Life is determined by its environment

Area of Science:

• Evolutionary Biology
• Cellular Physiology
• Origin of Life

Background:

• Traditional evolutionary theory faces challenges regarding the origins of life and teleological thinking.
• A focus on cellular communication offers a different perspective on evolutionary development.
• The cell's role as a communicative unit is central to understanding evolutionary processes.

Purpose of the Study:

• To propose a cellular communicative-molecular approach for understanding evolutionary biology.
• To re-evaluate the origins of life and the evolution of physiology from a cellular perspective.
• To establish a predictive framework for the evolution of complex physiology.

Main Methods:

• Analyzing evolutionary development through cellular communication and molecular interactions.
• Tracing vertebrate physiology from unicellular origins rather than phenotypic traits.
• Applying first principles of physiology based on cellular properties.

Main Results:

• The cellular communicative-molecular approach provides a logical evolutionary narrative.
• Viewing cells as information-processing units explains problem-solving in evolution.
• Complex physiology evolved from unicellular organisms through cellular communication and adaptation.

Conclusions:

• The study offers a robust, predictive model for the evolution of complex physiology.
• Physiological principles can be determined from fundamental cellular first principles.
• Evolutionary creativity arises from boundary conditions enabling adaptation to environmental challenges.