A quantum-theoretic approach to genetic problems
The text presents a quantum-theoretic framework for understanding genetic information transfer, suggesting that a single observable can encapsulate this information and exploring its implications for genetic effects, while relating the approach to existing biochemical concepts and previous quantum theories
A relational theory of biological systems
The study develops a general model of metabolizing systems that reveals critical components essential for metabolic activity and explains various biological phenomena related to single-celled organisms
A relational theory of biological systems II
The study applies Category Theory to define and analyze abstract (M,R)-systems, introducing a time-lag structure that leads to a general Principle of Optimal Design and insights into the localization of repair mechanisms akin to cellular nuclear arrangements
A relational theory of the structural changes induced in biological systems by alterations in environment
Environmental changes can lead to diverse structural alterations in the metabolic and genetic systems of (M,R)-systems, with implications for understanding biological processes like the mitotic cycle
A set is defined through the properties of the elements
No results yet, but the collection is still growing ;)
