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BioSystems is a monthly peer-reviewed scientific journal covering experimental, computational, and theoretical research that links biology, evolution, and the information processing sciences. It was established in 1967 as Currents in Modern Biology by Robert G. Grenell and published by North-Holland Publishing Company out of Amsterdam until North-Holland merged with Elsevier in 1970. Grenell wrote of his purpose in founding the journal, It has become necessary to develop a new language of biology; a new mathematics, and to strip biological theory and experiment of their classical approaches, assumptions and limitations. It is such considerations which underlie the establishment of this journal. In 1972 the journal was renamed Currents in Modern Biology: Bio Systems, which was shortened to BioSystems in 1974. Previous editors include J.P. Schadé, Alan W. Schwartz, Sidney W. Fox, Michael Conrad, Lynn Margulis, David B. Fogel, Gary B. Fogel, George Kampis, Francisco Lara-Ochoa, Koichiro Matsuno, Ray Paton, and W. Mike L. Holcombe. According to the Journal Citation Reports, the journal has a 2023 impact factor of 2.0. Special issues of BioSystems cover different aspects of theoretical and evolutionary biology. The special issue "Symbiogenesis and Progressive Evolution" (2021) is dedicated to Boris Kozo-Polyansky and Lynn Margulis and contains articles about these scientists, and also includes an annotated translation of the article by Konstantin Merezhkovsky, in which the concept of symbiogenesis was first outlined. The special issue "Fundamental principles of biological computation: From molecular computing to biological complexity" (2022) is dedicated to the memory of one of the founders of computational biology Efim Liberman and contains his autobiography "On the way to a new science". The special issue "Biological Thermodynamics: Bridging the gap between physics and life" (2024) is dedicated to Ervin Bauer and contains biographical and theoretical articles about him, as well as English translations of his major works. Source: Wikipedia (en)
Editions published in BioSystems 3611
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A mathematical description of biological clocks
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Oscillations in biological systems
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Autopoiesis: the organization of living systems, its characterization and a model.
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On the evolutionary origin and possible mechanism of colchicine-sensitive mitotic movements
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The evolution of mitosis and the eukaryotic condition
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Phosphagens and molecular evolution in worms
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Microbial interaction with non-physiological elements and the substitution of bio-elements
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D-ribulose-1,5-diphosphate carboxylase and the evolution of autotrophy
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Towards the system of viruses
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Inclusion of nonproteinous amino acids in thermally prepared models for prebiotic protein.
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Thermodynamic correlates of evolution
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Protein structure and the molecular evolution of biological energy conversion
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Sodium dodecyl sulfate in protein chemistry
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A model for the origin of stable protocells in a primitive alkaline ocean
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Hypothesis on the role of liganded states of proteins in energy transducing systems
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What moves chromosomes, microtubules or microfilaments?
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Mathematical analysis of multienzyme systems. II. Steady state and transient control
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Mathematical analysis of multienzyme systems. I. Modelling of the glycolysis of human erythrocytes
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The response of oscillating glycolysis to perturbations in the NADH/NAD system: A comparison between experiments and a computer model
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New vistas for P-aminobenzoate participation in the biosynthesis of dihydro folate: A tentative model of the tetrahydro folate multienzyme complex
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A negative control model of hormone receptor interaction
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Nonlinear regression methods in design of experiments and mathematical modelling. Applications to the analysis of the steady-state kinetics of glutathione reductase
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Energetics of abiogenic chemical systems
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Mathematical model of blood chemistry and local blood flow regulation
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Endogenous oscillations in pathways of energy transduction as related to circadian rhythmicity and photoperiodic control
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One dimensional periodic structures in space and time
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Possible mechanism of E. coli messenger rna degradation: non-enzymatic degradation
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Dynamics of cellular growth
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A computer simulation model for analysis of conformation of nuclear chromatin and of the transcription process
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Model for the positional differentiation of the cap in Acetabularia
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Photochemical formation of organic compounds from mixtures of simple gases simulating the primitive atmosphere of the earth
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The concanavalin a agglutinating system of cell membranes
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