Concept of energy in biological systems
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Publication:1222588
DOI10.1007/BF02459525zbMath0318.92009OpenAlexW4235693286WikidataQ52864530 ScholiaQ52864530MaRDI QIDQ1222588
Publication date: 1975
Published in: Bulletin of Mathematical Biology (Search for Journal in Brave)
Full work available at URL: https://doi.org/10.1007/bf02459525
General systems theory (93A99) Special categories (18B99) General biology and biomathematics (92B05)
Related Items (21)
The Whitman condition in the Heyting arrow lattice for relational biologic processes ⋮ The dual Heyting arrow lattice for biologic relational processes ⋮ Correspondences between the Heyting arrow lattices of a distributive lattice and its sublattices in relational biologic systems ⋮ Nonmodular lattices derived from distributive ones representing qualitative biologic interactions ⋮ The algebraic relational theory in the analysis of the reversibility of biological processes becoming malignant ⋮ Lattices due to increasing low energy relational processes ⋮ Changing algebras in low energy biologic relational processes ⋮ Concept of energy in biological systems and the effects of irradiations of low energies on enzyme-substrate systems ⋮ Dynamic structure theory: A structural approach to social and biological systems ⋮ Representations of (M,R)-systems by categories of automata ⋮ REVIEW: THE ALGEBRAIC RELATIONAL THEORY AND ITS APPLICATIONS ⋮ Topologies for matter-energetical lattice representations of systems ⋮ The Heyting arrow lattice for qualitative relations in biological systems ⋮ A theory for environmental systems ⋮ Other developments regarding the concept of energy in biological systems ⋮ Transfers between biological and environmental systems ⋮ The bio-environmental system and the realizability of pre-biological systems ⋮ The algebraic relational theory applied to low energy effects in malignant cells ⋮ About the correspondences between dual Heyting arrow lattices of a distributive lattice and its sublattices for relational biologic systems ⋮ Trajectories in topological spaces due to lattice responses for low energies relational processes. ⋮ Semidistributivity in the Heyting arrow lattice for relational biologic processes
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