No, not at all

Dear colleagues,

What such prospective paper should contain in order to give biologists and medical researchers a concise information about mathematics capable to crate self-organization and emergence?

Jiri

I think it reasonable that self-organization be an interesting subject for all biologists. Especially if evolution by natural selection is the current paradigm. 

Dear Dr. Jeff-Eke,

Thank you for your suggestion. This goes even beyond the concept of natural selection. Within the notion of natural selection is inherently assumed that everything is coded within DNA, epigenetics, etc. but if we take into account the concept of cascades of emergent structures--something like the Russia doll--we are getting a much richer apparatus of how biology can operate.

Jiri

Actually, most of us, even the very specialist within biology, are not avare of this hierarchy of emergents as is demonstrated in the poster. What might be obvious to some mathematicians who developed sensitive antennas to sense such subtle virtual creatures is still obscure for many biologists. There is time to start to speak about it openly and to provide those who do not know much about the subject a 'starting pack' to use it in their respective field of interest.

:-)

The promised paper on the subject of complex systems in medicine named "Complex Systems and Their Use in Medicine: Concepts, Methods, and Bio-Medical Applications" is available online

https://www.researchgate.net/publication/330546521_Complex_Systems_and_Their_Use_in_Medicine_Concepts_Methods_and_Bio-Medical_Applications

It provided an intensive introduction, links, and applications of complex system modeling in modern biomedical applications. It covers a broad range of applications as possible.

It is intended to give everyone a quick intro with well-cited resources, which can save a lot of time searching through scattered literature.

Feel free to ask more when you find it interesting. :-)