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Chemical and Biological Models
2003Many ideas and techniques developed in earlier chapters prove useful for understanding the diffusion and reaction of chemical species and for describing the mixing and spreading of biological populations and organisms. As with all continuum models, the description applies when the numbers of individual chemical molecules or biological cells, insects or
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Chemical models of oxidative phosphorylation
Journal of Bioenergetics and Biomembranes, 1976Chemical models for coupling oxidation to phosphorylation are summarized and examined both from the standpoint of organic reaction mechanisms and with respect to their relevance to mitochondria and chloroplasts. In order to accelerate the progress of our research in bioenergetics, it is suggested to focus at least as much attention on structural ...
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2011
A model in the here discussed form is first of all a description of complex processes in nature. This starts with a description by words or graphics (conceptual model) and goes up to complex mathematical or numerical simulation models that run on supercomputers. The complexity of a model is determined by several factors.
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A model in the here discussed form is first of all a description of complex processes in nature. This starts with a description by words or graphics (conceptual model) and goes up to complex mathematical or numerical simulation models that run on supercomputers. The complexity of a model is determined by several factors.
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1971
Solubility data form the basis for the calculation of primary precipitation from any given solution of the system. From these calculations different models result which depend upon the conditions selected. It seems highly improbable that the actual conditions existing in nature can be adequately represented by one of these models.
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Solubility data form the basis for the calculation of primary precipitation from any given solution of the system. From these calculations different models result which depend upon the conditions selected. It seems highly improbable that the actual conditions existing in nature can be adequately represented by one of these models.
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2019
In this chapter, you will learn about ways for modeling the chemical diversity found in metabolic pathways in nature. Organisms have evolved enzymes, i.e., specialized proteins to carry out chemical transformations that produce the compounds required for life.
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In this chapter, you will learn about ways for modeling the chemical diversity found in metabolic pathways in nature. Organisms have evolved enzymes, i.e., specialized proteins to carry out chemical transformations that produce the compounds required for life.
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2018
Interstellar clouds are harsh environments exposed to a energetic radiation, where the survival of molecules does not seem favorable. However, molecules are found in many different types of interstellar clouds. The study of molecules has a twofold interest.
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Interstellar clouds are harsh environments exposed to a energetic radiation, where the survival of molecules does not seem favorable. However, molecules are found in many different types of interstellar clouds. The study of molecules has a twofold interest.
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Modelling of Chemical Processes
IFAC Proceedings Volumes, 1984G G Wood +4 more
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Chemical Models and Chemotherapy in the Sphingolipidoses
1976As I left the previous Sphingolipid Symposium that was held here in 1971, I decided to attempt intervening in glucocerebroside metabolism by synthesizing suitable enzyme inhibitors. It seemed possible to help the victims of Gaucher’s disease, and possibly other sphingolipidoses, by slowing down the synthesis of the sphingolipid that accumulates.
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A Chemical Model of the Naming Game
2011A key feature of many biological distributed systems is that they have the capacity to behave in highly coordinated ways. In the domain of language, coordination dynamics have been studied within the framework of language games. As yet however, a fundamental understanding that goes beyond the simplest cases is still missing.
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