as we said, consider this process as an evolution of species where different types of cells are different species interacting with each other in an ecologic environment. Cancerous cells constitute an additional species, which entangles in the network and favors some species, damages others or does both at the same time. The coexistence of several cell types suggests that the dynamics may be driven by the mutualistic, exploitative, harmful or other type of ecological interactions. As a consequence, cancer modelling should be described in terms of evolutionary game theory.

Mathematical modelling of cancer: an ecological approach to the multiple myeloma bone disease

OTTAVI, ENIA
2021/2022

Abstract

The insurgance of cancer disrupts the cellular environment, introducing many uncontrolled interactions within healthy tissues. It is possible, as we said, consider this process as an evolution of species where different types of cells are different species interacting with each other in an ecologic environment. Cancerous cells constitute an additional species, which entangles in the network and favors some species, damages others or does both at the same time. The coexistence of several cell types suggests that the dynamics may be driven by the mutualistic, exploitative, harmful or other type of ecological interactions. As a consequence, cancer modelling should be described in terms of evolutionary game theory.
2021
Mathematical modelling of cancer: an ecological approach to the multiple myeloma bone disease
The insurgance of cancer disrupts the cellular environment, introducing many uncontrolled interactions within healthy tissues. It is possible, as we said, consider this process as an evolution of species where different types of cells are different species interacting with each other in an ecologic environment. Cancerous cells constitute an additional species, which entangles in the network and favors some species, damages others or does both at the same time. The coexistence of several cell types suggests that the dynamics may be driven by the mutualistic, exploitative, harmful or other type of ecological interactions. As a consequence, cancer modelling should be described in terms of evolutionary game theory.
modelling
cancer
ecological approach
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/32717