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Layered Model of Evolution of Cellular Functionalities: Comparison
Please note this is a comparison between Version 2 by Jason Zhu and Version 1 by Andrzej Kasperski.

As a phenomenon, cancer is a disease related to multicellular evolution, i.e., cancer in general is understood to be a failure of the multicellular systems and is considered a reversal to unicellularity. Cancer cells are like unicellular organisms that benefit from ancestral-like traits. As a disease, cancer can be interpreted as (a) a destruction of cooperative behaviors underlying multicellular evolution, (b) a disruption of molecular networks established during the emergence of multicellularity or (c) an atavistic state resulting from reactivation of primitive programs typical of the earliest unicellular species. From this point of view and in accordance with the layered model of evolution of cellular functionalities, cancer transformation can occur as a result of huge disturbances or the destruction of functionalities that are located in the multicellular layer.

  • cancer transformation
  • cell bioenergetics
  • evolution of cellular functionalities
  • unified cell bioenergetics
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