Genes and knowledge: Response to Baverstock, K. the gene an appraisal....

Area of Science:

• Evolutionary Biology
• Cell Biology
• Philosophy of Science

Background:

• Critiques the concept of "genetic information" as overly simplistic associationism.
• Highlights the dynamic and complex nature of natural environments.
• Introduces the idea of organisms possessing inherent knowledge and agency.

Purpose of the Study:

• To expand on issues regarding the evolution and nature of knowledge in living things.
• To propose an alternative to simple associationism in understanding biological information processing.
• To explore the basis of "cognitive" functions in cellular and evolved organisms.

Main Methods:

• Conceptual analysis and critique of existing theories.
• Integration of ideas from evolutionary biology and cognitive science.
• Examination of emergent properties in complex biological systems.

Main Results:

• Environmental dynamism necessitates predictive capabilities beyond simple genetic encoding.
• Statistical structures in the environment form the basis for biological "cognition".
• Organisms exhibit autonomous agency and creative thriving in complex ecosystems.

Conclusions:

• Living things possess dynamic, evolving knowledge, not static "genetic information".
• Cellular and organismal "cognition" arises from adapting to environmental statistical regularities.
• Autonomous agency is key for organisms to creatively navigate complex, unpredictable environments.